Task dispatching system and method for intelligent network system

Abstract

The invention discloses a task scheduling system and method for intelligent network systems. The method includes the following steps: step S302, configure control information of a plurality of tasks, and add the scheduled tasks into the time list of system tasks; and step S304, schedule tasks according to the control information, and execute the a plurality of tasks in turn. The invention ensuresthat no repeated running of tasks would occur.

Description

Technical field [0001] The invention relates to intelligent network system management, and more specifically, to an intelligent network system task scheduling system and method. Background technique [0002] With the development of intelligent network services, as new services continue to emerge, the number of tasks for each business has also increased, from the initial daily rent and monthly rent to the subsequent package fees, new business rent fees, and color ring rent With the increase of business functions, the number of tasks corresponding to the business is also increasing. [0003] Since each task ultimately operates on user data, these operations include fee deduction, call billing, and data export. For similar user data, there may be many tasks that need to be operated on, such as fee deduction, call billing, For data export, user data may be used. The current processing is to use the system task monitoring program that comes with the system to call the tasks configured...

AI Technical Summary

Problems solved by technology

[0004] A problem with the current processing method is that the running time set for each task is fixed, and the task will run automatically when the set time is reached, regardless of the running status of the previous task, even if the previous task has not finished running, the new task It will also run as usual, which will cause overlapping tasks, which may result in a user being charged, billing, etc. at the same time; at the same time, regardless of whether the current task runs successfully or not, the subsequent tasks will still run when the time comes , can not support the failure of the current task and follow-up tasks have different processing methods, such as no longer executing, etc., so it is not conducive to the control of the task

[0005] Another problem with the current processing method is: due to the direct management of the system task monitoring program, when different businesses set their own tasks, they can only continuously add tasks to the system task time list, and all businesses share one task Time list, tasks of different businesses are placed in this list and stacked together, which is very troublesome for system upgrades and task maintenance, because the respective tasks corresponding to each business cannot be directly distinguished, and system upgrades and maintenance involve tasks When adjusting, you can only manually search one by one from the entire task list, which is very easy to miss

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