Method and system for generating task logic library, data processing method and system

Abstract

The application provides a task logic library generation method and system, and a data processing method and system, which relate to the field of computer technology. The method of the present application includes: loading the configuration file of the application; the configuration file includes each task logic of the application, and each task logic is configured in a logical order by at least one atomic operation identifier; for each task logic, according to each task logic For each atomic operation identifier in the logic, extract the corresponding atomic operation from the atomic operation library to generate executable task logic; store the executable task logic together with the corresponding task logic identifier into the task logic library. Through this application, for different applications, it can be configured according to the actual situation of each application, and combined with the atomic operation library to generate the corresponding task logic library, so that different applications can use the same set of codes, saving labor costs and time costs .

Description

technical field [0001] The present application relates to the field of computer technology, in particular to a task logic library generation method and system, and a data processing method and system. Background technique [0002] In the Internet industry, various applications generally change greatly, and there are many types of applications. However, the logic, data processing process, and characteristics of various applications are basically the same. In the prior art, for each application, the code needs to be rewritten according to the actual task logic of the application to construct the task logic, that is, according to the actual task logic of each application, the executable task logic in the computer is directly compiled, and then the task logic is compiled through the thread pool. Each request data calls the corresponding executable task logic for processing, which has poor flexibility and high labor and time costs. For example, if application m first executes A...

AI Technical Summary

Problems solved by technology

In the prior art, for each application, the code needs to be rewritten according to the actual task logic of the application to construct the task logic, that is, according to the actual task logic of each application, the executable task logic in the computer is directly compiled, and then the task logic is compiled through the thread pool. Each request data calls the corresponding executable task logic for processing, which has poor flexibility and high labor and time costs

For example, if application m first executes A logic on target p, and then executes B logic on a certain task, then it needs to execute A logic on the target first, and then execute B logic on the target directly into the system. If another application n executes the target q Execute B logic first and then A logic, then the system of application m cannot be directly applied to application n

For application n, the system needs to be rebuilt, resulting in relatively high labor and time costs

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