Chained state transition method for logic flow control

Abstract

The invention discloses a chain type state conversion method for logical flow control. The chain type state conversion method for logical flow control comprises the steps that a logical decision condition is organized; the logical decision condition is divided into minimum and indivisible logical units; each minimum and indivisible logical unit is written into a minimum autonomous unit; the arrangement order of the minimum autonomous units and the combination relation between the minimum autonomous units are configured, and then a configuration file is formed; the configuration file is analyzed, the minimum autonomous units are loaded, according to the arrangement and combination relation set by the configuration file, the loaded minimum autonomous units are operated, and finally a conclusion is drawn. By the adoption of the chain type state conversion method for logical flow control, the decision order can be flexibly and freely organized, correction of a procedure code is not needed, a user just needs to adjust the configuration file restraining a logical judgment chain, and then the change demand of service logic can be met.

Description

technical field [0001] The technology belongs to the field of software algorithm and logic processing, especially for the multi-level and multi-step logic judgment process under complex conditions during the execution of computer programs. Background technique [0002] In software development activities, programmers need to judge work according to the frequent processing logic of specific businesses to ensure that computer programs run in a controllable and strict execution process. This execution process is controlled by the input conditions and judgment basis, which often includes multi-level and multi-step judgments. Through a series of logical operations and various conditions, the final judgment result is obtained to guide the subsequent execution plan of the computer program. Therefore, in actual work, logical judgments in computer programs show complexity, multi-level and multi-step nature. Although the logical judgment in computer programs is clear and orderly, the ...

AI Technical Summary

Problems solved by technology

The reason is that this processing method has very serious drawbacks. First of all, some permutations and combinations may only exist in theory, which will never be used in actual work; second, enumerating all the permutations and combinations of sub-logic processes will cause testing activities Extremely redundant, and the time cost rises sharply; again, when a new sub-judgment process is added, it will cause all judgment logic to be modified, which will bring a huge maintenance workload, and the later maintenance time and maintenance difficulty will appear exponential growth