Dynamic configuration method, device and electronic device for store allocation scenario

Abstract

This application relates to a dynamic configuration method, device and electronic device for a store distribution scene. After encapsulating the preset distribution rules according to the strategy mode, the distribution rule template is obtained; when the application is started, the distribution scene and the identification key of the distribution rule template are obtained. The value pair is registered to the nacos server as a mapping relationship; after receiving the allocation request from the user for the target allocation scenario, according to the allocation request and the mapping relationship corresponding to the target allocation scenario obtained from the nacos server, the target allocation is obtained The instance of the allocation rule template corresponding to the scene, after passing the allocation verification of each verification node according to the instance of the verification rule template, allocates the target allocation scene according to the instance of the execution rule template; after completing the allocation of the target allocation scene, Generate distribution completion notification; realize the dynamic configuration of distribution rules, reduce the coupling degree of the execution code of the store distribution business at the back end, thereby improving the scalability of the store distribution business.

Description

technical field [0001] The present application relates to the technical field of shared charging, and in particular to a dynamic configuration method, device and electronic device for store distribution scenarios. Background technique [0002] The store distribution business in the field of shared charging includes several different distribution scenarios, and for each distribution scenario, there are several different distribution rules. Using the back-end technology, it is possible to convert the execution logic of the distribution rules in the store distribution business into the code executed by the back-end, thereby replacing manual verification and realizing automatic verification of distribution scenarios. At present, for the code conversion of the execution logic in the backend, the execution logic of the allocation scenario and allocation rules is often written in the back-end server as fixed code in the form of hard coding. The terminal recodes the part correspond...

AI Technical Summary

Problems solved by technology

At present, for the code conversion of the execution logic in the backend, the execution logic of the allocation scenario and allocation rules is often written in the back-end server as fixed code in the form of hard coding. end to recode the part corresponding to the allocation rule, which is not conducive to the subsequent maintenance and expansion of the store allocation business

[0003] Aiming at the problem of low scalability of store distribution business caused by hard coding in related technologies, no effective solution has yet been proposed

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