CN-122027335-A - Flat-level authority directory management and control method for large-model payment member function

Abstract

The invention discloses a flat authority catalog management and control method of a large-model payment member function, which is characterized in that payment function authority management and control is realized only at an application layer, related operations of data addressing, hardware energy saving, bottom hardware isolation, atomic skip and firewall verification are not involved, and actions of low-level user override calling of the payment function are blocked from the application layer through flat authority catalog isolation and solidification sequence authority verification traversal, so that the method is suitable for various large-model payment member service platforms.

Inventors

• CHEN LIBO

Assignees

• 陈立波

Dates

Publication Date

20260512

Application Date

20260321

Claims (4)

1. 1. A flat authority catalog management and control method of a large-model payment member function is characterized in that application layer software logic management and control are developed aiming at large-model payment function calling authorities, and the method comprises the following steps: (1) Setting payment authority directories which are mutually level independent, have no nested association and have no cross-level calling interfaces for users with different payment levels of a large model basic version, a professional version and an enterprise version, wherein the directories only store function calling rules with corresponding levels and do not participate in data storage and addressing operation, and authority isolation is realized among the directories through application layer software instruction interception without data interaction and instruction flow channels; (2) After receiving a user function call request, starting from a preset initial authority directory corresponding to a user payment level, executing authority verification traversal according to a fixed authority level sequence, wherein the traversal is only payment authority verification behavior and does not belong to data directory addressing skip or atomic skip operation, and the system blocks all skip level access, reverse access and bypass call behavior through application layer rules; (3) When the single authority directory check fails, only the subsequent high-order authority directory check flow is terminated, and the low-order authority function which has passed the check normally provides service; (4) After the verification process is completed, only the payment function calling service authorized by the user is opened, and all the calling requests of unauthorized higher-order functions are refused.
2. 2. The method of claim 1, wherein the payment authority directory comprises a basic edition authority directory, a professional copyright limit directory, and an enterprise copyright limit directory, and the three directories are authority control logical directories of an application layer payment authority control dimension, and are not associated with a hardware physical partition and a data storage partition.
3. 3. The method of claim 1, wherein the rights isolation is achieved by application layer software instruction interception without any hardware level power control, storage isolation, physical link shutdown operations.
4. 4. The method of claim 1, wherein the fixed authority level order is a base version, a professional version, an enterprise version, a configuration is cured for the system application layer, and the client does not have authority to modify or bypass the configuration.

Description

Flat-level authority directory management and control method for large-model payment member function 1. Technical field The invention belongs to the technical field of authority management and control of an artificial intelligence payment service application layer, and definitely does not belong to the technical field of data addressing retrieval, hardware energy-saving control, data safety storage and bottom hardware isolation management and control, in particular to a function calling authority override prevention management and control method for a large-model payment member system. 2. Background art The conventional data access authority management and control, hardware energy-saving control and directory addressing retrieval technologies take optimization of data security, hardware power consumption and addressing efficiency as core directions, and the technical scheme, the solution problem and the application scene of the patent pure payment authority management and control are completely independent and non-overlapping, and the prior art can not block the override embezzlement behavior of the payment function from the logic bottom layer of the application layer. 3. Summary of the invention 3.1 Core technology boundary definition The technical scheme of the patent is created for independent brand new invention, the prior art features of atomic skip, partition dormancy, targeted power off, firewall verification, hardware physical isolation, data directory addressing and the like are not adopted or relied on, and the technical scheme is completely cut with the technical system of the applicant applied for patent, so that the risk of repeated submission or repeated authorization is avoided. 3.2 Definition of terms And the authority verification traversal is that only a hierarchical verification flow for carrying out large-model payment function authority is carried out, and no data retrieval, directory addressing and hardware scheduling operations are involved. 3.3 Technical proposal According to the scheme, payment authority management and control logic is built only at the system application layer, accurate management and control of payment function authority is realized through level independent authority directory division, application layer software instruction interception and solidification sequence authority verification traversal, and related modules of bottom hardware, storage, addressing and energy conservation are not touched in the whole process. 3.4 Advantageous effects 1. Blocking the override calling behavior of the payment function from the application layer logic bottom layer, and adapting to the main stream large model standardized payment member system of the industry; 2. The authority verification failure only blocks the unauthorized higher-order functions, reserves authorized basic function services, and optimizes the user experience; 3. the technical scheme has no cross with the existing data, hardware and energy-saving technologies, and has outstanding creativity and novelty. 4. Detailed description of the preferred embodiments The method is only operated on an application layer authority management and control module of the large model platform, any link of data storage addressing, directory jumping, atomic jumping, firewall checking, hardware dormancy power-off, energy-saving scheduling, targeted power-off and bottom hardware control is not involved, three types of independent payment authority directories of a basic edition, a professional edition and an enterprise edition are preset by the platform, calling interfaces and data channels are not needed among the directories, after a user initiates a function calling request, a system only executes application layer authority checking traversal, corresponding function services are opened when checking is passed, a high-order checking flow is stopped when checking is not passed, and hardware operation, data jumping and energy-saving control behaviors are not needed in the whole process.