System and method for realizing dynamic configurable service parameter verification processing under distributed architecture

Abstract

The invention relates to a system and method for realizing dynamic configurable service parameter verification processing under a distributed architecture. The system comprises a service collection management module for collecting all service lists of a distributed architecture application system, a service parameter verification information definition module for defining a service parameter verification rule model, a service parameter verification information management module for persisting service parameter verification rules and related operations, a service parameter verification information agent module for receiving a change notification sent by the service parameter verification information definition module, and a service parameter verification agent module used for verifying therules according to the specific service request data and the corresponding service parameters. The invention also relates to the method for realizing dynamic configurable service parameter verification processing under the distributed architecture. By adopting the service parameter verification processing system and method for realizing dynamic configurable under the distributed architecture, decoupling of the service parameter verification rule and the service code is realized, the complexity of the service code is reduced, the readability is improved, and the promotion value is relatively high.

Description

technical field [0001] The present invention relates to the field of computers, in particular to the field of distributed architecture, and specifically refers to a dynamically configurable service parameter verification processing system and method thereof under a distributed architecture. Background technique [0002] With the demand of digital transformation, the enterprise IT application architecture has shifted from the traditional single architecture to the application of distributed architecture. Due to the natural scalability, the application of distributed architecture is easier to support large-scale user requests and meet the growing demands of users. By decomposing applications and services into smaller, loosely coupled components, they can be upgraded and expanded more easily, and different components call and access each other to realize business scenarios. In the process of distributed calling, in order to ensure the correctness and compliance of business logi...

AI Technical Summary

Problems solved by technology

[0009] Disadvantage 1: High coupling between verification rules and business code: verification rules are directly encoded in the code through annotations, resulting in high coupling between verification rules and business codes, which is highly intrusive to business codes

[0010] Disadvantage 2: Dynamic configuration and hot update are not possible during the running period: during the business running period, if the verification rules need to be adjusted due to business adjustments, the business code needs to be re-modified and repackaged, compiled, and deployed, resulting in the shutdown of the business system for release

[0011] Insufficient 3: The verification rules cannot be managed centrally: Since the verification rules are distributed in different business codes, unified centralized management cannot be achieved, which is not conducive to maintenance

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