Application system management method and system based on micro-service component

Abstract

The invention discloses an application system management method and system based on a micro-service component, and relates to the technical field of micro-service component management. Acquiring a fusing degradation rule and a flow control rule through the micro-service gateway, judging whether the called micro-service components exceed an abnormal quantity threshold value or not by utilizing the fusing degradation rule, if so, judging whether the called micro-service components are not less than the abnormal quantity threshold value or not when the called micro-service components are called next time, and if not, fusing degradation processing is carried out on the called abnormal micro-service component, and judging whether flow control of an application system of the called micro-service component exceeds a threshold value or not according to a flow control rule, if yes, judging whether flow control of the application system is not smaller than a threshold value or not when the called micro-service component in the application system is called next time, and if not, conducting blocking processing on the called micro-service component.

Description

technical field [0001] The invention discloses a method and a system, and relates to the technical field of microservice component management, in particular to a microservice component-based application system management method and system. Background technique [0002] With the continuous development of software technology, microservice architecture has gradually become the mainstream application service framework. Micro-service components can reduce the coupling degree of the application system and improve the horizontal expansion capability of the application system. When the microservice architecture divides the application system into dozens or even hundreds of small microservice components, when program exceptions occur on different nodes of the same microservice component, the application cannot automatically identify the microservice component where the program exception occurred, which greatly Reduce system availability. At the same time, when a microservice compon...

AI Technical Summary

Problems solved by technology

When the microservice architecture divides the application system into dozens or even hundreds of small microservice components, when program exceptions occur on different nodes of the same microservice component, the application cannot automatically identify the microservice component where the program exception occurred, which greatly reduce system availability

At the same time, when a microservice component slows down the service response due to excessive throughput, the application system also cannot identify the slow response microservice component, resulting in low throughput of the application system. and optimization

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