Micro-service platform

Abstract

The invention provides a micro-service platform, which comprises a distributed service bus, one or more micro-applications, one or more micro-services and a database corresponding to the micro-services, wherein the micro application is used for calling a corresponding micro service to realize a corresponding service function; the distributed service bus comprises a registration center and a service gateway; the registration center is used for realizing registration of the micro-service; the service gateway is used for providing a unified interface for the micro application to call the micro service; and the micro-service realizes a corresponding service function by reading and writing the corresponding database and executing the service logic code. According to the micro-service platform,the design concept of high cohesion and low coupling is adopted, so that the flexibility of service application of the whole platform is improved, and subsequent function extension and maintenance arefacilitated.

Description

technical field [0001] The present invention relates to the technical field of microservices, and more specifically, to a microservice platform. Background technique [0002] With the continuous innovation of science and technology and the continuous development of information construction, the business scenarios of enterprises have become more and more complex. [0003] At present, enterprises generally adopt a monolithic architecture. When deploying a monolithic architecture system, the entire system is usually deployed in the same web container as a whole. When the applications in the architecture are running, all functions run in the same process, making Business applications are becoming larger and larger, code logic is becoming more and more complex, and the coupling between codes and modules is getting higher and higher. As a result, any modification of local functions will cause the single application to be recompiled and deployed, and the iteration cycle is very sho...

AI Technical Summary

Problems solved by technology

[0003] At present, enterprises generally adopt a monolithic architecture. When deploying a monolithic architecture system, the entire system is usually deployed in the same web container as a whole. When the applications in the architecture are running, all functions run in the same process, making Business applications are becoming larger and larger, code logic is becoming more and more complex, and the coupling between codes and modules is getting higher and higher. As a result, any modification of local functions will cause the single application to be recompiled and deployed, and the iteration cycle is very short. Long, not conducive to frequent deployment, resulting in poor flexibility of the entire business application, weak continuous delivery capabilities, difficult maintenance, and inability to respond to continuous business development and changes in a timely manner

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