System and method based on micro-service and memory medium

Abstract

The invention discloses a system based on micro-service. The system comprises a micro-service gateway layer, a micro-service aggregation layer, micro-service atom layers and micro-service data layers.The micro-service gateway layer receives a business request of a user and sends the business request to the micro-service aggregation layer. The micro-service aggregation layer splits the business request into a plurality of sub-business requests according to business logic and sends the sub-business requests to the corresponding micro-service atom layers, so the corresponding micro-service atomlayers access corresponding micro-service data layers according to different sub-business requests and generate processing results. The micro-service aggregation layer also receives the processing results of the micro-service atom layers and combines the processing results to generate a business request result of the user and sends the business request result of the user to the micro-service gateway layer, so the micro-service gateway layer displays the combined processing results to the user. The invention also discloses a method based on the micro-service and a memory medium. According to the system, the method and the memory medium, an ever-increasing high availability demand in software system development can be satisfied.

Description

Technical field [0001] The invention relates to the field of cloud computing, in particular to a system based on microservices. Background technique [0002] At present, the development of the system is generally handled by division of labor, each person develops a corresponding functional module, and then finally combines them, but this development method has big problems, and multi-person development is prone to conflicts. , Resulting in poor compatibility between the various modules in the system; applications, data, processing, etc. cannot be processed separately. But with more and more applications, the development team will be very hard, making software development not high-availability and software maintenance not scalable. In addition, for example, the application is too complex to be fully understood by any single developer, so it will be very difficult to fix bugs and add new features during later maintenance. Summary of the invention [0003] In order to overcome the ...

AI Technical Summary

Problems solved by technology

[0002] At present, the development of the system is generally handled by division of labor. Each person develops a corresponding functional module, and then finally combines them together. However, there are big problems in this development method, and conflicts easily occur in multi-person development. , leading to poor compatibility between modules in the system; application, data, processing, etc. cannot be processed separately

But with more and more applications, the development team will be very hard, so that software development does not have high availability, and software maintenance does not have scalability

In addition, for example, the application is so complex that it is impossible for any single developer to fully understand it, so it will become very difficult to fix bugs and add new functions during later maintenance

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