Distributed and container virtualization-based elastic micro-service system and implementation method

Abstract

The invention relates to an elastic micro-service system based on distribution and container virtualization and an implementation method, and belongs to the technical field of communication. The system comprises a service logic layer, a network topology layer and a virtual container layer. Wherein the business logic layer is composed of a logic processing module, a data storage module and a message processing module; the network topology layer is composed of an asynchronous message queue communication mechanism, a load balancing mechanism, a service registration mechanism, a request/response model, a publishing/subscribing model, a pipeline model and a composite model. The virtual container layer is composed of a container generation module, a mirror image construction module, a mirror image management module and a container virtualization engine. According to the invention, the performance bottleneck and the expansion disadvantage of the traditional development mode are overcome; a distributed network topology structure is adopted, a service registration mechanism is combined with various topology models, and the problem of deployment of the distributed complex network topology structure possibly existing in edge computing nodes is solved; and a container virtualization technology is adopted to provide heterogeneous node operation support for micro-services.

Description

technical field [0001] The invention belongs to the technical field of communication, relates to the technical field of distributed and container virtualized micro-services, and in particular relates to an elastic micro-service system and an implementation method based on distributed and container virtualized. Background technique [0002] The construction of the modern water conservancy industry takes digitization, networking and intelligence as the main line, and takes virtual simulation, accurate prediction and intelligent decision-making as the path, and realizes digital empowerment by comprehensively promoting the construction of calculation data, algorithms and computing power. Therefore, there are higher requirements for the advancement, concurrency, security, and real-time performance of smart water conservancy systems. [0003] Under the traditional monolithic application architecture, developers can quickly complete application development and deployment with small...

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Problems solved by technology

[0006] In view of this, the purpose of the present invention is to provide an elastic microservice system based on distributed and container virtualization, adopting a microservice development model with a finer granularity than the traditional single application development model, and overcoming the limitations of the traditional development model. Performan

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