Micro-service development management system and method supporting service upgrading version compatibility

Abstract

The invention discloses a micro-service development management system and method supporting service upgrading version compatibility. The management system comprises a service interface management module used for designing a service interface in a micro-service application, controlling and managing a service version of the service interface, storing service interface description information and judging a registration service type, a service interface generating module used for generating a service component in the micro-service application meeting a service interface definition according to interface information of the designed service interface and a distributed version number, and a micro-service application upgrading module used for performing compatibility service upgrading on a registration service when the registration service is a compatibility upgrading service, and deleting an original version service interface of the compatibility upgrading service. The micro-service development management system and method has the advantages that by adding an interface compatibility processing capability for each micro-service application, and in combination with an independent version control mechanism, an interface binding relationship between micro-services is effectively eliminated, the success rate of service calling is greatly increased, and the service operation resource occupation rate is controlled.

Description

technical field [0001] The present invention relates to the field of Internet technology, in particular to a microservice development management system and method that support service upgrade version compatibility. Background technique [0002] As a new technology for deploying applications and services in the cloud, microservice architecture has become the latest hot topic. Briefly, microservice architecture is a method of developing a single application into a set of tiny services, each of which runs in its own process, and these services are based on business capabilities and deployed in an independent and automated mechanism. [0003] Under the microservice architecture, the application program is composed of independently deployed and running microservice applications. Each microservice application will open a series of service interfaces to the outside world and call services in other applications. There are cross-nested applications between applications. Service call...

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Problems solved by technology

[0004] However, the agility, decoupling, and flexibility requirements of microservice applications make the call relationship between services intricate, and service upgrade iterations are also relatively frequent. A service upgrade change will cause a series of inconsistencies in service call interfaces, resulting in Service consumers in the call relationship chain cannot obtain services from the provider. If binding upgrades are adopted to ensure consistent interfaces, service call loop nesting will cause a large number of application service interfaces to be modified in the service call relationship, and the upgrade cost is huge, even due to Cross-calling of services in different applications leads to uncontrollable circular upgrade problems

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