System and method for realizing Restful service graphical service orchestration based on micro-service architecture

Abstract

The invention relates to a system for realizing Restful service graphical service orchestration based on a micro-service architecture, comprising a service orchestration definition module used for defining service orchestration specifications and calling primitives; a service arrangement loading engine module used for compiling files and converting the files in real time; a service orchestration execution engine module used for calling different micro-services of the same system or inter-system Restful services; and a service orchestration hot update module used for dynamically monitoring thechange of service orchestration resources. The invention further relates to a Restful service graphical service arrangement processing method based on the micro-service architecture. By adopting the system and the method for realizing Restful service graphical service orchestration based on the micro-service architecture, the service orchestration process is more intuitive, simpler and more efficient; meanwhile, complex code writing of developers is reduced, and the possibility of service arrangement errors is reduced; in addition, non-stop release of service orchestration is supported, and the service change is timely and quickly responded.

Description

technical field [0001] The present invention relates to the field of computers, in particular to the field of micro-service architecture, and specifically refers to a system and method for implementing graphical service arrangement of Restful services based on the micro-service architecture. Background technique [0002] With the rapid development of digital transformation, the continuous expansion of companies and organizations, the continuous increase in demand, and the continuous increase in the number of users, the traditional single architecture has been unable to adapt to the rapid changes in applications in the cloud computing era, and is facing more and more challenges; The microservice architecture is considered to be the direction of building a new generation of distributed architecture applications in the future. By decomposing applications and services into smaller, loosely coupled components, they can be upgraded and expanded more easily. At the same time, enter...

AI Technical Summary

Problems solved by technology

[0013] Disadvantage 1: The coding method is complex and error-prone: with hard coding, developers need to understand the detailed specifications of the call interface, handle various abnormal situations, call Restful services synchronously or asynchronously, and perform a large number of complex code development. The layout process is not intuitive. And error-prone, the requirements for developers are very high;

[0014] Disadvantage 2: Unable to stop the release: due to the hard-coded method, when the business requirements change, the code needs to be rewritten and packaged for release. To release new class files in the Java field, it must be restarted, and service orchestration cannot be achieved. The hot update of resources cannot be released without stopping;

[0015] Disadvantage 3: Unable to respond to business changes in a timely manner: When business needs change, it is necessary to quickly and efficiently release products for new business needs through service orchestration. The use of hard-coded methods leads to a long time for orchestration and release, and cannot respond to enterprises in a timely manner. Business needs

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