Application management method based on micro-service architecture

Abstract

The invention discloses an application management method based on a micro-service architecture. The method comprises the steps of tactical application-oriented micro-service technology architecture design, lightweight micro-service operation support environment construction, tactical environment-oriented micro-service reliable management technology and information service whole-process dynamic operation and maintenance. According to the invention, a leading-edge micro-service architecture is introduced for application management, a tactical-level service system is split into loosely-coupled and finer-grained service units; based on the application system deployment mode based on the micro-service framework, the method has the advantages of easiness in development and maintenance, quicker starting, easiness in local modification and deployment, telescopic deployment as required and the like; the application system support environment construction based on the micro-service is realized,the military application requirements for light weight and rapid deployment of the tactical environment are met, meanwhile, the project studies reliable management of the micro-service for the battlefield environment, and application operation and maintenance management with higher reliability is achieved through optimization technologies such as high-availability management, load balancing, service fault tolerance and call tracking.

Description

technical field

[0001] The invention relates to the field of cloud computing, in particular to an application management method based on a microservice architecture. Background technique

[0002] Under the application management mode of the army's active information system, most of the application software is a stack of various independent applications, with poor scalability, low reliability, and high maintenance costs. With the increase in the complexity of system functions and the expansion of scale, more and more problems have been exposed in the monolithic architecture, such as slower deployment speed and inability to scale on demand. In the mobile tactical cloud environment of the Army, the requirements for high availability and maintainability of the application system are higher, and the single deployment of the application is becoming more and more difficult to meet the lightweight, high dynamic and high reliability requirements of the battlefield environment. [00...

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