Container based dynamic arrangement method for application environment and system applying method

Abstract

The invention provides a container based dynamic arrangement method for an application environment and a system applying the method. The method comprises the steps of splitting an application into a plurality of sub-modules independent in function and packaging the sub-modules into container mirror images as micro-services capable of running independently; combining a plurality of correlative micro-service containers into a plurality of container groups; setting a running number of container group instances and monitoring health information of the container group instances when the container group instances run; setting a unified access point of a plurality of container group instances same in type; accessing to multiple types of container group instances mutually through the unified access node; and dynamically adding or deleting container groups to realize dynamic arrangement of the application environment. According to the method and the system, the decoupling of each module of a large-scale application can be realized by splitting the large-scale application; and in addition, a micro-service and container mode is adopted, and compared with a conventional mode, the micro-service and container mode is quicker, more flexible and more lightweight.

Description

Technical field [0001] The present invention relates to the orchestration of the application environment of cloud computing, and in particular to a method and application system for the dynamic orchestration of an application environment based on containers. Background technique [0002] The term "cloud computing" is usually interpreted as: providing scalable and inexpensive distributed computing capabilities through the network. With the maturity and large-scale practice of container technology, container-based microservice architecture has become the technology first choice for Internet startups due to its natural adaptability to cloud services and the ability to quickly iterate and expand applications. Specifically, the microservice architecture has the following advantages: [0003] 1) Controllable complexity: While decomposing applications, it avoids the original endless accumulation of complexity. Each microservice focuses on a single function and clearly expresses the serv...

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Problems solved by technology

[0006] 4) Fault tolerance: When a failure occurs in a certain component, under the traditional architecture of a single process, the failure is likely to spread within the process, resulting in a global unavailability of the application

[0008] However, the way of adopting the microservice architecture often brings such a

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