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This article mainly explains "what is the principle and function of springcloud". Interested friends may wish to have a look. The method introduced in this paper is simple, fast and practical. Next, let the editor take you to learn "what is the principle and function of springcloud"?

Complexity is controllable

While decomposing the application, it avoids the endless accumulation of complexity. Each microservice focuses on a single function and clearly expresses the service boundary through a well-defined interface. Because of its small size and low complexity, each microservice can be completely controlled by a small development team, making it easy to maintain high maintainability and development efficiency.

The birth of springcloud: Spring originally advocated the lightweight framework, with the continuous development of more and more large, as more and more integration projects, configuration files are also more and more chaotic, slowly deviating from the original concept. Then, with the development of so many years and the emergence of more new technical concepts such as micro-services and distributed link tracking, Spring is in urgent need of a framework to improve the previous development model, so Spring Boot/Cloud arises at the historic moment.

Spring Cloud does not remake the framework, it just combines the relatively mature and tested service frameworks developed by various companies, and re-encapsulates the complex configuration and implementation principles through Spring Boot style, and finally leaves a set of distributed system development toolkits that are easy to understand, easy to deploy and easy to maintain for developers.

Simply put, a Spring Cloud is an ordered collection of a series of frameworks

It also has the following advantages of microservices:

Independent deployment

Flexible technology selection

There are independent running processes, so each microservice can also be deployed independently.

When a service changes, there is no need to compile and deploy the entire application.

An application made up of microservices is equivalent to a series of parallel release processes, which makes the release more efficient, reduces the risk to the production environment, and finally shortens the application delivery cycle.

Under the micro-service architecture, technology selection is decentralized. Each team is free to choose the most suitable technology stack according to the needs of its own services and the current situation of industry development.

Because each microservice is relatively simple, the risk of upgrading the technology stack is low, and even it is feasible to completely restructure a microservice.

Fault-tolerant ability

In a micro-service architecture, faults are isolated in a single service. If well designed, other services can achieve fault tolerance at the application level through mechanisms such as retry and smooth degradation.

Expansibility

Each service can be expanded independently according to the actual needs.

At this point, I believe you have a deeper understanding of "what is the principle and function of springcloud". You might as well do it in practice. Here is the website, more related content can enter the relevant channels to inquire, follow us, continue to learn!

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