Spring Boot Microservices Architecture Diagram

In this blog you will get into the depth of the architectural concepts and implement them using an uber case study.

Spring boot microservices architecture diagram.

Microservices may not fit in each and every use case. But being a professional with certified expertise in microservices will require more than just the basics. We will also start looking at a basic implementation of a microservice with spring boot. In this microservices architecture spring boot tutorial we will discuss to creating a microservices with spring and will see microservices architecture.

From my previous blog you must have got a basic understanding of microservice architecture. Before discussing more on the architecture front let us look at what spring boot is in a short detail and post that we would discuss the architecture using a diagram and more details on the same. In part 1 of this series lets get introduced to the concept of microservices and. The success of microservices largely depends on the selection of use cases.

In a microservices application architectural style an application is composed of many discrete network connected components which are termed microservices the microservices architectural style is an evolution of the soa services oriented architecture architectural style. Spring boot is a module of the spring framework. Microservices allow large systems to be built up from a number of collaborating components. This is probably the best java microservices framework that works on top of languages for inversion of control aspect oriented programming and others.

Spring boot is a framework that is used to create microservices. There is no hard and fast rule or rigid guideline on when to use microservices. It is developed on top of the core spring framework. It is used to create stand alone production grade spring based applications with minimum efforts.

Let s learn the basics of microservices and microservices architectures. This article provides a starting point for understanding common microservice architecture patterns by example of a proof of concept application built with spring boot spring cloud and docker. Spring boot follows a layered architecture in which each layer communicates with the layer directly below or above. We will create a couple of microservices and get them to talk to each other using eureka naming server and ribbon for client side load balancing.

Microservices allows doing loose coupling between application processes instead of loose coupling.