Welcome to the Spring Microservices Learning Project! This repository is dedicated to learning and implementing various concepts and technologies related to microservices using Spring Boot and Spring Cloud.
- REST
- & Small Well Chosen Deployable Units
- & Cloud Enabled
- Introduction
- Technologies and Concepts
- Project Setup
- Modules
- REST API and REST Web Services
- Microservices with Spring Boot and Spring Cloud
- Orchestration with Kubernetes
- Containerization with Docker
- Exception Handling, Validation, HATEOAS, and Filtering
- Client-side Load Balancing, Dynamic Scaling, and API Gateway
- Centralized Configuration with Spring Cloud Config Server
- Distributed Tracing with Spring Cloud Sleuth and Zipkin
- Fault Tolerance with Hystrix
- Versioning RESTful Web Services
- Monitoring with Spring Boot Actuator
- Documentation with Swagger
- Best Practices in Designing RESTful Web Services
- Spring Cloud Bus
- Feign REST Client
- Contributing
- License
This project aims to provide a comprehensive learning experience in developing and managing microservices using Spring Boot and Spring Cloud. Each module is designed to cover specific aspects of microservices, from basic REST API development to advanced topics like distributed tracing and fault tolerance.
- Spring Boot
- Spring Cloud
- Kubernetes
- Docker
- Spring Cloud Config Server
- Spring Cloud Sleuth
- Zipkin
- Hystrix
- Eureka Naming Server
- Ribbon
- Zuul
- Spring Boot Actuator
- Swagger
- Spring Cloud Bus
- Feign REST Client
To set up the project locally, follow these steps:
- Clone the repository:
git clone https://github.com/niruparekh09/Spring-Microservices.git
- Navigate to the project list:
cd Spring-Microservices - Navigate to the project directory:
cd Spring-Project-Name - Build the project using Maven:
mvn clean install
- Run the project:
mvn spring-boot:run
Learn to develop and design RESTful web services using Spring Boot, including exception handling, validation, HATEOAS, and filtering.
Explore how to build microservices architecture using Spring Boot and Spring Cloud, focusing on scalability, resilience, and fault tolerance.
Understand how to deploy and manage microservices using Kubernetes for orchestration, ensuring high availability and scalability.
Create Docker containers for your microservices to ensure consistency across different environments and ease of deployment.
Implement robust exception handling, input validation, HATEOAS for hypermedia-driven APIs, and data filtering techniques in your RESTful services.
- Ribbon: Implement client-side load balancing.
- Eureka Naming Server: Enable dynamic scaling and service discovery.
- Zuul: Set up an API Gateway for routing and filtering requests.
Set up a centralized configuration server to manage configuration across all your microservices.
Implement distributed tracing to monitor and troubleshoot requests as they flow through multiple microservices.
Use Hystrix to implement fault tolerance and resilience in your microservices, handling failures gracefully.
Learn best practices for versioning your RESTful web services to ensure backward compatibility.
Utilize Spring Boot Actuator to monitor and manage your microservices, gaining insights into their health and performance.
Document your RESTful APIs using Swagger for easy testing and client generation.
Understand and implement best practices for designing robust, scalable, and maintainable RESTful web services.
Use Spring Cloud Bus to exchange messages about configuration updates and synchronize configuration changes across microservices.
Simplify communication between microservices using the Feign REST Client, enabling easy and declarative HTTP client creation.