Spring Boot Microservices with Spring Cloud!
Master Spring Boot Microservices with Spring Cloud!
Spring Boot Microservices with Spring Cloud! udemy course free download
Master Spring Boot Microservices with Spring Cloud!
This comprehensive course on Spring boot microservices is meticulously crafted for Java developers eager to gain an in-depth understanding of microservices using the powerful Spring Boot framework.
Whether you're an experienced professional or a budding developer, this course will equip you with the skills to design, develop, and deploy scalable, resilient, and efficient microservices.
Industry is moving towards Microservices, and by far Spring offers the best solution to create cloud ready, enterprise web & mobile microservice applications.
Why Chose this course?
Comprehensive Content: With over 100 detailed lectures and 8+ hours of rich content, this course offers the perfect blend of theory and practice.
Modern Practices: Learn the latest trends, tools, and best practices in microservices and cloud-native development.
Career-Boosting Skills: Master the intricacies of Spring Boot, Spring Cloud, and reactive programming to stand out in your professional journey.
Covers Pre-req Concepts: Essential foundational topics are discussed in detail to make advanced concepts easier to understand.
Easy to Follow for Beginners: The course starts from scratch, ensuring you grasp the basics before diving into complex concepts.
Short, Concise Lectures: All lectures are to the point, helping you absorb concepts without unnecessary fluff.
Carefully Crafted: The curriculum is designed to align with current industry demands, making you job-ready.
Who Should Enroll?
Java developers aspiring to master microservices architecture.
Software engineers looking to design scalable and distributed systems.
Professionals keen on adopting reactive programming in their projects.
Students aiming to deepen their understanding of Spring Boot and microservices
What Will You Learn? (High-Level Overview)
Microservices Architecture Deep Dive
Understand the fundamental principles of microservices architecture, including scalability, resilience, and loose coupling.
Explore the challenges of monolithic architectures and how microservices address these issues.
Spring Boot Essentials
Set up and configure Spring Boot projects using STS and Maven.
Explore Spring Boot’s auto-configuration, embedded servers, and dependency injection capabilities.
RESTful Microservices Development
Create and consume RESTful APIs with Spring Boot.
Implement CRUD operations using REST templates and JSON serialization with Jackson.
Reactive Programming Paradigm
Grasp the theoretical foundation of reactive programming and its relevance in microservices.
Implement reactive streams using Project Reactor, Mono, and Flux.
Leverage backpressure handling and reactive APIs for high-performance applications.
Service-to-Service Communication
Implement synchronous and asynchronous inter-service communication.
Use Feign clients, REST templates, and reactive APIs for seamless service integration.
Service Discovery and Load Balancing
Configure Eureka Server for dynamic service registration and discovery.
Implement client-side load balancing with Ribbon and compare it with server-side discovery mechanisms.
API Gateway and Routing
Build and configure API gateways using Spring Cloud Gateway.
Implement advanced routing, predicates, and custom filters for request management.
Resilience Patterns
Master fault-tolerant patterns like circuit breakers using Hystrix.
Implement fallback mechanisms to ensure high availability.
Centralized Configuration Management
Set up Spring Cloud Config Server for centralized and secure configuration management.
Manage profiles and externalized configurations with Git integration and encryption.
Distributed Tracing and Monitoring
Monitor distributed systems using Spring Sleuth and Zipkin.
Implement distributed log aggregation with the ELK stack (Elasticsearch, Logstash, Kibana).
Security and Encryption
Secure microservices with encryption/decryption of configurations.
Understand role-based access control and secure communication between services.
Advanced Topics
Explore the cloud-native landscape with Spring Cloud.
Implement asynchronous communication using messaging brokers and Cloud Bus.
Dive into distributed caching mechanisms and reactive migration strategies for legacy systems.
Hands-On Projects
Build a complete product catalog microservices application, including inventory, pricing, and currency exchange services.
Deploy and test microservices in real-world scenarios.
Microservices is basically an architectural style, where the entire application would be split up in to multiple, small, independently deployable units, that are highly scalable, maintainable and testable.
Microservices will allow, very large systems to be built up, from a number of collaborating components. It does this at the process level, what Spring has always done at the component level: This will create loosely coupled processes instead of loosely coupled components.
This course is for beginners, who want to learn Microserives for their next job.
Spring Boot is an open source Java-based framework used to create a microservices. It is used to build stand-alone and production ready spring applications with ease. Spring Boot and Spring cloud will go hand in hand. This course will give you an introduction to Spring Boot and familiarizes you with its basic concepts.
Few random reviews on my teaching style
★★★★★
“Excellent course, touched all areas required to build micro-services.”
★★★★★
“I respect the fact that the instructor respects learner's time a lot and wastes not even a second for useless chatter. This is some impressive stuff.”
★★★★★
“This course is really worth it. The tutor has ample practical knowledge and discusses about almost everything that is there to know. I am glad i took this course and would encourage any aspirant to go for it.”
★★★★★
“In depth concepts of Spring have been clearly explained. Good chemistry between student and instructor. Fantastic course. Completed every vid and had lot of fun."
★★★★★
"Yes, it is simple, logical and well explained, the author not only teaches microservices, but also springboot and gradle along the way. The author uses eclipse, but with little search in internet you can apply the same using IntelliJ. I highly recommend it to those wanting to take a solid intro to microservices."
★★★★★
"The course is very good not only for a pace-setting self-learners, but also for instructors/tutors.
Being a coding tutor I continuously seek for basic courses that allow me to grab ideas for opinion making and directing. The students will have fast and effective progress whenever they are given a proper direction to knowledge formation.|
This course will definitely be included in my Favorite List.
The only notification, all the code must be fully visible, even if just for a while.
I really enjoyed to observe how the tutor explains.
Well done!"
Knowledge Notes!
In today's digital landscape, it's more important than ever for web applications to be scalable and resilient. As a result, many developers are turning to microservices as a way to build and manage complex systems. In this article, we will explore Spring Microservices, a framework that makes it easy to develop and deploy microservices-based applications, while also ensuring their maintainability and reliability.
What are Spring Microservices?
Spring Microservices is a framework for building microservices-based web applications using the Spring Boot framework. It provides a set of tools and libraries that simplify the development, deployment, and management of microservices-based applications. Spring Microservices is built on top of Spring Boot, which makes it a popular choice among developers who are already familiar with the Spring framework.
Why Choose Spring Microservices?
There are several reasons why developers are turning to Spring Microservices. Here are a few of the most compelling benefits:
Scalability: Microservices architecture allows developers to break an application down into smaller, independent components. This means that each microservice can be scaled independently, which can help improve the performance and scalability of the overall application.
Resilience: By breaking an application down into smaller, independent components, developers can build more resilient applications. If one microservice fails, it won't necessarily bring down the entire application.
Flexibility: With microservices, developers can choose the best technology for each microservice. This allows for more flexibility in terms of development and deployment.
Maintainability: With microservices, developers can more easily make changes to the application without affecting other parts of the system. This can help improve the maintainability and scalability of the application over time.
