Overview
Today, the one of the biggest opportunities in the IT space lies in utilizing containers and serverless, where infrastructure is less of a barrier to entry. In the near future, where the service resides will no longer have an impact on the creation and delivery of the service. Spring Boot and Microservices are playing a critical role in defining the future of service delivery and business architecture.
Microservices is an architectural style that structures an application a as collection of services that are highly maintainable and testable. They are a method of developing software applications that are made up of independently deployable, modular services. Each microservice runs a unique process and communicates through a well-defined mechanism like a container.
Spring Boot is an open-source Java-based framework that is used to create microservices. Spring Boot is one of the fastest ways to build applications. With Spring Boot, developers can focus more on important business features and less on infrastructure.
Cognixia’s Spring Boot and Microservices Bootcamp will acquaint you with the concepts of Microservices and Spring Boot, and help you be well-versed in working with them. The course trains participants to develop cloud-based, scalable, and fault-tolerant enterprise applications using microservices. The course discusses how to containerize applications using Docker. The course also covers how to deploy Spring Boot applications on AWS Cloud. The course also incorporates hands-on projects and exercises for a thorough experiential and practical learning experience.
Schedule Classes
What You'll learn
Curriculum
- Module 1: Getting started with Spring Boot
- Module 2: Building RESTful web services with Spring Boot
- Module 3: Getting started with Microservices
- Module 4: Service registration and discovery
- Module 5: Performing client-side load balancing
- Module 6: Communication between microservices
- Module 7: Implementing fault tolerance
- Module 8: Implementing API gateway
- Module 9: Performing distributed tracing
- Module 10: Externalizing configuration
- Module 11: Broadcasting configuration changes
- Module 12: Projects
- Introduction to Spring Boot
- Features of Spring Boot
- Using Spring Initializr
- Understanding Spring Boot Auto Configuration
- Exploring Spring Boot Annotations
- Configuring application properties
- Understanding profiles
- Using Spring Boot developer tools
- Introduction to REST
- The GET, POST, PUT, and DELETE methods
- The Accept and Content type headers
- Creating a CRUD REST API
- Implementing JPA based repositories
- Perform validation and exception handling
- Documenting RESTful web services
- Versioning RESTful web services
- API monitoring using Spring Boot actuator
- Introduction to microservices
- Monolithic vs. Microservices architecture
- Advantages of microservices
- Challenges of microservices
- Components of microservices
- Introduction to Spring Cloud
- Options for hosting microservices
- Testing microservices
- Understanding Spring Cloud
- Introduction to Eureka server
- Creating the Eureka server
- Registering the Eureka client
- Looking up for services
- Building a Eureka server and client applications
- Introduction to Ribbon
- Configuring Ribbon
- Integrating Eureka and Ribbon
- Introduction to Feign
- Configuring Feign
- Access services using Feign REST client
- Importance of fault tolerance
- Introduction to Hystrix
- Configuring Hystrix
- Exploring Hystrix dashboard
- Introduction to Zuul
- Implementing API gateway with Zuul
- Understanding Zuul filters
- Introduction to Spring Cloud Sleuth
- Configuring Spring Cloud Sleuth
- Introduction to Zipkin server
- Tying up microservices to Zipkin
- Trace requests
- Working with Spring Cloud config server
- Configure different environments
- Create Git repository
- Configure Config server to utilize Git repository
- Connecting microservices to Config server
- Introduction to Spring Cloud Bus
- Implementing Spring Cloud Bus
- Introduction to Rabbit MQ
- Setup Rabbit MQ
- Connect Spring Cloud Bus with Rabbit MQ
- Build a Spring Boot microservices project
- Deploy microservices project on AWS cloud
- Dockerize the project
Prerequisites
Interested in this course? Let’s connect!
Course features
FAQs
Microservices is an architectural style that structures an application a as collection of services that are highly maintainable and testable. They are a method of developing software applications that are made up of independently deployable, modular services. Each microservice runs a unique process and communicates through a well-defined mechanism like a container.
Spring Boot is an open-source Java-based framework that is used to create microservices. Spring Boot is one of the fastest ways to build applications. With Spring Boot, developers can focus more on important business features and less on infrastructure.
This Spring Boot and Microservices training will help participants master four very important tasks:
- Develop enterprise applications using microservices architecture
- Build and deploy cloud-based, scalable, and fault-tolerant applications
- Containerize applications using Docker
- Deploy Spring Boot applications on AWS cloud
Yes. Once all the sessions of the course are completed, you will be evaluated on the basis of multiple parameters such as your attendance in the sessions, your scores in multiple-choice questions-based assessment, etc. Based on your overall performance, you will receive a course completion certificate from Cognixia.
An internet speed of at least 2 Mbps is essential.
When you enroll for this course, you get lifetime access to our Learning Management System (LMS) which would be your one-stop destination to access class recordings, presentations, sample codes, projects and lots of other learning material. Even if you miss a session, a recording of that session, as well as all the other sessions would be available on the LMS that you can access anytime, anywhere.
For any queries, you can reach out to our technical support team and they will guide you accordingly.
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