Event-driven microservices: Spring boot, kafka and elastic

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Event-driven microservices: Spring boot, kafka and elastic
.MP4, AVC, 1280x720, 30 fps | English, AAC, 2 Ch | 8h 58m | 4.36 GB
Instructor: Ali Gelenler

Master microservices by using spring boot, kafka and elasticsearch with patterns and with an event-driven approach

[b]What you'll learn[/b]

Learn to develop microservices with spring boot and spring cloud stack
Learn to create event-driven microservices with Kafka
Learn containerization of microservices with Docker
Learn basics of Kafka brokers, topics, partitions, producers, consumers, kafka streams, admin client and avro messaging
Learn basics of Elasticsearch, index api and query api
Learn development of Kafka based messaging applications with spring kafka
Learn development of Elasticsearch indexing and queries with spring elastic data
Learn to implement CQRS pattern with Kafka and Elasticsearch
Learn externalize configuration pattern with Spring Config Cloud
Learn to create REST Api
Learn to create versioning for a REST Api
Learn to use Spring data with PostgreSQL
Learn to implement Service Registration and Discovery with Netflix Eureka and Spring cloud
Learn to implement Client side load balancing with Spring Cloud Load Balancer
Learn to implement Api Gateway pattern with Spring Cloud Gateway
Learn to implement Circuit Breaker pattern with Spring Cloud Gateway and Resilience4j
Learn to implement Rate Limiting with Spring Cloud Gateway and Redis
Learn implementing Authentication and Authorization with Oauth2 and OpenID connect protocols with Keycloak by using JWT
Learn monitoring microservices with Spring Boot Actuator, Prometheus and Grafana
Learn to apply Distributed tracing and Log aggregation patterns and visualization with Elasticsearch, Logstash and Kibana
Learn to apply Hateoas principle to a Rest Api with Spring Hateoas
Learn to use Open Api Docs for Api documentation
Learn to use Thymeleaf and Bootstrap for a basic front-end
Learn querying Elasticsearch reactively with Reactive Spring, WebClient and Reactive Thymeleaf
Learn to use Spring Cloud Sleuth and Zipkin

[b]Requirements[/b]

Basic experience with Java
Basic experience with Spring Framework

[b]Description[/b]

Hi there! My name is Ali Gelenler. I'm here to help you learn event-driven microservices by applying best practices.

In this course, we will focus on development of microservices. With the help of microservices you will be able to develop and deploy your application components independently. Besides you can easily scale the services as per the resource requirements of the each service itself, for example you can scale better and create more instances of a service which requires more requests.

We will be developing a microservices architecture from scratch using the most recent software platforms, technologies, libraries and tools by following the best practices and using Java, Spring boot, Spring cloud, Kafka and Elasticsearch, and covering Event sourcing and Event-driven services using Kafka.

Some of the microservices patterns that we will apply are: Externalized configuration, CQRS, Api versioning, Service discovery and Api Gateway with circuit breaker and rate limiting.

You will also learn using Oauth2 and OpenID connect protocols for Authentication and Authorization, learn monitoring with Spring boot actuator, Prometheus and Grafana, learn log aggregation and tracing with MDC, Spring Cloud Sleuth and Zipkin along with the ELK stack using Elasticsearch, Logstash and Kibana, and learn reactive development.

We will use Spring boot and Spring cloud along with Docker for developing cloud ready microservices.

We will be following a hands-on approach and be developing a project from scratch in which we'll have multiple microservices surrounded with multiple modules to accomplish the specific tasks. So you will need to make your hands dirty in this course where I will be guiding you from start to finish.

At the end of the course you will not only understand the real life challenges of a distributed application with multiple services and components, but also you will be able to apply solutions to this challenges.

You can download the source code in each lecture separately and run them easily using your IDE or docker.

Who this course is for:

One that wants to learn developing microservices by applying patterns with Spring boot and Spring cloud
One that wants to learn event-driven microservices with Kafka
One that likes to learn with a hands-on approach

More Info

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