Nowadays microservices are everywhere. We need to learn how to use the architecture to our advantage to achieve the targeted goals. I'll help you to understand how to build a resilient communication channel between your services.
The course curriculum includes a lot of exciting pieces:
Regular F annotations and mappings
Retries
Custom error handling
out handling
Async communication
Spring Cloud OpenF configuration
Resilience4J circuit breakers
Resilience4J limiters
Integrating Spring Cloud Eureka service registry
Client side load balancing
Integration testing the API clients using WireMock
Integration testing circuit breakers, limtiers and load balancing using WireMock
And that's just a high-level overview what's covered. The course includes non-stop coding where we'll build a complex microservice system to make sure you understand the concepts in detail.
Mastering how to build a reliable communication between your services is critical for every product. In a microservice system, everything can break, even your communication. During this course you'll learn the tools to ensure your messages hit the destination.
Another important question, making sure your individual services can scale to the load. What if they cannot How to configure your API clients to cope with this and make sure we're not overloading the services Using Resilience4J and Spring Cloud OpenF, we'll hit this milestone very quickly.
Testing microservices was never easy. On the contrary, it's a question most eeers would avoid. Using WireMock and combining it with Spring Cloud OpenF, I'll show you how to test your request/response mappings, circuit breakers, load balancing, and much more.
Who this course is for:
Intermediate Java eeers curious about microservice communication
Anybody with little or no experience about F
Anybody with little or no experience about Spring Cloud OpenF
Java eeers curious about the integration testing of microservice communications




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