In my last article I talked about how simple it is to build applications that make use of concurrent programming using the Go language, we saw how simple it is to implement and how efficient it can be, thanks to its construction that provides developers with powerful tools to take full advantage of the potential of concurrent programming. In this article we will take a practical step-by-step look at how to build an Ethereum wallet watcher taking advantage of this strength of GoLang.
Go, with its built-in concurrency primitives, provides developers with powerful tools to harness the potential of concurrent programming. In this post, we will explore the concept of concurrency in Go and delve into the world of go routines, a key feature that makes concurrent programming in Go incredibly expressive and efficient.
Build a microservice in Go probably is not your first option when we are working in a Spring Cloud architecture where the most participating applications are based in Java. But one of the strongest characteristic of microservice architecture is that you could build different services in different languages, where you could use a more performative language to solve a specific problem.