This post is the second part of a series about WebAssembly and Go. In the first post, we saw how to run Go code in a web browser. In this one, we will import a WebAssembly function and run it in a Go application.

Occasionally, a technology emerges that significantly impacts developers’ daily lives—things like Linux, Git, Docker, and Kubernetes, among others. WebAssembly is a technology that has the potential to appear on …

The version 1.21 of the language implemented an essential new feature. According to the documentation:

In the last post, we saw how to create a Kubernetes operator using operator-sdk. As that text was quite long, I decided to write this second post to focus on the application’s testing part.

If you develop APIs or microservices, especially in medium to large environments, you probably use Kubernetes.

I came across an exciting project called Google Developer Experts. According to the official website, this is a group of “experienced Google technology experts, influencers, and thought leaders.”

Working with dates in any programming language presents some challenges. In this post, I will show how to work with dates when writing unit tests for a Go application.

Choosing a project’s dependencies is something we sometimes overlook, but it can have a very relevant impact. The following image illustrates the idea:

In this post, I will talk about an exciting project maintained by the team that develops the Go language: the Go Cloud Development Kit, also known as the Go CDK.

I bet that at that moment, you are thinking: “Another programming language”? Calm down, calm down, come with me, and it will make sense :)