Go

Goroutines are one of the key advantages of the Go language, known for being lightweight—even when spawning hundreds of thousands or more. However, what happens if these goroutines remain in a parked state for extended periods? This article explains the operational principles of goroutine parking and delves into the internals of Go’s GMP runtime model. It explores the system load and performance impact when many goroutines are inactive, and introduces practical strategies to detect and prevent such issues.

Efficient Go Project Structure Guide

No more unnecessary frameworks—pure Go is the ultimate form of tuning. Learn how to build minimalistic applications with vanilla Go.

How to structure projects in Go, a language without rigid frameworks like Spring. This post introduces practical patterns for feature-driven development and enterprise-level application design.

How to use the Kubernetes API with Go… and deploy applications using Operators

Is it better to distribute tasks across multiple workers or handle each task asynchronously? Let’s find out through performance profiling.

Ever heard of “many a mickle makes a muckle”? By identifying bottlenecks and minimizing memory allocations, you can reduce GC overhead and build highly optimized applications!

A tool that supports both APM and error traceability?