• #golang
• #memory management
• #optimizing memory
• #golang performance
• #stack allocation
• #heap allocation
• #stack vs heap allocation
• #golang stack vs heap allocation

While Go is renowned for its speed and efficiency, understanding how it manages memory is key to unlocking its full potential. This deep dive will explore what memory allocation is, how Go handles it, and the performance trade-offs between the stack and the heap

• #golang
• #memory management
• #optimizing memory
• #golang performance
• #golang slices

Go's simplicity and performance are two of its biggest strengths, but even experienced Gophers can sometimes scratch their heads over performance nuances. One common area of curiosity revolves around how we handle data in slices: should you store **values** directly or **pointers** to those values?

• #stress
• #cause of stress
• #stressors
• #Human Stress

Sonia Lupien from the Centre for Studies on Human Stress created N.U.T.S acronym to summarize the primary reasons of human stress. So what is N.U.T.S stands for?

• #database
• #postgresql
• #sql

Database indexes are easy and low hanging fruit for optimizing database performance. By adding the right index you can drastically improve your application queries performance. Unfortunately in many cases index are not used effectively causing many slow queries. So how can we optimize a slow query by building the right index? ...

• #golang
• #database
• #singleton
• #postgresql
• #pgx

Go is great and popular programming language. Capable of great performance, versatile and its simple syntax make Go is the default choice for many companies. Most of Go project will connect to the database in their codebase. So how do we setup database connection in Go project?