Best-practices

Ever seen a function with a dozen arguments? It's a recipe for confusion. Let's explore why keeping your function arguments to a minimum makes your code cleaner, easier to test, and more fun to work with.

Why let just anyone mess with your object's data? Learn how getters and setters act like bodyguards for your properties, keeping your code safe, flexible, and bug-free.

When building with code, should you inherit traits like a family tree, or assemble parts like a LEGO set? Let's break down Composition and Inheritance to help you build better, more flexible code.

DRY, WET, and AHA are three competing ideas about the 'right' way to write code. But which one is best? Let's break them down and learn how to find the perfect balance.

We love DRY code, but rushing to abstract can create a mess. The AHA principle is all about finding that 'Aha!' moment before you generalize. Let's learn to wait for the right abstraction.

We're always told 'Don't Repeat Yourself,' but what if a little duplication is actually a good thing? Let's explore the WET principle and when to embrace it.

Ever wonder why some codebases feel clean and inspiring, while others are a mess? It's not just about logic—it's about psychology. Let's explore how our minds shape the code we write.

We all want fast code, but chasing every millisecond can be a waste of time. Let's explore why over-optimizing can hurt your project and how to focus on what really matters.

Your codebase is like a house: it needs regular cleaning. Let's talk about why deleting unused 'dead' code is one of the best things you can do for your project.

Stop writing code for a future that might never happen. Learn the YAGNI principle and focus on what matters now to build cleaner, more efficient software.

Ever written the same code twice? The DRY principle is here to save you from that headache. Let's learn how to write cleaner, smarter code by never repeating yourself.

Ever heard that the best code is simple code? Let's dive into the KISS principle and see how keeping things simple makes your code easier to write, read, and fix.