This article is not about Data Structures in general so I won’t go into details, but all you have to know is Dynamic arrays are simply static arrays with a bunch of wrappers to handle fluidity, in rust this wrapper is called a Vector.

However, unlike in languages like Python or JavaScript, building recursive functions can be more challenging due to Rust’s strict memory safety guarantees. This is even more apparent when trying to make recursion asynchronous.

In this tutorial, we will be building a simple Chatbot to query, your documents on your local machine, using GEMINI for embeddings. Tauri for app development and Rig as our SDK for Gemini.

This crate is widely used to make HTTP requests in Rust, and in this article we will discuss three impressive additions in this crate, namely: JSON handling, multipart forms, and streaming capabilities

We just saw the official release of Rust's 1.85 version, and a lot of wow changes came with it, one of them being async closures. This new feature has caused a lively debate in the Rust community: Are async blocks, a staple of Rust’s async ecosystem, now obsolete? Are they useless?

In this article, we'll explore how to build a type-safe and flexible validator system in Rust, taking cues from DRF's elegant design. We'll start with a basic structure and progressively enhance it to create a more practical and feature-rich solution.

If you have worked with Rust for any amount of time, you've encountered situations where you need to transform one type into another. This is where Rust's From and Into traits come in — they're some of the most elegant parts of Rust's type system.

To compile Rust code, you must have the rustc compiler, Also, this is not C where you build all your tooling yourself; we have rustup and cargo, even clippy.

This topic builds directly on the concept of lifetimes, so if you're not familiar with them, it’s worth reviewing the fundamentals before diving deeper.

Ever tried contributing to an open-source project or even worked on a large code base with neck-breaking documentation? If you have done any of these, you would at least know the benefits of a readable language.

Rust is known for safety, performance, and a robust error-handling system. It's one of Rust's greatest strengths, even though it might seem challenging at first.

Using this macro, we can perform boolean checks to see if a value conforms to a given pattern. Despite the versatility of the main match expression, sometimes we simply need a straightforward true/false result, and matches! provides exactly that.

When working with structs or enums in Rust, we often need a way to create a "standard" or "initial" instance without specifying all the fields every time. Manually setting each field can be repetitive, especially for complex types. How can we create a sensible default instance of a type conveniently?

If you have ever come across this type of error and you are wondering what Send and Sync are, you are at the right place. In this article, we will explain what Send and Sync are in simple terms.

In this article, we'll walk through how Cow<T> works, how to use it in your structs and functions, the benefits and trade-offs of using it, and a few common pitfalls to avoid—so you can write clean, efficient Rust code without over-engineering your ownership logic.

Understanding Sized unlocks deeper comprehension of why Rust behaves the way it does with generics, function parameters, and memory management. Most importantly, it explains the mysterious ?Sized syntax you've probably encountered in advanced Rust code.

In Rust, aside from variables and struct fields, you can also bind memory to patterns. Some of these patterns are used by the compiler to signal certain conditions. This is the point of this article: how does the Rust compiler know you'll use a variable?

The as keyword in Rust serves three critical purposes that every developer should master. Understanding these use cases will significantly improve your code clarity and prevent common compilation errors.

Rust enums are incredibly powerful for modeling data, but newcomers quickly discover a frustrating limitation: you cannot iterate through enum variants natively. We will show you exactly how to use strum to iterate through enum variants, convert enums to strings, parse strings back to enums, and leverage other powerful features that make working with enums much more pleasant.

Why does Rust do this? It prevents conflicts. Imagine if two different crates both tried to implement the same trait for the same type; this would be a problem as the compiler wouldn't know which implementation to use. In less than 5 minutes, you'll learn how to create extension traits, adding methods to foreign types. By the end of this article, you'll have learned something really interesting.

You've probably written trait constants before, but have you ever needed to validate them? Maybe ensure a string isn't too long, or a number falls within a specific range? Here's the thing: you can actually enforce these constraints at compile time, not runtime.