Rust

Introduction to Structs in RustStructures, or structs in Rust, are used to create custom data types that let you name and package together multiple different data types. They are similar to structures in other programming languages like C......

In the Rust programming language, structs are a fundamental tool that provide a simple way to create complex data types. Structs allow you to group related data and give them meaningful names, making your code more readable and......

Exploring the ownership model in Rust can significantly improve your ability to write safe and efficient code, but the journey doesn't stop there. Once you've mastered the basics, you might wonder where to go next to deepen your......

Developing software in Rust comes with its fair share of challenges and rewards, particularly when working with data structures. One of these challenges involves creating self-referential structures, a concept familiar to those who have......

Understanding how different programming languages manage resources is crucial for developing efficient and robust applications. This article explores and contrasts the Rust Ownership model with the C++ RAII (Resource Acquisition Is......

When building libraries in Rust, one of the most profound elations stems from the language's unique ownership model. This model is not merely a syntax requirement but serves as a strategic gatekeeper, facilitating safety and memory......

Embedded Rust is a powerful tool for systems programming, particularly in environments where resources are constrained. One of the key concepts in Rust, and arguably one of its greatest strengths, is its ownership model. Understanding and......

In asynchronous programming, especially in Rust, understanding the concept of pinning can be crucial for ensuring that your programs are both safe and efficient. Moving beyond the traditional blocking I/O, async Rust enables more complex......

Rust is well-known for its safety guarantees, particularly around concurrency and memory management. These principles are foundational when diving into asynchronous Rust. In the asynchronous realm, you're working with futures, tasks, and......

Foreign Function Interface (FFI) refers to the capability of a programming language to use functions and data structures from another language. In Rust, FFI is often used to call C functions, as Rust and C can share a relatively compatible......

When writing programs in Rust, especially as a beginner, dealing with compiler errors is an inevitable part of the learning curve. Among these, ownership errors such as E0382 are frequent, yet they often bewilder many new learners. In this......

When designing APIs in Rust, one of the critical aspects developers must focus on is the concept of ownership and borrowing. Rust’s unique ownership model helps prevent many common programming errors but requires a solid understanding to......