108 Days of Rust: Mastering Systems Programming

In Day 11c of 108 Days of Rust, we continue our journey with tuples by exploring advanced destructuring techniques and practical use cases

In Day 11d of 108 Days of Rust, we cover common errors that occur when working with tuples and explore effective error handling strategies

In Day 12a of 108 Days of Rust, we explore the basics of arrays—what they are, how to declare and use them, and why they are essential in Rust

In Day 12b of 108 Days of Rust, we explore slicing and borrowing arrays, allowing you to work with parts of an array efficiently

In Day 12c of 108 Days of Rust, we explore advanced operations with arrays, including iteration methods, indexing techniques, and mutability considerations

In Day 12d of 108 Days of Rust, we cover common errors that arise when working with arrays and discuss best practices for handling them

Arrays in Rust have a unique advantage due to their fixed size, which makes them stack-allocated and highly efficient for certain use cases. However, understanding how arrays manage memory and optimizing their usage in performance-critical situations can give you an edge when working with Rust. This post will dive into the memory layout of arrays, stack vs. heap allocation, const generics, and other tips to optimize array performance.

Rust’s pattern matching capabilities extend to arrays, allowing for advanced matching, destructuring, and the use of pattern guards. This post explores how you can leverage these features to make your array-related code more expressive and maintainable.

Multidimensional arrays are arrays of arrays, often used in applications like matrix manipulation, image processing, and grids. In Rust, these arrays offer a convenient way to represent more complex data structures. In this post, we’ll explore how to create, access, and manipulate multidimensional arrays.

Const generics in Rust allow you to write more flexible, reusable code by abstracting over array sizes at compile time. This post will explore how const generics work with arrays and how you can use them to write generic functions that operate on arrays of any size.