Скачать или смотреть From Zero to Rust Pro: The Ultimate Crash Course for Future-Proof Developers

1. Rust in 2025: I Learned the World’s Safest Programming Language in One Weekend – Here’s How
2. Why Rust is Taking Over Systems Programming (And How to Master It FAST)
3. From Zero to Rust Pro: The Ultimate Crash Course for Future-Proof Developers
4. Rust vs C++: Why Top Companies Are Switching (And How You Can Learn Rust Today)
5. I Built a High-Performance App in Rust – No Segfaults, No Garbage Collector, All Speed!

Ready to dive into the world of systems programming with Rust? You're in the right place! Rust is an open-source powerhouse designed for speed, memory safety, and parallelism. It's the go-to language for building everything from game engines to operating systems, and today, we're going to explore it all.
In this comprehensive course, you'll learn how to install Rust, set up your IDE, and master the basics like variables, data types, and method syntax. But we won't stop there. We'll dive deep into Rust's unique ownership model, data handling, pattern matching, and error management. Plus, we'll cover generic types, traits, file I/O, iterators, closures, smart pointers, concurrency, and even object-oriented programming in Rust.
So, let's get started!
Course Overview
First things first, let's get Rust up and running on your machine. We'll walk through the installation process and set up Visual Studio Code for Rust development. If you prefer IntelliJ IDEA, don't worry—we've got you covered with an optional setup guide.
Getting Started with Rust
Variables and mutability are the building blocks of any programming language, and Rust is no exception. We'll explore how to declare variables, understand mutability, and work with different data types like integers, floating-point numbers, booleans, and characters.
But Rust isn't just about basic data types.
Functions and Control Flow
Functions are the backbone of Rust programming. We'll learn how to define functions, understand the difference between statements and expressions, and return values from functions.
Rust Ownership Model
One of the most unique features of Rust is its ownership model. We'll spend several lessons exploring how Rust manages memory allocation, handles references and borrowing, and prevents data races. You'll learn about slices, how to use structs, and initialize them with field init shorthand and struct update syntax. We'll also cover tuple structs and see how structs can be used to calculate the area of a rectangle.
Enums and Error Handling
Enums are a powerful feature in Rust that allow you to define a type by enumerating its possible values. We'll explore enums, the Option enum, and how to use match statements with enums. Error handling is another critical topic, so we'll cover unrecoverable errors with panic!, recoverable errors with the Result enum, and shortcuts to panic with unwrap and expect.
Generics and Traits
Generics and traits are essential for writing reusable and efficient code. We'll introduce generics, generic structs, and generic functions. Then, we'll dive into traits, learn how to define and implement them, and see how they can be used to add functionality to your types.
Input/Output and File I/O
Input and output are fundamental operations in any programming language. We'll introduce input/output, the Read trait, and the Write trait. Then, we'll dive into file I/O, learn how to work with the File struct, write to and read from files, and use the OpenOptions struct to append to a file.
Iterators and Closures
Iterators and closures are powerful tools in Rust for working with collections and writing concise, efficient code. We'll introduce iterators, learn how to get an iterator from a collection, and explore the methods of the Iterator trait. Then, we'll dive into closures, learn how to define and use them, and see how they can be used to write functional-style code.
Smart Pointers
Smart pointers are a unique feature of Rust that allow you to manage memory safely and efficiently. We'll introduce smart pointers, learn how to use the Box smart pointer, and explore the Deref and Drop traits. Then, we'll dive into the Rc smart pointer and the RefCell type, and see how they can be used to share ownership and mutate data safely.
Concurrency in Rust
Concurrency is a critical aspect of modern programming, and Rust makes it easy to write safe, concurrent code. We'll introduce concurrency in Rust, learn how to create threads with thread::spawn, and explore the JoinHandle type. Then, we'll dive into message passing with channels and see how Rust's ownership model ensures safe, concurrent programming.


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