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Rust | Fundamentals

Rust Fundamentals

Rust Fundamentals: Get Started

Rust Fundamentals: Variables

Rust Fundamentals: Control Flow

Rust Fundamentals: Functions

Rust | Ownership & Borrowing

Rust Ownership and Borrowing

Rust Ownership and Borrowing: Ownership

Rust Ownership and Borrowing: Borrowing

Rust Ownership and Borrowing: Mutable References

Rust Ownership and Borrowing: Ownership Design

Rust | Structs & Enums

Rust Structs and Enums

Rust Structs and Enums: Structs

Rust Structs and Enums: Methods

Rust Structs and Enums: Enums

Rust Structs and Enums: Pattern Matching

Rust | Traits

Rust Traits: Trait Definitions

Rust Traits: Implementations

Rust Traits: Bounds

Rust Traits: Composition

Rust | Collections

Rust Collections

Rust Collections: Vectors

Rust Collections: Strings

Rust Collections: Hash Maps

Rust Collections: Collection Ownership

Rust | Error Handling

Rust Error Handling

Rust Error Handling: Result

Rust Error Handling: Option

Rust Error Handling: Propagation

Rust Error Handling: Recovery

Rust | Lifetimes

Rust Lifetimes: Reference Lifetimes

Rust Lifetimes: Annotations

Rust Lifetimes: Struct Lifetimes

Rust Lifetimes: API Design

Rust | Concurrency

Rust Concurrency

Rust Concurrency: Threads

Rust Concurrency: Message Passing

Rust Concurrency: Shared State

Rust Concurrency: Safe Coordination

Rust | Cargo & Testing

Rust Cargo and Testing

Rust Cargo and Testing: Cargo

Rust Cargo and Testing: Unit Tests

Rust Cargo and Testing: Integration Tests

Rust Cargo and Testing: Failure Cases

Rust | Advanced Rust

Advanced Rust: Iterators

Advanced Rust: Closures

Advanced Rust: Smart Pointers

Advanced Rust: Production APIs

Rust

Rust is a modern systems programming language focused on safety, speed, and concurrency without garbage collection, ideal for performance-critical and reliable software.What you will be learning in this course??

Memory Safety

Prevents common bugs like null pointer dereferencing at compile time.

Ownership Model

Strict borrowing and ownership rules.

Zero-Cost Abstractions

High performance comparable to C/C++.

Fearless Concurrency

Safe concurrent code without data races.

Cargo Package Manager

Excellent dependency and build management.

Explore Rust with AlgoGalaxy's Creative Educational Resources.