The Rust Programming Language

Description

In this course, you will learn :

• Solve problems in Rust.
• Understand Rust's strengths and weaknesses.
• Effectively leverage Rust's memory safety guarantees.
• Write applications and libraries.
• Test and document your code.

Syllabus :

1. Types and Variables

• Numbers on the Computer
• Application Entrypoint
• Core Data Types
• Operators
• Scope and Shadowing
• Declaring and Using Constants
• Stack and Heap
• Debugging Rust Applications with CLion

 

2. Control Flow

• If Statement
• While and Loop
• For Loops
• Match Statement
• Combination Lock

 

3. Data Structures

• Structs
• Enumerations
• Unions
• Option<T> and if let/while let
• Arrays
• Slices
• Tuples
• Pattern Matching
• Generics

 

4. Standard Collections

• Vec(tor)
• HashMap
• HashSet
• Iterators

 

5. Characters and Strings

• Strings
• String Formatting (format!)
• Number Guessing Game

 

6. Functions

• Functions and Function Arguments
• Methods
• Closures

 

7. Traits

• Traits
• Trait Parameters
• Into
• Drop
• Operator Overloading
• Static Dispatch
• Dynamic Dispatch
• Why Dynamic Dispatch?
• Vectors of Different Objects

 

8. Lifetime and Memory

• Ownership
• Borrowing
• Lifetime
• Lifetime in Structure Implementation
• Reference-Counted Variables (Rc)
• Atomic Reference-Counted Variables (Arc)
• Using a Mutex for Thread-Safe Mutability

 

9. Advanced Topics

• Circular References

 

10. Concurrency

• Spawning and Joining Threads

 

11. Odds & Ends

• Consuming Crates
• Building Modules and Crates
• Testing
• Comments and Documentation

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