Description
This course will give you a complete overview of Rust and its working. You will also learn where you can use this language and its industrial applications.
Rust works similarly to C/C++ which can also be used for secure coding. Along with the above-mentioned, you will also learn
- Basic Installation and compiling of Rust programs with an IDE
- Fundamental data types and variables
- Arrays, Vectors, and strings of Rust
- Functions of higher and lower order along with the data structure and traits
- Rust’s core concepts like ownership, borrowing, lifetime specifiers, and lifetime elision
- Sharing data with RC, ARC, and Mutex applications
- The compilation, Testing, and other interesting topics
- Concurrency in Rust
- Building Modules and crates
Rust is a programming language developed in 2010. It is a general-purpose, multi-paradigm language that emphasizes performance, type safety, and concurrency.
Rust is a low-level programming language with direct access to hardware and memory, which makes it a great solution for embedded and bare-metal development.
For four years running, Rust has been the most popular language on Stack Overflow, showing that many people who have used it have fallen in love with it.
However, roughly 97% of survey respondents who haven’t used Rust may wonder, “Why is Rust so popular?”
The simple answer is that Rust addresses problems that are prevalent in many other languages, offering a strong advancement with few drawbacks.
It features zero-cost abstractions like C and C++, is enjoyable to write in, and gives systems programmers wonderful things.
E-learn Programming provides the best course that can teach you how to best understand Rust programming language in a very simple way.
Rust is gaining popularity in fields as diverse as gaming engines, high-performance computers, embedded devices, and web development should come as no surprise.
E-Learn will also help you learn how to create high-performance code without being concerned about errors or security flaws.
Why Should You Learn Rust Programming?
| Performance | Without compromising security, Rust offers both low-level control and fast performance. |
| Memory Safety | Memory safety is guaranteed by Rust's borrow checker, which eliminates the possibility of data races and null pointer dereferences. |
| Concurrent and Parallel Programming | Rust's ownership structure makes concurrent programming secure and fast. |
| Error Handling | The error handling in Rust is so solid that it guarantees bug-free, dependable programs. |
| Modern Syntax | Because of its clear and expressive grammar, Rust is a pleasure to code in. |
| Growing Popularity | The rising demand for rust has resulted in more employment opportunities. |
| Cross-Platform | Rust's flexibility stems from its availability on a wide range of platforms and architectures. |
| Community Support | The Rust learning and development community is vibrant and supportive. |
| Security | Rust's demanding compile-time checks and memory safety features make it a secure programming language. |
| Future-Proof | Learning Rust provides programmers with a language that supports current industry standards. |
What will you require?
- Basic knowledge of computer science
- Understanding of basic concepts of programming language
- A programming language like python, if already known will add an advantage but not required
- A computer with a Rust-enabled IDE (VisualRust, intellij-rust, etc.)
Syllabus
Introduction
- Installing and configuring Rust
- Basics of Rust and it’s purpose
- Cargo Package Manager Introduction
- Developing Rust with IntelliJ IDE
Types and Variables
- Bits, Bytes and sizes of numbers
- Entrypoint in an application
- Core data types of Rust
- Different kinds of operators in Rust
- What are scopes and Shadowing of Scopes
- What are Constants
- Difference between Stack and Heap
- Introduction to CLion and how it can be used to debug Rust applications
Control Flow
- Control statements definition
- If and else loop
- For loop statements
- Match statement usage for input values
- How to use control flow constructs
Data Structures
- What are structs in Rust?
- Enumerating Signal systems with Rust
- Union Data type and its uses
- Option<T> in Rust and if let/while let
- Arrays in Rust
- What are slices
- Definition of Tuples
- How to do Pattern Matching
- What are Generic structures?
Standard Collections
- An overview of Standard Collections
- What is Vec(tor)
- What is meant by a Hashmap
- What is a Hashset and how it can be used
- What are Iterators?
Characters and Strings
- What are strings and characters?
- What is String formatting (format!)?
- How to write code for a Number guessing game in Rust
Functions
- What are Functions?
- What are Function Arguments?
- Difference between Functions and function arguments?
- What are methods?
- What is meant by closures?
- What are Higher-Order functions?
Traits
- What is Trait in Rust?
- What are Trait parameters?
- What is Into and Drop?
- Operator Overloading explanation
- An overview of Static dispatch
- Dynamic dispatch explanation
- Why should we use Dynamic dispatch?
- How to make different objects in Rust
Lifetime and Memory
- Unique feature of Rust (Ownership)
- Explanation of Ownership and how it can be used
- Another unique feature of Rust (Lifetime)
- How to use Lifetime in Rust
- How to implement Lifetime in Structure Implementation
- Reference-Counted Variables (Rc) explanation
- Atomic Reference-Counted Variables (Arc) explanation
- How to use Mutex for Thread-safe Mutability in Rust
Advanced Topics in Rust
- Why do we use circular references in Rust
- Error types and other important topics in Rust
Concurrency
- What is Spawning in Rust
- How to spawn a thread of execution in Rust
Odds & Ends
- How to use the crates.io website for Rust
- How to build Modules and Crates
- How to write Unit and Integration tests
- How to document own code
What you’ll learn?
- Basic concepts of Rust
- Tooling and Ecosystem in Rust
- Scopes, Variables, Functions, Modules, Scalar Types in Rust
- Compound types, Control flow, Strings, structs, traits, enums and much more in Rust
- Unique Rust concepts like ownership, references, and borrowing, the memory model
- Why Rust focuses on Safety, Concurrency, and speed
- Writing idiomatic, well-tested Rust code
- Threads, Channels, Closures, Iterators, code documentation
- Standard library traits, error handling, testing
- Benchmarks, Logging, attributes, Turbofish and Much more
- What is low-level memory management in Rust?
- Troubleshooting compiler errors
- How Rust can be used for memory safety and security
- How to write a real-life requirement code
- Automated testing and leveraging features of the Rust language
- Problem solving in Rust
Course Duration
- 325 Lectures and 35 Hours of on Demand HD Videos
- Full lifetime access
- Access on mobile and TV
- Certificate of Completion
- 8800+ students enrolled
- Complete Practical Training
- Download access
- Watch Videos in Android and iOS App