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 Duration 14 hours

Course Outline

Introduction

  • Defining the Rust language
  • Comparing Rust with other programming languages
  • Overview of key Rust capabilities and structure

Grasping Rust Concepts

  • The execution lifecycle of a Rust application
  • The role of Rust alongside other languages
  • Rust’s strategies for ensuring memory safety and managing concurrency

Initial Setup

  • Preparing the Development Environment
  • Installing the Rust toolchain
  • Adjusting Rust environment settings
  • Utilizing the Cargo package manager

Core Syntax and Principles

  • Variables and primitive data types
  • Control structures and loop mechanisms
  • Defining functions and organizing modules
  • The concepts of ownership and borrowing in Rust

Structs, Enums, and Pattern Matching

  • Creating and applying structs
  • Defining and matching enums
  • Implementing pattern matching logic in Rust

Managing Errors

  • Handling errors via Result and Option types
  • Managing panics using panic! and unwrap()
  • Designing custom error structures

Module and Package Structure

  • Structuring code within Rust projects
  • Developing and utilizing modules
  • Compiling and releasing Rust packages via Cargo

Testing and Documentation

  • Composing test cases in Rust
  • Leveraging the integrated testing framework
  • Annotating Rust code with comments and documentation strings

Concurrency Fundamentals

  • Overview of concurrent programming in Rust
  • Thread creation and management
  • Techniques for synchronization and message transmission

Combining Rust with Legacy Code

  • Establishing interfaces between Rust and other languages
  • Invoking Rust functions from C or C++ environments
  • Making Rust APIs accessible to external languages

Standard Patterns and Best Practices

  • Examining prevalent Rust coding styles
  • Adhering to Rust community standards
  • Employing widely adopted libraries and frameworks

Problem Solving

  • Detecting and fixing typical issues in Rust applications

Recap and Future Directions

Requirements

  • Foundational knowledge of core programming principles
  • Practical experience with at least one programming language (ideally C or C++)

Target Participants

  • Software Engineers

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