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Course Outline

Introduction

  • Defining Rust and its purpose.
  • Comparing Rust with alternative programming languages.
  • An overview of key Rust features and architectural elements.

Deep Dive into Rust

  • The lifecycle of a Rust application.
  • The role of Rust within the broader language ecosystem.
  • Rust’s unique strategies for ensuring memory safety and concurrency.

Getting Started

  • Preparing the development workspace.
  • Installing the Rust toolchain.
  • Configuring the Rust environment settings.
  • Leveraging the Cargo package manager.

Core Syntax and Principles

  • Managing variables and data types.
  • Implementing control structures and loops.
  • Defining functions and organizing code into modules.
  • Mastering ownership and borrowing mechanisms.

Structs, Enums, and Pattern Matching

  • Creating and utilizing structs.
  • Defining enums and performing pattern matching.
  • Advanced pattern matching techniques in Rust.

Error Management

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

Modularization and Packaging

  • Structuring Rust code effectively.
  • Creating and utilizing modules.
  • Compiling and distributing Rust packages via Cargo.

Testing and Documentation

  • Writing tests for Rust projects.
  • Utilizing the integrated testing framework.
  • Documenting code through comments and docstrings.

Concurrency Essentials

  • An introduction to concurrent programming in Rust.
  • Spawning and managing threads.
  • Techniques for synchronization and message passing.

Integration with Existing Systems

  • Interfacing Rust with other languages.
  • Invoking Rust functions from C or C++ code.
  • Exposing Rust APIs to external environments.

Idiomatic Practices and Best Standards

  • Reviewing common Rust coding styles.
  • Adhering to community-driven conventions.
  • Employing widely adopted libraries and frameworks.

Troubleshooting

  • Pinpointing and resolving frequent issues in Rust programs.

Conclusion and Path Forward

Requirements

  • A solid grasp of fundamental programming principles.
  • Proficiency in at least one mainstream language, with a particular preference for C or C++.

Intended Audience

  • Software developers.
 14 Hours

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