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Course Outline

Introduction <\/p>

  • What is Rust? <\/li>
  • Rust compared to other programming languages <\/li>
  • Overview of Rust features and architecture <\/li> <\/ul>

    Understanding Rust <\/p>

    • The lifecycle of a Rust program <\/li>
    • How Rust complements other languages <\/li>
    • Rust's approach to memory safety and concurrency <\/li> <\/ul>

      Getting Started <\/p>

      • Setting up the Development Environment <\/li>
      • Installing Rust as a programming toolchain <\/li>
      • Configuring the Rust environment <\/li>
      • Using the Cargo package manager <\/li> <\/ul>

        Basic Syntax and Concepts <\/p>

        • Variables and data types <\/li>
        • Control flow and loops <\/li>
        • Functions and modules <\/li>
        • Ownership and borrowing in Rust <\/li> <\/ul>

          Structs, Enums, and Pattern Matching <\/p>

          • Defining and using structs <\/li>
          • Creating and matching enums <\/li>
          • Pattern matching in Rust <\/li> <\/ul>

            Error Handling <\/p>

            • Handling errors using Result and Option types <\/li>
            • Managing panics with panic! and unwrap() <\/li>
            • Writing custom error types <\/li> <\/ul>

              Modules and Packages <\/p>

              • Organizing code in Rust <\/li>
              • Creating and using modules <\/li>
              • Building and publishing Rust packages with Cargo <\/li> <\/ul>

                Testing and Documentation <\/p>

                • Writing tests in Rust <\/li>
                • Using the built-in testing framework <\/li>
                • Documenting Rust code with comments and docstrings <\/li> <\/ul>

                  Concurrency Basics <\/p>

                  • Introduction to concurrency in Rust <\/li>
                  • Creating and managing threads <\/li>
                  • Synchronization and message passing <\/li> <\/ul>

                    Integrating Rust with existing codebases <\/p>

                    • Interfacing Rust with other programming languages <\/li>
                    • Calling Rust functions from C or C++ code <\/li>
                    • Exposing Rust APIs to other languages <\/li> <\/ul>

                      Common Idioms and Best Practices <\/p>

                      • Exploring common Rust coding styles <\/li>
                      • Following Rust community conventions <\/li>
                      • Utilizing popular libraries and frameworks <\/li> <\/ul>

                        Troubleshooting <\/p>

                        • Identifying and resolving common issues in Rust programs <\/li> <\/ul>

                          Summary and Next Steps <\/ul>

Requirements

  • A solid understanding of basic programming concepts <\/li>
  • Experience with at least one programming language (preferably C or C++) <\/li> <\/ul>

    Target Audience<\/strong> <\/p>

    • Developers <\/li> <\/ul>
 14 Hours

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