Course Outline

Introduction

  • Overview of Rust: A Systems Programming Language for Government
  • Rust Compared to Other Programming Languages
  • Key Features and Architecture of Rust for Government Use

Understanding Rust

  • The Lifecycle of a Rust Program in Government Applications
  • Systems-Level Operation of Rust Programs
  • Memory Safety and Ownership Principles in Rust for Government

Getting Started with Rust for Government

  • Setting Up the Development Environment for Government Projects
  • Installing Rust as a Programming Toolchain for Government Use
  • Configuring the Rust Environment for Government Requirements
  • Exploring Cargo, the Package Manager for Government Projects

Basic Syntax and Concepts in Rust for Government

  • Variables and Data Types in Rust for Government Applications
  • Control Flow and Loops in Rust for Government Systems
  • Functions and Modules in Rust for Government Use
  • Ownership and Borrowing Principles in Rust for Government

Error Handling and Panic Management in Rust for Government

  • Handling Errors with Result and Option Types in Government Projects
  • Unwinding vs. Aborting with panic! in Government Applications
  • Creating Custom Error Types and Strategies for Government Use

Memory Management in Rust for Government Systems

  • Stack vs. Heap Memory Allocation in Government Projects
  • Pointers and References in Rust for Government Applications
  • Managing Memory with Box and Unsafe Blocks for Government

Structs and Enums in Systems Programming for Government

  • Defining and Working with Structs in Government Projects
  • Creating and Using Enums in Government Systems
  • Pattern Matching Techniques in Rust for Government Applications

Interfacing with C and Low-Level Code for Government

  • Integrating Rust with C and C++ Code for Government Use
  • Utilizing FFI (Foreign Function Interface) for Government Projects
  • Working with Raw Pointers and Unsafe Code in Government Applications

Concurrency and Synchronization in Systems Programming for Government

  • Concurrency Models in Systems Programming for Government Use
  • Mutex, RwLock, and Condvar for Synchronization in Government Projects
  • Channels and Message Passing for Communication in Government Applications

Debugging and Troubleshooting Rust Programs for Government

  • Tools and Techniques for Debugging Rust Programs in Government Use
  • Profiling and Performance Analysis for Government Projects
  • Troubleshooting Common Issues in Systems Programming for Government

Summary and Next Steps for Government Applications

Requirements

  • Basic understanding of programming concepts
  • Familiarity with at least one programming language (such as C or C++)

Audience

  • Developers for government projects
 21 Hours

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Price per participant

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