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Course Outline
Introduction
- Definition of the Rust programming language
- Comparative analysis of Rust relative to other languages
- Summary of Rust’s core features and architectural design
Comprehensive Overview of Rust
- The execution lifecycle of a Rust application
- Rust operations at the system level
- Mechanisms ensuring memory safety through ownership principles
Initialization and Setup
- Configuration of the development workspace
- Installation of the Rust toolchain
- Environment configuration for Rust development
- Overview of the Cargo package management system
Fundamental Syntax and Concepts
- Variation, declaration, and data typing in Rust
- Execution flow and iterative structures
- Construction and organization via functions and modules
- Principles of ownership and borrowing
Error Management and Failure Handling
- Management of errors using Result and Option types
- Distinctions between unwinding and aborting via panic!
- Implementation of custom error types and strategic handling approaches
Memory Allocation Strategies in Rust
- Differences between stack and heap memory allocation
- Utilization of pointers and references
- Memory control via Box smart pointers and unsafe code blocks
Data Structures for Systems Development
- Definition and utilization of structs
- Creation and application of enums
- Implementation of pattern matching constructs
Integration with C and Low-Level Systems
- Integration of Rust code with C and C++ components
- Application of the Foreign Function Interface (FFI)
- Operations involving raw pointers and unsafe code contexts
Concurrent Execution and Synchronization
- Architectural models for concurrency in systems programming
- Synchronization mechanisms including Mutex, RwLock, and Condvar
- Inter-thread communication via channels and message passing
Diagnostic Procedures and Issue Resolution
- Instrumentation and methodologies for debugging Rust applications
- Performance profiling and analysis techniques
- Resolution of prevalent issues in systems programming contexts
Conclusion and Forward Path
Requirements
- Foundational knowledge of software development principles
- Proficiency in at least one programming language, such as C or C++
Audience
- Software engineers and developers seeking solutions for government agencies
21 Hours
Testimonials (2)
Very good topic structure, perfect presentation, very high level of trainer's knowlwdge. Flawless infrastructure.
Tibor Pozsgai
Course - Rust Advanced
Solid introduction to rust with advanced elements like macros. Practical code exercises, a lot of side comments, free discussion and consultations.
