Rust from CC++ - Herbert Wolverson (Transition from C and C++ to Rust)

The “Rust from CC++ - Herbert Wolverson” is a course that provides a transition from C and C++ to Rust and how they are alike and different. Examining the characteristics of Rust and topics such as Rust’s native compilation, memory management, and higher-level features, participants will be provided with the necessary knowledge. Thus, the attendees will appreciate the differences in the types of constructions, jurisdictions of control, and structure data for different languages. In this chapter, Rust from CC++ - Herbert Wolverson also talks about Rust’s proposals in the aspects of memory safety and concurrency and introduces the toolset, which is inclusive and labelled as Cargo.

In addition, Rust from CC++ - Herbert Wolverson will discuss Rust’s ability to integrate with C and C++ through the Foreign Function Interface (FFI). Vividly led by Herbert Wolverson, this course is suitable for learners at the basic and intermediate levels who aspire to more variety in programming.

Rust from CC++ - Herbert Wolverson Table of Contents:

1. Introduction
2. Getting Started:
3. Hello World in C, C++, and Rust
4. Exploring Rust Basics:
5. Primitive Types
6. Mutability
7. Type Conversion
8. Handling Numeric Overflow
9. Control Flow
10. Looping Constructs
11. String Handling
12. Functions and Scoping
13. Working with Structures
14. Methods for Structures
15. Managing Resources with Destructors (Drop)
16. Tuples and Destructuring
17. Enumerations
18. Collection Types
19. Iteration Techniques
20. Ownership and Move Semantics
21. Borrowing and References
22. Slices
23. Memory Management:
24. C-style Allocation and Deallocation
25. Unique Pointers with Box
26. Shared Pointers with Rc and Arc
27. Understanding the Borrow Checker
28. Working with Lifetimes
29. Concurrency:
30. Preventing Data Races
31. Spawning Threads
32. Task Distribution
33. Scoped Threads
34. Introduction to Rayon
35. Organizing Programs
36. Traits and Trait Implementation
37. Generic Programming
38. Error Handling in Rust
39. Exploring the Rust Ecosystem:
40. Equivalent Tools in Rust
41. Writing Unit Tests
42. Conducting Benchmarks
43. Interoperability:
44. Calling C from Rust using Foreign Function Interface (FFI)

Who is this course for?

1. Rust is another programming language, and this course will benefit any developer with a basic prior knowledge of languages like C and C++.

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