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![Rust FAQ
https://www.rust-lang.org/faq.html
• Cross-Platform
• Android, iOS, …
• Conditional compilation
#[cfg(target_os = "macos")]](https://image.slidesharecdn.com/buildingiotiotmitrustprogrammieren-160513145830/75/IoT-mit-Rust-programmieren-8-2048.jpg)
![Rust concepts
• ownership, the key concept
• borrowing, and their associated feature ‘references’
• lifetimes, an advanced concept of borrowing
“work with the rules of the ownership system for a period of time,
[..] fight the borrow checker less and less"](https://image.slidesharecdn.com/buildingiotiotmitrustprogrammieren-160513145830/75/IoT-mit-Rust-programmieren-11-2048.jpg)
Uploaded byLars Gregori
IoT mit Rust programmieren
The document discusses the use of Rust programming language for developing Internet of Things (IoT) devices, emphasizing its safety, concurrency, and practicality. It covers various aspects of Rust, including its ownership model, embedded development, and cross-compiling techniques. The content also includes code examples and highlights the benefits of using Rust over traditional languages like C for IoT applications.
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IoT mit Rust programmieren
- 1. IoT mit Rust programmieren Lars Gregori Hybris Labs
- 2. Motivation http://fpiot.metasepi.org/ (Functional IoT) ImagineIoT devices are: • connected to the internet • developed in a short time • storing personal data • secure • more intelligence • inexpensive C language can design the IoT devices such like that? No, can't.
- 3. Agenda • Rust • Überblick •Control & Safety • Code Beispiele • Rust • Embedded Rust • Cross Compiling • MCU Demo • Debugging Rust
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- 6. Rust FAQ https://www.rust-lang.org/faq.html • safe,concurrent, practical systems language • “We do not intend to be 100% static, 100% safe, 100% reflective, or too dogmatic in any other sense.” • Mozilla Servo
- 7. Rust FAQ https://www.rust-lang.org/faq.html • multi-paradigm •OO • no garbage collection • strong influences from the world of functional programming • built on LLVM
- 8. Rust FAQ https://www.rust-lang.org/faq.html • Cross-Platform •Android, iOS, … • Conditional compilation #[cfg(target_os = "macos")]
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- 11. Rust concepts • ownership,the key concept • borrowing, and their associated feature ‘references’ • lifetimes, an advanced concept of borrowing “work with the rules of the ownership system for a period of time, [..] fight the borrow checker less and less"
- 12. Agenda • Rust • Überblick •Control & Safety • Code Beispiele • Rust • Embedded Rust • Cross Compiling • MCU Demo • Debugging Rust
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- 17. Embedded Code-Beispiele zinc.rs Zinc isan experimental attempt to write an ARM stack that would be similar to CMSIS or mbed in capabilities but would show rust’s best safety features applied to embedded development. Zinc is mostly assembly-free and completely C-free at the moment.
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- 19. Agenda • Rust • Überblick •Control & Safety • Code Beispiele • Rust • Embedded Rust • Cross Compiling • MCU Demo • Debugging Rust
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- 21. Multirust https://github.com/brson/multirust • Manage multipleinstallations of the official Rust binaries. • Configure Rust toolchains per-directory. • Install and update from Rust release channels: nightly, beta, and stable. • …
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- 24. Agenda • Rust • Überblick •Control & Safety • Code Beispiele • Rust • Embedded Rust • Cross Compiling • MCU Demo • Debugging Rust
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- 28. Agenda • Rust • Überblick •Control & Safety • Code Beispiele • Rust • Embedded Rust • Cross Compiling • MCU Demo • Debugging Rust
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