| • Introduction to the Rust programming language and its capabilities | |
| • Discussing the language's strengths and flexibility in building various applications | |
| • Developer surveys and rankings of Rust as a popular and loved language | |
| • Personal experiences with learning and using Rust, including its accessibility and tooling | |
| • Background and contributions of guests Carol Nichols and Jake Goulding to the Rust community | |
| • The "Rust for Rubyists" book and its role as a learning resource for the language | |
| • Comparison of Rust with other languages, such as C and Ruby, and its unique blend of high-level and low-level features. | |
| • The Rust Playground website allows users to test Rust code without having Rust installed | |
| • The website is a key resource for learning Rust and making it accessible to new users | |
| • The speaker is the maintainer of the Rust Playground | |
| • The Rust Belt Rust Conference will take place in Dayton, Ohio on October 18-19, with an intro to Rust workshop | |
| • The Rust in Motion video series is being developed to teach users about Rust's unique features, including ownership and borrowing | |
| • The series will cover topics such as syntax, ownership, borrowing, and lifetimes, with a focus on making Rust accessible to new users | |
| • The speaker is currently reading the Rust book and is interested in using the Rust in Motion series as a supplement to their learning | |
| • Error messages and the borrow checker in Rust | |
| • Understanding the purpose of the compiler in Rust | |
| • The Rust community, including its nickname "Rustation" and a fun mascot called Ferris the Crab | |
| • Examples of Rust in production, including Mozilla's use of Rust in the Firefox browser | |
| • Maintainability of Rust code, including the use of Cargo and the compiler as a constant pair | |
| • Comparison of Rust maintainability to C++ maintainability | |
| • Third-party crates and the ecosystem of Rust, including examples such as the url crate and the Firefox work on Stylo | |
| • The idea of sharing and maintaining high-quality crates in the Rust community | |
| • Rust usage in big tech companies: Amazon's Firecracker micro VM, Google's Fuchsia OS, Facebook's Libra blockchain | |
| • Rust's performance and suitability for blockchain applications | |
| • Web Assembly and its potential use cases, including in the browser and as a cross-platform assembly language | |
| • Rust's ability to target Web Assembly and its potential for widespread adoption | |
| • Examples of projects using Rust and Web Assembly, including the Ember framework's Glimmer engine | |
| • Cross-platform use of Web Assembly, including in the Linux kernel and blockchain technologies | |
| • Crates.io, the Rust package registry, and its use of Ember and Heroku | |
| • Rust's suitability for building web applications | |
| • Comparison of Rust with other languages (Python, Node, Ruby, Go) for web development | |
| • Current state of Rust web frameworks (e.g. Rocket, Iron, Actix-web) | |
| • Experimental nature of Rust web development and opportunities for innovation | |
| • Cross-compiling and deployment capabilities of Rust | |
| • Use of Rust for building command-line tools and embedded devices | |
| • Challenges and future directions for Rust's embedded device support | |
| • Rust's support for Embedded Systems, specifically the Raspberry Pi, and its benefits for resource-constrained projects | |
| • Rust's potential for operating system development, with examples of projects like Redox | |
| • The efficiency benefits of using Rust for web services, reducing memory usage by orders of magnitude | |
| • Areas where Rust is not a good fit, including rapid prototyping and machine learning | |
| • The growing ecosystem of Rust libraries and the potential for growth in areas like genomics and machine learning | |
| • The importance of choosing Rust for a specific project only when its benefits outweigh the potential drawbacks, and not as a replacement for existing working code. | |
| • Rust language books (O'Reilly, Rust in Motion video course, Rust by Example) | |
| • Practice resources (Rustlings, exercises on Exercism, code snippets to fix) | |
| • Documentation and documentation tools (Cargo, documentation build tool, lint for public API documentation) | |
| • Idiomatic Rust and coding style (Clippy, Rust format tool) | |
| • Learning Rust (video series, Rust in Motion) | |
| • Heroku's podcast series is available on their website. |