Rust for Java developers
summary
Rust claims memory safety without a VM by enforcing ownership and borrowing at compile time so many bugs are eliminated before runtime, trading faster runtime but longer compile times. Tooling is concrete: rustup for installs and Cargo (build/package manager) plus crates.io for dependencies. Examples: no nulls, use Option/Result enums and the ? operator to propagate errors. Use cases shown are embedded firmware to cloud microservices where Java services often exceed 500 MB while Rust services use an order of magnitude less.
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chapters (8)
- 0:00Introduction to Rust
- 1:34History of programming languages
- 6:18Rust’s memory safety model
- 10:44Nullability and error handling
- 13:52Structs and traits in Rust
- 16:05Rust tooling and ecosystem
- 20:28Rust use cases and adoption
- 26:36Q&A and closing








