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Rust-basis: variabelen (let, mut), primitieve typen, functies, modules
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Ownership: move-semantiek, borrowing, referenties (&, &mut), lifetimes
3
Borrowing-regels: één &mut OF meerdere &, geen hangende referenties
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Structs, enums, pattern matching en destructurering
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Traits: definitie, implementatie, trait bounds, derive macro's
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Generics: generieke functies, structs, enums met trait bounds
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Lifetimes: annotaties ('a), lifetime elision, static lifetime
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Foutafhandeling: Result<T, E>, Option<T>, ?-operator, panic vs Result
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Collecties: Vec, HashMap, HashSet, iterators en methoden (map, filter, collect)
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Iterators: Iterator-trait, luie evaluatie, combinators, for-loops
11
Ownership-patronen: Clone vs Copy, Rc/Arc, RefCell/Mutex voor interior mutability
12
Concurrency: threads, Arc<Mutex<T>>, channels (mpsc), Send/Sync traits
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Async/await: Future-trait, async fn, .await, Tokio-runtime, async taken
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Axum/Actix-web: routing, handlers, extractors, middleware, statusbeheer
15
Database: sqlx (compile-time checking), Diesel ORM, async queries
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Serialisatie: serde (Serialize, Deserialize), JSON, derive macro's
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Testen: #[test], #[cfg(test)], assert!, integratietests, mocking
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Macro's: declaratieve macro's (macro_rules!), procedurele macro's, derive
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Geheugensveiligheid: geen null pointers, geen buffer overflows, threadveiligheid
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Prestaties: zero-cost abstracties, inlining, LLVM-optimalisaties, profiling
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Cargo: dependencies (Cargo.toml), features, workspaces, build scripts
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Deployment: cross-compilatie, Docker, statische binaries, release profiles