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Book Overview & Buying
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Table Of Contents
Design Patterns and Best Practices in Rust
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The patterns in this chapter represent well-established techniques from type theory and functional programming, adapted to work with Rust's unique ownership and borrowing system. While these patterns have origins in languages such as Haskell and MetaLanguage (ML), as well as research on type systems, Rust brings its own contributions: zero-cost abstractions, compile-time enforcement through ownership, and integration with systems programming.
What makes these patterns particularly valuable in Rust isn't their novelty. Most have decades of history in other languages. It is how Rust's design makes them practical for systems programming. The combination of strong static typing, zero-cost abstractions, and memory safety without garbage collection creates opportunities to apply these patterns in contexts where they were previously impractical.
We'll continue building our Samsa microservice from the previous chapter...