稳定 Rust 的 10 年:基础设施的故事 - Rust 基金会

  • Summary: The Rust Foundation marks 10 years since Rust's first stable release. Rust has undergone significant growth and change, involving a large community of stakeholders. It is a tool for building infrastructure, addressing the need for robust and reliable systems. The language's development has required substantial investment from Mozilla and many other parties, and it has seen continuous improvement in various aspects such as type systems, IDE experiences, package ecosystems, and more. Looking ahead, maintaining a stable community and addressing scaling issues are crucial for Rust's future.
  • Main Points:

    • Rust turns 10 years old since the 1.0 release, with remarkable growth and change.
    • It is about a community coming together to design and maintain shared technical infrastructure.
    • Programming languages are technical infrastructure, and Rust is for building other infrastructure.
    • The initial need for Rust was due to the failure of existing infrastructure.
    • Mozilla and other parties made significant investments in Rust.
    • Rust has gone through many improvements since 2006, but still has room for growth.
    • There have been substantial changes in software artifacts and beyond, including books, courses, and organizational work.
    • Looking ahead, maintaining a stable community and addressing scaling issues are important.
  • Key Information:

    • Rust's initial implementation was limited, but it has grown significantly.
    • Mozilla's investment quadrupled and then doubled the Rust team size.
    • Rust sits on top of LLVM and benefits from academic research.
    • There have been many contributors and a large number of changes since 1.0.
    • The Rust ecosystem includes a vast package ecosystem and various learning materials.
    • The Rust Foundation and leadership council have been formed.
  • Important Details:

    • The baby Rust in 2006-09 had no type checker and ran on only 3 platforms.
    • By 1.0, Rust had an advanced type system and could run on most LLVM targets.
    • At 1.0, Rust had a limited IDE experience and package ecosystem.
    • There were no standard methods for high-performance IO or networking at 1.0.
    • Since 1.0, every change has passed an exhaustive testsuite and been regression-tested.
    • There are now thousands of contributors and a large number of RFCs.
    • The set of crates tested against each release has grown significantly.
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