Rust (プログラミング言語) (Japanese Wikipedia)

Analysis of information sources in references of the Wikipedia article "Rust (プログラミング言語)" in Japanese language version.

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  • Chris Double (2011年3月31日). “A Quick Look at the Rust Programming Language”. 2018年2月4日閲覧。 “The rustc compiler lives in stage0/rustc. The output of this compiler is LLVM bytecode which must then be compiled using LLVM tools.”

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docs.rs

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fedoramagazine.org

  • Rust meets Fedora”. fedoramagazine.org (2016年9月21日). 2016年10月6日閲覧。

github.com

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infoq.com

  • Avram, Abel (2012年8月3日). “Interview on Rust, a Systems Programming Language Developed by Mozilla”. InfoQ. 2013年8月17日閲覧。 “GH: A lot of obvious good ideas, known and loved in other languages, haven't made it into widely used systems languages ... There were a lot of good competitors in the late 1970s and early 1980s in that space, and I wanted to revive some of their ideas and give them another go, on the theory that circumstances have changed: the internet is highly concurrent and highly security-conscious, so the design-tradeoffs that always favor C and C++ (for example) have been shifting.”

infoworld.com

intermezzos.github.io

lambda-the-ultimate.org

  • The Rust Language”. Lambda the Ultimate (2010年7月8日). 2010年10月30日閲覧。

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  • Hoare, Graydon (2010年10月2日). “Rust Progress”. 2013年10月22日時点のオリジナルよりアーカイブ。2010年10月30日閲覧。 “the second version of the compiler, written in Rust and compiled with the bootstrap compiler”

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  • Mozilla Research. “Rust”. 2018年2月4日閲覧。

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  • Hoare, Graydon (2011年4月20日). “rust-dev] stage1/rustc builds”. 2011年4月20日閲覧。 “After that last change fixing the logging scope context bug, looks like stage1/rustc builds. Just shy of midnight :)

mynavi.jp

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opensource.google.com

  • Google. “xi-editor”. 2018年1月28日閲覧。

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  • Jelliffe, Rick (2010年11月8日). “Vale Java? Scala Vala palava”. 2012年3月29日閲覧。 “… It is just plain ignorant to say that non-English programmers always write with ASCII. (Just as it would be ignorant to say that they never do.) It is that kind of rather blithe dismissal that foreign cultures and languages need to be supported that creates extra unnecessary barriers. That argument ran out of legs in the early 1990s: all platforms have well -established Unicode libraries with serviceable properties for this…

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pijul.org

  • Pijul”. pijul.org. 2017年7月8日閲覧。

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rust-lang.org

doc.rust-lang.org

  • Rc<T>, the Reference Counted Smart Pointer”. 2020年11月11日時点のオリジナルよりアーカイブ。2020年11月4日閲覧。
  • "by default variables are immutable." The Rust Programming Language
  • "E0384. An immutable variable was reassigned." Rust Compiler Error Index
  • "you can make them mutable by adding mut in front of the variable name." The Rust Programming Language
  • "you can declare a new variable with the same name as a previous variable, and the new variable shadows the previous variable." The Rust Programming Language
  • "By using let, we can perform a few transformations on a value but have the variable be immutable after those transformations have been completed. ... The other difference between mut and shadowing is that because we’re effectively creating a new variable when we use the let keyword again, we can change the type of the value but reuse the same name." The Rust Programming Language
  • Type coercions”. The Rust Reference. 2024年3月27日閲覧。
  • "A reference represents a borrow of some owned value." Primitive Type reference. The Rust Standard Library. 2022-12-24閲覧.
  • "A reference ... to access the data stored at that address; that data is owned by some other variable." References and Borrowing. The Rust Programming Language. 2022-12-24閲覧.
  • "A reference cannot outlive its referent" References. The Rustonomicon. 2022-12-24閲覧.
  • "A lifetime is said to “outlive” another one if its representative scope is as long or longer than the other." Primitive Type reference. The Rust Standard Library. 2022-12-24閲覧.
  • "The issue ... we have to return the String to the calling function so we can still use ... . Instead, we can provide a reference" References and Borrowing. The Rust Programming Language. 2022-12-24閲覧.
  • "Syntax BorrowExpression" Operator expressions. The Rust Reference. 2022-12-24閲覧.
  • "Primitive Type reference ... References, &T and &mut T." Primitive Type reference. The Rust Standard Library. 2022-12-24閲覧.
  • "Borrow operators" Operator expressions. The Rust Reference. 2022-12-24閲覧.
  • "shared reference type is written &type" Pointer types. The Rust Reference. 2022-12-24閲覧.
  • "The & (shared borrow) ... operators" Operator expressions. The Rust Reference. 2022-12-24閲覧.
  • "A mutable reference type is written &mut type" Pointer types. The Rust Reference. 2022-12-24閲覧.
  • "&mut (mutable borrow) operators" Operator expressions. The Rust Reference. 2022-12-24閲覧.
  • "When a shared reference to a value is created, it prevents direct mutation of the value." Pointer types. The Rust Reference. 2022-12-24閲覧.
  • "The following traits are implemented for all &T, regardless of the type of its referent: Copy" Primitive Type reference. The Rust Standard Library. 2022-12-24閲覧.
  • "if you have a mutable reference to a value, you can have no other references to that value." References and Borrowing. The Rust Programming Language. 2022-12-24閲覧.
  • "&mut T references get all of the above except Copy and Clone (to prevent creating multiple simultaneous mutable borrows)" Primitive Type reference. The Rust Standard Library. 2022-12-24閲覧.
  • Validating References with Lifetimes”. The Rust Programming Language. 2024年1月2日閲覧。
  • Trait and lifetime bounds”. The Rust Reference. 2024年1月2日閲覧。
  • Trait and lifetime bounds”. The Rust Reference. 2024年1月2日閲覧。
  • Higher-Rank Trait Bounds (HRTBs)”. The Rustonomicon. 2024年1月2日閲覧。
  • Module std::pin”. The Rust Standard Library. 2024年1月2日閲覧。 “By default, all types in Rust are movable. Rust allows passing all types by-value, ...”
  • Module std::pin, Example: self-referential struct”. The Rust Standard Library. 2024年1月2日閲覧。
  • Rust Team. “Working with an unpublished minor version”. 2018年1月28日閲覧。
  • Rust project developers. “core- Rust”. 2018年1月28日閲覧。
  • Rust project developers. “std- Rust”. 2018年1月28日閲覧。

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  • Future Tense” (2011年4月29日). 2012年2月6日閲覧。 “At Mozilla Summit 2010, we launched Rust, a new programming language motivated by safety and concurrency for parallel hardware, the “manycore” future which is upon us.

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