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fuchsia / third_party / rust / 52c365b73155b2e0fb47557bce610d78d8eff303
commit52c365b73155b2e0fb47557bce610d78d8eff303[log] [tgz]
authorMatthias Krüger <matthias.krueger@famsik.de>Wed Aug 07 00:34:13 2024 +0200
committerGitHub <noreply@github.com>Wed Aug 07 00:34:13 2024 +0200
treeaedc8e5691f4978dc8c6071858ee439e7e9d63df
parentf00a55188fa72694b52229c0ba3025e72f9bc24a [diff]
parent1c2705c6229c16d68c8769e570b5500a123aebfb [diff]
Rollup merge of #128687 - RalfJung:interpret-call-refactor, r=WaffleLapkin

interpret: refactor function call handling to be better-abstracted

Add a new function `init_stack_frame` that pushes a stack frame and passes the arguments, and use that basically everywhere that the raw underlying `push_stack_frame` used to be called. This splits the previous monster function `eval_fn_call` into two parts: figuring out the MIR to call and the arguments to pass, and then actually setting up the stack frame.

Also re-organize the files a bit:
- The previous `terminator.rs` is split into a new `call.rs` with all the argument-passing logic, and the rest goes into `step.rs` where the other main dispatcher functions already live (in particular, `eval_statement`).
- All the stack frame handling from `eval_context.rs` is moved to a new `stack.rs`.
tree: aedc8e5691f4978dc8c6071858ee439e7e9d63df
  1. .github/
  2. compiler/
  3. library/
  4. LICENSES/
  5. src/
  6. tests/
  7. .clang-format
  8. .editorconfig
  9. .git-blame-ignore-revs
  10. .gitattributes
  11. .gitignore
  12. .gitmodules
  13. .ignore
  14. .mailmap
  15. Cargo.lock
  16. Cargo.toml
  17. CODE_OF_CONDUCT.md
  18. config.example.toml
  19. configure
  20. CONTRIBUTING.md
  21. COPYRIGHT
  22. INSTALL.md
  23. LICENSE-APACHE
  24. LICENSE-MIT
  25. README.md
  26. RELEASES.md
  27. REUSE.toml
  28. rust-bors.toml
  29. rustfmt.toml
  30. triagebot.toml
  31. x
  32. x.ps1
  33. x.py
README.md

Website | Getting started | Learn | Documentation | Contributing

This is the main source code repository for Rust. It contains the compiler, standard library, and documentation.

Why Rust?

  • Performance: Fast and memory-efficient, suitable for critical services, embedded devices, and easily integrate with other languages.

  • Reliability: Our rich type system and ownership model ensure memory and thread safety, reducing bugs at compile-time.

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