![]() ![]() This is a dedicated package that defines tests for the dependency This is a utility for generating cargo’s man pages. This subdirectory contains several packages for implementing the This is the # proc-macro used by the test suite to define tests. This contains a variety of code to support writing tests Whenever a change needs to be made, bump the version in Cargo.toml and cargo publish it manually, and then update cargo’s Cargo.toml to depend on the new version. It is intended to be versioned and published independently of Rust’s release system. This is not directly depended upon with a path dependency cargo uses the version from crates.io. This library is shared between cargo and rustup and is used for finding their home directories. This contains code for accessing the crates.io API. This contains general utility code that is shared between cargo and the testsuite This library handles parsing cfg expressions. This is where Cargo.lock files are loaded and saved. This directory contains the code for parsing Cargo.toml files. Though references to it are scattered around for more convenient access. Util::Config is usually accessed from the Serde to merge and translate config values. This directory contains the config parser. This directory contains generally-useful utility modules. Sources are uniquely identified by a core::SourceId. The core::Source trait is an abstraction over different sources of packages. The fingerprint module contains all the code that handles detecting Is the core of the build process, and everything is coordinated through The Context is the mutable state used during the build process. After this is built, the next stage of building is handled in This contains the graph of work to perform and any settings necessary for The BuildContext is the result of the “front end” of theīuild process. This is the code responsible for running rustc and rustdoc. Top-level API for dependency and feature resolver (e.g. Good place to start if you want to follow how compilation starts and This is the entry point for all the compilation commands. Each command is a thin wrapper around ops. OverviewĮvery major operation is implemented here. See The Cargo Book:Įxternal tools for more on this topic. WARNING: Using Cargo as a library has drawbacks, particulary the API is unstable,Īnd there is no clear path to stabilize it soon at the time of writing. Updated on each update of the cargo submodule in rust-lang/rust.: targeted at external tool developers using cargo-the-library.#0 40.72 help: if you built this toolchain from source, and used `rustup toolchain link`, then you may be able to build the component with `x.There are two places you can find API documentation of cargo-the-library, #0 40.72 note: this is a custom toolchain, which cannot use `rustup component add` #0 40.72 error: 'cargo' is not installed for the toolchain 'wasix' #0 40.62 rustup toolchain wasix was linked and is now available! #0 40.62 Running rustup toolchain link wasix /root/.local/share/cargo-wasix/toolchains/x86_64-unknown-linux-gnu_v.1/rust: #0 40.61 Activating rustup toolchain wasix at /root/.local/share/cargo-wasix/toolchains/x86_64-unknown-linux-gnu_v.1/rust. #0 40.61 Downloaded toolchain x86_64-unknown-linux-gnu to /root/.local/share/cargo-wasix/toolchains/x86_64-unknown-linux-gnu_v.1/rust #0 1.555 Downloading Rust toolchain from url ''. #0 0.844 Downloading sysroot from url ''. => load metadata for docker.io/library/rust:1.70-bookworm 1.5s => load build definition from Dockerfile 0.0s $ docker build -t cargo-wasix-test:latest. (Note: I would have filed this on the wasix-libc repo, but it has issues disabled.)Ĭargo wasix build fails with error 'cargo' is not installed for the toolchain 'wasix'. here, here, and here), and hence that he'd certainly agree that continued use of this name would be the wrong thing to do. I'm glad I stumbled upon this before a big announcement could be made, since I know very strong stance against using names already taken by other projects in a related space (see e.g. Given that this project is very much in the same space as your system interface, this name collision would be bound to cause a great deal of confusion once you announce more widely. At one point it was also used by the official cpython distribution. Unfortunately there is a sizable problem with the name you chose, which I have no doubt is a simple oversight: since early in 2022, WASIX has been in use for an open source project by SingleStore Labs, originally developed for their port of cpython to WASI. Hey all, first off: congratulations on putting this system interface and tooling around it together! I know how much work goes into something like this, even if you can reuse so much existing code. ![]()
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