This package provides bindings to libdeflate for DEFLATE (de)compression exposed as non-streaming buffer operations. Contains bindings for raw deflate, zlib, and gzip data.
This package provides a Rust library to determine whether characters have the XID_Start or XID_Continue properties according to Unicode Standard Annex #31.
This package provides a substitute implementation of the compiler's proc_macro API to decouple token-based libraries from the procedural macro use case.
This library provides a Rust binding to the original implementation of webview, a tiny cross-platform library to render web-based GUIs as desktop applications.
This package provides a crate for decoding and encoding the header part of gzip files based on the gzip header implementation in the flate2 crate.
This package provides a crate for decoding and encoding the header part of gzip files based on the gzip header implementation in the flate2 crate.
Rustc-rayon is a fork of the Rayon crate. It adds a few "in progress" features that rustc is using, mostly around deadlock detection. These features are not stable and should not be used by others -- though they may find their way into rayon proper at some point. In general, if you are not rustc, you should be using the real rayon crate, not rustc-rayon.
Rustc-rayon is a fork of the Rayon crate. It adds a few "in progress" features that rustc is using, mostly around deadlock detection. These features are not stable and should not be used by others -- though they may find their way into rayon proper at some point. In general, if you are not rustc, you should be using the real rayon crate, not rustc-rayon.
This crate provides arithmetic and aggregation kernels for Apache Arrow. Examples include time-related functions, logical operations for booleans, arithmetic functions such as addition and various aggregation functions.
This package provides a tree-structured thread pool for splitting jobs hierarchically on worker threads. The tree structure means that there is no contention between workers when delivering jobs.
A pure rust replacement for the miniz DEFLATE/zlib encoder/decoder. Using flate2 with the rust_backend feature provides an easy to use streaming API for miniz_oxide.
A pure rust replacement for the miniz DEFLATE/zlib encoder/decoder. Using flate2 with the rust_backend feature provides an easy to use streaming API for miniz_oxide.
A pure rust replacement for the miniz DEFLATE/zlib encoder/decoder. Using flate2 with the rust_backend feature provides an easy to use streaming API for miniz_oxide.
A pure rust replacement for the miniz DEFLATE/zlib encoder/decoder. Using flate2 with the rust_backend feature provides an easy to use streaming API for miniz_oxide.
A pure rust replacement for the miniz DEFLATE/zlib encoder/decoder. Using flate2 with the rust_backend feature provides an easy to use streaming API for miniz_oxide.
A pure rust replacement for the miniz DEFLATE/zlib encoder/decoder. Using flate2 with the rust_backend feature provides an easy to use streaming API for miniz_oxide.
This package provides a stable implementation of the upcoming new `proc_macro` API. Comes with an option, off by default, to also reimplement itself in terms of the upstream unstable API.
This package provides a stable implementation of the upcoming new `proc_macro` API. Comes with an option, off by default, to also reimplement itself in terms of the upstream unstable API.
This package provides a stable implementation of the upcoming new `proc_macro` API. Comes with an option, off by default, to also reimplement itself in terms of the upstream unstable API.
FFI bindings to the various libwayland-*.so libraries. You should only need this crate if you are working on custom wayland protocol extensions. Look at the crate wayland-client for usable bindings.
FFI bindings to the various libwayland-*.so libraries. You should only need this crate if you are working on custom wayland protocol extensions. Look at the crate wayland-client for usable bindings.
This crate lets you write system dependencies in Cargo.toml metadata, rather than programmatically in build.rs. This makes those dependencies declarative, so other tools can read them as well.
This crate lets you write system dependencies in Cargo.toml metadata, rather than programmatically in build.rs. This makes those dependencies declarative, so other tools can read them as well.
This crate lets you write system dependencies in Cargo.toml metadata, rather than programmatically in build.rs. This makes those dependencies declarative, so other tools can read them as well.