Releases

An implementation of statically compiled regular expressions for Rust. Unless you specifically need compile time regular expressions or a matching engine that is guaranteed not to allocate, you should temporarily prefer using the plain regex crate (since it is almost always faster).

A lightweight logging facade for Rust

Raw FFI bindings to platform libraries like libc.

`#[derive]`-like functionality for the `rand::Rand` trait.

A library to generate and parse UUIDs.

A thread pool for running a number of jobs on a fixed set of worker threads.

A macro to generate structures which behave like bitflags.

A logging implementation for `log` which is configured via an environment variable.

This crate provides Grapheme Cluster, Word and Sentence boundaries according to Unicode Standard Annex #29 rules.

Support for matching file paths against Unix shell style patterns.

getopts-like option parsing.

Possible Rust replacement for existing Python travis-cargo.

Generic serialization/deserialization support corresponding to the `derive(RustcEncodable, RustcDecodable)` mode in the compiler. Also includes support for hex, base64, and json encoding and decoding.

A terminal formatting library

A library for managing a temporary directory and deleting all contents when it's dropped.

Determine displayed width of `char` and `str` types according to Unicode Standard Annex #11 rules.

Straight-forward functions and types for basic data parallel operations, including parallel maps, for loops and thread pools.

This crate provides functions for normalization of Unicode strings, including Canonical and Compatible Decomposition and Recomposition, as described in Unicode Standard Annex #15.

A bare-metal library supplying certain libc functions like memcpy, memmove, memset and memcmp. This is designed for use in freestanding environments where another libc does not exist, since rustc may implicitly insert calls to such functions.

`simd` offers limited cross-platform access to SIMD instructions on CPUs, as well as raw interfaces to platform-specific instructions. (To be obsoleted by the `std::simd` implementation RFC 2366.)

Fast standalone primality testing.

`primal` puts raw power into prime numbers. This crates includes: optimised prime sieves, checking for primality, enumerating primes, factorising numbers, and state-of-the-art estimation of upper and lower bounds for π(n) (the number of primes below n) and p_k (the k-th prime).

A simple sieve of Eratosthenes designed for testing faster sieves. You probably want `primal-sieve`, or even just `primal` itself.

State-of-the-art estimation of upper and lower bounds for π(n) (the number of primes below n) and p_k (the k-th prime).

A high performance prime sieve.

Bit-vector specialised to the prime-number-related needs of `primal`.

A compiler plugin that converts brainfuck code into Rust at compile time, letting your BF programs be optimised by LLVM to super-fast native code.

Yo dawg, use Rust to generate Rust, right in your Rust. (See `external_mixin` to use scripting languages.)

Backing library for `rust_mixin` and `external_mixin` to keep them DRY.

Use your favourite interpreted language to generate your Rust, right in your Rust. Supports Python, Ruby and shell (`sh`) out of the box, with an extensible macro to support any others. (See `rust_mixin` to be able to use your all-time favourite language to generate your Rust.)