为DragonOS移植了的relibc

Paul Sajna c568ca2932 test cleanup 7 anni fa
cbindgen @ fe26d47afd ca57f30425 Update cbindgen 7 anni fa
include 3e354aed04 Merge branch 'fix_includes' of https://github.com/dlrobertson/relibc into dlrobertson-fix_includes 7 anni fa
openlibm @ b7b3b4bc31 3267409c57 Add very basic example 7 anni fa
ralloc @ 31b781a287 866d952924 Support building for Redox 7 anni fa
src cdfde8c0d4 more requested changes 7 anni fa
tests c568ca2932 test cleanup 7 anni fa
va_list @ ba5a07a744 c2ae141df3 Aarch64: Merge the final components 7 anni fa
.gitignore 78e421cb72 Implement some functions on Linux 7 anni fa
.gitmodules 866d952924 Support building for Redox 7 anni fa
.travis.yml c2ae141df3 Aarch64: Merge the final components 7 anni fa
Cargo.lock c5dd3f8706 Update Cargo.lock 7 anni fa
Cargo.toml ef8a64c101 Add missing extern crate statements 7 anni fa
LICENSE ba515d83df Create LICENSE 7 anni fa
README.md 06a6922cde Merge branch 'master' of https://github.com/redox-os/relibc 7 anni fa
bindgen_transform.sh 799c8828c2 mkdir and rmdir 7 anni fa
ci.sh c2ae141df3 Aarch64: Merge the final components 7 anni fa
fmt.sh 6ced871d9a ctype: tests and reorganize 7 anni fa
rust-toolchain d4308b4c5d Update rust toolchain and lock file 7 anni fa
rustfmt.toml 846e495944 Get rustfmt passing on core relibc code 7 anni fa
test.sh 232e364f60 Remove warnings, build openlibm without stack protector 7 anni fa

README.md

relibc build

relibc is a portable POSIX C standard library written in Rust. It is under heavy development, and currently supports Redox and Linux.

The motivation for this project is twofold: Reduce issues the redox crew was having with newlib, and create a safer alternative to a C standard library written in C. It is mainly designed to be used under redox, as an alternative to newlib, but it also supports linux syscalls via the sc crate.

Contributing

Just search for any invocation of the unimplemented macro, and hop in! The ci server checks builds for linux and redox, checks formatting (via rustfmt), and runs the test suite. Run ci.sh locally to check that your changes will pass travis. Use fmt.sh to format your code and test.sh to run the C test suite.

Supported OSes

  • RedoxOS
  • Linux

Supported architectures

  • x86_64
  • Aarch64