Victor Fuentes
d7762a5a78
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Work in progress cross compiler for x86_64. I've managed to get a full x86_64 gcc using the binaries built from foundation, and am working on implementing their builds into tidepool. ### Bootstrapping steps 0) Start with i686 tools (gcc, binutils, musl, etc) 1) Build binutils targeting x86_64-linux 2) Build a minimal gcc cross compiler using the cross binutils. This minimal cross compiler does not have support for libc, so is pretty much only useful for building musl or glibc. 3) Use the minimal cross compiler to build x86_64-linux glibc or musl 4) Now that we have a cross compiler and x86_64-linux libc, we can build gcc for the target architecture! 5) Profit! We can now build anything x86_64 using our gcc compiler! Co-authored-by: Jake Hamilton <jake.hamilton@hey.com> Reviewed-on: #8 Reviewed-by: Jake Hamilton <jake.hamilton@hey.com> Co-authored-by: Victor Fuentes <vmfuentes64@gmail.com> Co-committed-by: Victor Fuentes <vmfuentes64@gmail.com> |
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| default.nix | ||
| flake.lock | ||
| flake.nix | ||
| LICENSE | ||
| README.md | ||
Aux Tidepool
Aux Tidepool is an initial package set built on top of Aux Foundation. Packages are created and managed using Aux Lib's module system to allow for highly dynamic and extensible configuration.
Usage
Packages can be imported both with and without Nix Flakes. To import them using Nix Flakes, add this repository as an input.
inputs.tidepool.url = "https://git.auxolotl.org/auxolotl/labs/archive/main.tar.gz?dir=tidepool";
To import this library without using Nix Flakes, you will need to use fetchTarball and
import the library entrypoint.
let
labs = builtins.fetchTarball {
url = "https://git.auxolotl.org/auxolotl/labs/archive/main.tar.gz";
sha256 = "<sha256>";
};
tidepool = import "${labs}/tidepool" {};
in
# ...