This repository contains conda recipes, Docker images and tools for building a
set of conda packages for the linux-aarch64
platform. The result of this work is a
miniconda-like installer
as well as conda packages in the c4aarch64
channel. These artifacts are being used as a starting point for the
conda-forge community to build a more complete set of packages for this
platform.
All packages were build inside a CentOS 7 Docker container and should support Linux distributions which have a glibc version of 2.17 or newer. These packages should work on all major distribution which support ARMv8/aarch64 including Debian Jessie, Ubuntu 16.04, and Fedora 28.
| package | version |
|---|---|
| glibc | 2.17 |
| gcc | 7.3.0 |
| binutils | 2.29.1 |
| OpenSSL | 1.0.2p |
| Python | 3.7.2 |
| pip | 10.0.1 |
| conda | 4.5.12 |
| conda-build | 3.17.6 |
| constructor | 2.2.0 |
| anaconda-client | 1.6.14 |
Newer versions of binutils require glibc 2.26 or newer on aarch64, therefore binutils 2.29.1 was used for compatibility with glibc 2.17.
The order in which recipes were built can be found in the build_order.md document.
The conda-forge community has begun to build packages for the linux-aarch64
platform as part of the ARM/PowerPC migration. This build out can be tracked
on the conda-forge status page.
Any help porting the recipes in this repository to conda-forge would be most appreciated.
A discussions around conda-forge's support of aarch64 as well as other ARM
platforms can be found in
this GitHub issue.
Based upon this and some earlier work, Mark Harfouche (@hmaarrkfk), started
Archiconda which uses
Shippable
to build linux-aarch64 packages.
Berryconda is a conda based Python
distribution for the Raspberry Pi single board computers.
Two flavors of the distribution support the armv7l and armv6l Raspberry Pis.