Release release-master

This release was automatically created by the Git Actions workflow corresponding to directory .github in the repository.

The output are a checksum file and a compressed Docker image for the corresponding branch.

File mygentoo-release-master.tar.xz is the compressed custom MKG Docker image built from latest official stage3 and portage archives.

To create an updated Gentoo distribution, start a Docker image as indicated in the README.

Alternatively, you can create an install ISO by running:

# mkg dockerize gentoo.iso [burn]

You can then use this ISO image to install Gentoo onto any adequate device.

Release release-gnome

This release was automatically created by the Git Actions workflow corresponding to directory .github in the repository.

The output are a checksum file and a compressed Docker image for the corresponding branch.

File mygentoo-release-gnome.tar.xz is the compressed custom MKG Docker image built from latest official stage3 and portage archives.

To create an updated Gentoo distribution, start a Docker image as indicated in the README.

Alternatively, you can create an install ISO by running:

# mkg dockerize gentoo.iso [burn]

You can then use this image to install Gentoo onto any adequate device.

Release 1.4 (based on Official Gentoo Docker image stage3)

See prior releases form advice on how to use the images.

B2SUM
69e448b463a1e74e1fce3446225a3c175d72505e628031ef1350d0ab098ee18726c40ff0e957a21341c72108e8f0fc75bebd83e898c805431bc19b88c00f2bab /home/fab/Dev/mkg_docker_image/mygentoo-master.tar.xz

SHA512SUM
1cb41c42c8f2bcce70e2f91964512869e9b758c83ebf94bccc2daccc685fc07a5af3f7a88fc0ac4815b67c0489fb1b67fc8c44bc3bc802c4f71e286ca8f51b1c /home/fab/Dev/mkg_docker_image/mygentoo-master.tar.xz

New build Jan. 2022 with gcc-11.2

Prerequisites

You should have VirtualBox installed on your GNU/Linux platform (at least the kernel modules) and the kernel modules must be loaded. If not by a service, run modprobe vboxdrv.

How to use the Docker image

• Download the image.
• Check the control sums given below.
• Uncompress:
  $ xz -d [image_name.tar.xz]
• Load:
  # docker load -i image_name.tar
• Run using:
  # docker run -it --device /dev/vboxdrv:/dev/vboxdrv -v /dev/log:/dev/log [image_name] bash
• Once in the container, note its ID on the left of the shell input line.
• Run your ./mkg command line, remembering to use gui=false and not to use share_root, shared_dir or hot_install
• Preferably use:
  # nohup (...) &
  so that you can monitor the build in nohup.out
• Once the virtual machine is safely launched, monitor the run using:
  # tail -f nohup.out
• Once the process is safely running, exit using Ctrl - p Ctrl - q.
• You may come back again into the container by running:
  # docker exec -it ID bash
• You may follow the build from your host by running:
  # docker cp ID:/mkg/nohup.out . && tail -n200 nohup.out

B2SUM
4b7b9c8e0a92e3c6929330be874dd5f477322d5c790c1ecc5fd3d8805fdbde31b3c1476dabf994ff3ea69aa5fa40b96bc263b9becb252d9b37803a27a9978e1b

SHA512SUM
4b7b9c8e0a92e3c6929330be874dd5f477322d5c790c1ecc5fd3d8805fdbde31b3c1476dabf994ff3ea69aa5fa40b96bc263b9becb252d9b37803a27a9978e1b

Second release gcc 10.2

This new release uses gcc-10.2 as the standard platform compiler.
See advice given below for the first release.

B2SUM (BLAKE2B)
5b90d45c9f7bec1f31b71e30a665195cdc8f1090a8bc9d7e89d3d6a3168a1f52481d5b42267bb68b41895341bdb59bad11dcb975d6f418e858b967d108856a7f mkg-1.1.tar.zip

SHA512SUM
49b25ee167856c44ef301cd168e4c4ff135f2a8b51d0fd210b15b54fd9a69cab20800f620612fbd784f34938b082c7b89266e5b2621f2f50895e515156132c2d mkg-1.1.tar.zip

Compressed Docker image

Prerequisites

You should have VirtualBox v.6.1.18 installed on your GNU/Linux platform (at least the kernel modules) and the kernel modules must be loaded. If not by a service, run modprobe vboxdrv.

How to use the Docker image

• Download the image.
• Check the control sums given below.
• Uncompress:
  $ unzip [image_name.tar.zip]
• Load:
  # docker load -i image_name.tar
• Run using:
  # docker run -it --device /dev/vboxdrv:/dev/vboxdrv -v /dev/log:/dev/log [image_name] bash
• Once in the container, note its ID on the left of the shell input line.
• Clone the mkg repository:
  # git clone --depth=1 https://github.com/fabnicol/mkg.git
• Run your ./mkg command line, remembering to use gui=false and not to use share_root, shared_dir or hot_install
• Preferably use:
  # nohup (...) &
  so that you can monitor the build in nohup.out
• Once the virtual machine is safely launched, monitor the run using:
  # tail -f nohup.out
• Once the process is safely running, exit using Ctrl - p Ctrl - q.
• You may come back again into the container by running:
  # docker exec -it ID bash
• You may follow the build from your host by running:
  # docker cp ID:/mkg/nohup.out . && tail -n200 nohup.out

Control sums

B2SUM (Blake2b)
75066da59b5c3045ce72594e8bcfac1e73ddf73cc88719eb9ab4011c908997ffdad1b28b7bc045e34062bda918b43b5830732ea8999f0f5de13ddbe47e05c746 mkg.tar.zip

SHA512SUM
4bee3f0216501cdabfb3d27962e8072413120e78bd90e9675294008ce86f5927ba4d7408d61d74ac2491879ca0e523fc236e6e317636366825413f2f2cd73bad mkg.tar.zip