6cda332fc8
As with mcelog and microcode_ctl, add it to the blocklist and list it manually in packages-x86_64 in fedora-common-ostree.yaml instead. This should fix non-x86_64 arches which are failing because they can't find it. Signed-off-by: Adam Williamson <awilliam@redhat.com> |
||
|---|---|---|
| comps-sync-blacklist.yml | ||
| comps-sync.py | ||
| config.ini | ||
| deepin-desktop-pkgs.yaml | ||
| fedora-common-ostree-pkgs.yaml | ||
| fedora-common-ostree.yaml | ||
| fedora-deepin.yaml | ||
| fedora-kinoite.yaml | ||
| fedora-lxqt.yaml | ||
| fedora-pantheon.yaml | ||
| fedora-rawhide.repo | ||
| fedora-silverblue.yaml | ||
| fedora-xfce.yaml | ||
| gnome-desktop-pkgs.yaml | ||
| group | ||
| kde-desktop-pkgs.yaml | ||
| lxqt-desktop-pkgs.yaml | ||
| pantheon-desktop-pkgs.yaml | ||
| passwd | ||
| post.sh | ||
| README.md | ||
| xfce-desktop-pkgs.yaml | ||
For some background, see:
- https://fedoraproject.org/wiki/Workstation/AtomicWorkstation
- https://fedoraproject.org/wiki/Changes/WorkstationOstree
(Note also this repo obsoletes https://pagure.io/atomic-ws)
High level design
The goal of the system is to be a workstation, using rpm-ostree for the base OS, and a combination of Docker and Flatpak containers, as well as virtualization tools such as Vagrant.
Status
This project is actively maintained and is ready for use by sophisticated and interested users, but not ready for widespread promotion.
See some [https://lists.fedoraproject.org/archives/list/desktop@lists.fedoraproject.org/thread/J6BJS7Z4NKNOQUZWGYXZZIEKYMWBBSUY/](discussion about the first release).
Installing
See the Silverblue documentation at https://docs.fedoraproject.org/en-US/fedora-silverblue/installation-guide/. There's also a guide for installing inside an existing system: https://docs.fedoraproject.org/en-US/fedora-silverblue/installation-dual-boot/.
Important issues:
Using the system
One of the first things you should do use is use a container runtime of your
choice to manage one or more "pet" containers. This is where you will use
yum/dnf to install utilities.
With docker for example, you can use the -v /srv:/srv command line option so
these containers can share content with your host (such as git repositories).
Note that if you want to share content between multiple Docker containers and
the host (e.g. your desktop session), you should execute (once):
sudo chcon -R -h -t container_file_t /var/srv
Next, let's try flatpak. Before you do: There's a known flatpak issue on AtomicWS - run this workaround, which you only need to do once. After that, try flatpak.
If you are a developer for server applications, try oc cluster up to create a local OpenShift v3 cluster.
Finally, try out rpm-ostree install to layer additional packages directly on
the host. This is needed for "host extensions" - privileged software that
doesn't make sense to live in a container. For example, rpm-ostree install powerline to use that software for the shell prompts of the host. Another
good example is rpm-ostree install vagrant-libvirt to use Vagrant
to manage VMs.
Future work
- GNOME Software support for both rpm-ostree/flatpak and possibly docker
- automated tests that run on this content