The CentOS 8 kernel is now building with the same sources as our CentOS 9 kernel and work has begun to automate rebases and builds using scripts written for our CentOS 9 kernel. We eventually aim to introduce CI/CD to continually track and test our changes on top of Red Hat’s changes in the baseline CentOS Stream 9 kernel. As part of that, the kernel RPM sources for the Hyperscale SIG have been migrated to use a flat dist-git layout. Neal Gompa has written basic automation for updating the kernel. Of note, we are testing a backport of SimpleDRM with fbdev emulation to ensure Wayland environments work regardless of graphics hardware. Updated kernel builds tracking the upstream CentOS Stream 9 kernel have continued to flow into the Hyperscale experimental repository. This change means our backports no longer have to be managed though patch files they will be included directly from our Git fork. Our specfile will also now build directly with tarballs from the Hyperscale SIG’s systemd Git fork. The systemd RPM sources for the Hyperscale SIG have been migrated to use a flat dist-git layout, making it easier to rebase our changes directly on top of Fedora Rawhide. The latest released version in the Hyperscale SIG is systemd 250.3, for both CentOS Stream 8 and CentOS Stream 9. Among other things, we have added extensive documentation of the kernel build and contribution process, greatly expanded the existing systemd documentation and improved our SIG onboarding process.Īs previously mentioned, we would very much welcome any feedback and contributions you might have for this documentation. We have continued fleshing out our user documentation website. Please report any issues with these packages on our package-bugs tracker. Unless otherwise specified, packages are available in our main repository, which can be enabled with dnf install centos-hyperscale-release. See the membership section on the wiki for the current members list and how to join. We welcome anybody that’s interested and willing to do work within the scope of the SIG to join and contribute. Since the last update, the SIG gained six new members (Manu Bretelle, Daan De Meyer, Oscar Dominguez, Kevin Wells, Ali Koroglu and Brandon Johnson). The Hyperscale SIG focuses on enabling CentOS Stream deployment on large-scale infrastructures and facilitating collaboration on packages and tooling. For previous work, see the 2021Q4 report. This report covers work that happened between January 1st and April 4th. CentOS Hyperscale SIG Quarterly Report for 2022Q1.Click the Done button to confirm your changes. To disable the KDUMP kernel crash dumping mechanism, select the KDUMP option under the System heading and uncheck the Enable kdump checkbox. This is an advanced option that depends on your requirements. This will initiate a configuration pop-up where you can set up your partitioning manually. If you want to use other file systems (such as ext4 and vfat) and a non-LVM partitioning scheme, such as btrfs. Select the I will configure partitioning checkbox and choose Done. If you do not have enough free space, you can reclaim disk space and instruct the system to delete files. It will automatically create an LVM logical volume in the XFS file system. This ensures the selected destination storage disk will automatically partition with the /(root), /home and swap partitions. Under the Other Storage Options heading, select the Automatically configure partitioning checkbox. CentOS 7 will be installed on the selected disk. Check your machine’s storage under the Local Standard Disks heading. Select Installation DestinationĬlick the Installation Destination option under the System heading. Wait for the system to check for software dependencies before you move on to the next option. When you have selected the base environment and optional add-ons, click the Done button.
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