Showing headlines posted by dba477

Start with Pre-installation step $ sudo apt install bpftool and include /usr/sbin in system $PATH variable. On Debian Trixie stable vs Testing install libdw-dev and build dependencies for libdw-dev steps are required to succeed with build CachyOS 6.16.5 Kernel on Debian 13 . Secure boot should be disable by obvious reasons. I also cannot issue any warranty that this build is free of bugs.

The final goal of setup below is to configure Pycharm 2025.2 in the way which would allow start PyCharm in Hyprland with ML4W Dotfiles 2.9.9 via Rofi as second DE on the instance openSUSE Tumbleweed KDE Plasma 6.4.4. We start with downloading the most recent tar ball and extracting it at a time . . .

This post is an immediate follow up for "Attempt to workaround currently pending bug with Dotfiles Installer on openSUSE Tumbleweed" https://lxer.com/module/newswire/view/355903/index.html due to updates in openSUSE Tumbleweed packages dependencies which allow to avoid hacks during installation of Hypland with ML4W Dotfiles 2.9.9 on mentioned above popular Linux flavor . You may proceed as follows . . .

Solution proposed below is forcing installation /usr/bin/hyprpaper on Tumbleweed which breaks dependencies ( official option 2 ) and creating manually a soft link libhyprutils.so.6 -> libhyprutils.so.0.8.1 under folder /usr/lib64 . We intend to start with source-install of hyprpaper-0.7.1-2.6.src.rpm . . .

Following below is attempt to setup Hyprland with ML4W Dotfiles 2.9.8.7 (Stephan Raabe) on Fedora Rawhide . Several Copr repositories , which may be easily detected via command `dnf repolist` , will be automatically activated during this setup and keep the same speed of installation as on CachyOS or any other Arch Linux Clone working via direct access to AUR. You are not supposed to experience any painful network congestions during running this setup on any version of fedora linux ( 41,42,Rawhide ) .

Following below the step by step review of recent video https://www.youtube.com/watch?v=cuqe5Hs00Go&t=686s posted by Stephan Raabe . Notice that current version of Dotfile Installer requires flatpak and yay to be preinstalled on any of Arch Linux Clones and CachyOS250713 in particular . So we have to start with yay installation to avoid silent failure of installation itself .

Follow https://github.com/mylinuxforwork/dotfiles/ and start script $ bash -c "(curl -s https://raw.githubusercontent.com/mylinuxforwork/dotfiles/ma...) " . When prompted select rolling version of Hyprland ML4W Dotfiles 2.9.8.7 rather then stable 2.9.8.6 . In this case you are supposed to watch in final phase of installation following flatpacks to be installed on virtual drive of F42 KVM Guest . . . .

We start with attempt to install Pamac-GUI on CachyOS 250530. When install of Pamac-GUI succeeded we synchronize instance with AUR and make sure that ml4w-hyprland-git shows up via interface Add/Remove Programs. Next step is building ml4w-hyprland-git utilizing Pamac-GUI. When done reboot and attempt to run ml4w-hyprland-setup .

The approach of utilizing **dict(zip([keys],[values])) for solving a wide range of tasks in the course of Boolean Algebra for students is known in general. This post is just a demo of flexibility of python programming for a hard to complete similar tasks in the way limited by the framework of exclusively truth tables, even obtained with limited Python programming skills

As of now just straight forward following directions provided by https://github.com/mylinuxforwork/hyprland-starter?tab=readm... didn't bring me to success . An exact sequence of steps which allowed me to get the work done follows below. I understand that Hyprland Starter would be built for Fedora 42 with no issues by Stephan Raabe some time later. Posting this approach I consider it only as a workaround at the moment , which may be reproduced and verified.

This post is immedidate follow up for https://lxer.com/module/newswire/view/354995/index.html . Hyprpaper is a fast Wayland wallpaper utility, primarily designed for use with Hyprland, that supports dynamic wallpaper changes via Inter-Process Communication (IPC). It enables users to switch wallpapers quickly and efficiently through commands or scripts. The "IPC" part refers to the mechanism that allows Hyprpaper to communicate with other programs and scripts, enabling real-time changes to the wallpaper.

At the moment that is a hack installing almost all of required packages (except ttf-*-*) from Fedora 42 repos instead of AUR. I've setup "kgx" via Copr Repos. Then issued $ sudo dnf5 install hyprctl . Setup Dotfiles Installer (GUI based interface) as advised on github page of Stephan Raabe. . . . .

Connect via ssh to Arch Linux Plasma KVM Guest and issue series of commands following Stephan Raabe setup on minimal Arch Linux Instance skipping Hyprland due to we already have alive KDE Plasma DE been previously installed. We, actually, intend to run `flatpak run com.ml4w.dotfilesinstaller` inside KDE Plasma konsole.

Following below was attempt to reproduce instructions proposed in https://www.youtube.com/watch?v=JFBidsZOWgs on openSUSE Tumbleweed installed via Agama Installer with Two DEs Gnome 48 and KDE Plasma. Originally setup was performed with Gnome along with YAST . Second KDE Plasma DE has been setup via YAST running in Gnome environment. Here goes series of snapshots been done inside Hyprland session ( the third DE ) for openSUSE Tumbleweed instance as KVM Guest on Fedora 42 KDE Edition bare metal host.

Installation was performed via paru, preinstalled on CachyOS 053025 (Gnome 48.2 as DM). Notice that GDM is also able to switch between CachyOS KDE Plasma DE and Hyprland with ML4W 2.9.8.6 Dotfiles DE with no issues .

Following below is a kind of comment on the posts of Zen@yandex.com authors who write with enthusiasm about investments in cloud deployments due to the execution of virtual machines in the Cloud as cloud's major advantage according to the authors. Openstack's Cloud Fault Tolerance advantage vs traditional Client Server Unix/Lnux architecture seems to be completely ignored in writings mentioned above.

First step would be to enable required repos, so run as root following script and reboot instance . Versions of some packages have been installed were verified via commands $ sudo zypper search -s plasma*desktop* ; $ sudo zypper search -s plasma*workspace*

Finally I had decided to skip deployment templates for KVM Host and Cockpit Web Console for openSUSE Leap 16 Beta KVM Guest. Due to absence of YAST on Suse Leap 16 Beta guest following sequence of CLI directives brought me to success with linux bridge been setup via Cockpit Web Console.

My major concern during this test was to customize virtual disk layout with LVM support during partitioning phase. Everything worked fine for me when I kept names of LVMs as were suggested by Agama installer. Classical Tumbleweed installer does allow to assign any desired LVMs names . . . .

Start building debian's vmlinuz-6.13.7 and kernel's initrd.img-6.13.7 with configuration...