My Linux Desktop Environment
2019-12-11 POST IN PROGRESS
I have used Linux as a desktop environment since about 2006, mostly with Gnome or Cinnamon.
Around 2016 I got bored of the general direction that most desktop environment ("DE" for short) were taking (what I would call "Apple-ization") and decided to tailor, hand craft, optimize and automate my Linux DE.
By no way the aim was to make it sexy, but rather making it more efficient, distraction-free, fast, favoring keyboard usage, using as much display estate as possible.
Look how boring it is:
Please tell me what would be your first answer if I told you to reformat your computer right now?
Those questions are certainly popping up in most people head:
- do I actually have all my data backed up?
- I should save that very useful git config somewhere before reformatting!
- and how many hours would it take to get your working environment back to what it was, installing the OS, installing the right packages, reconfiguring options in app X and Y, etc.
I no longer have those concerns, and I will describe all the bits and pieces of my current DE that makes my life easier and probably a bit less stressful.
Part of my job is to automate many different stuff for my customers. I enjoy automating all the things (even has a hobby) and I understand many people are not interested in spending time automating their DE.
I still believe, though, that with little efforts, one can improve their desktop experience tremendously.
This Desktop Environment is Probably not for You
The DE matches my work environment and my own workflows, at this point in time.
I don't expect anyone to think this DE is the absolute best approach to desktops.
I just want to share what I came up with and that give you ideas.
A Lenovo Thinkpad T480s with 24GB of RAM and 1TB of SSD, currently running a regular and non customized Fedora Workstation 30 with Libvirt as virtualization layer.
Virtual Machines (VM)
I almost exclusively work inside Libvirt virtual machines and barely install anything on the host. I use
virt-manager on the host to access the VM.
I have worked in VM's for the past 3 years.
- VM snapshots
- easy backups of VM on external disk
- easy migration/restore of VM if laptop fails
- thanks to virtual hardware, VM is "portable" from one laptop to another, I don't have to think about different chipsets or such
- I have two almost similar VM: personal and work. The personal VM acts as "staging" for the work VM. If I'm trying to improve something in my DE, it is first tested on the personal VM, then it is promoted to "production" on the work VM, if the feature is stable/useful/etc.
- I have always split work and personal stuff. I don't see why customer should see private bookmarks when I demo something for them.
- with the QEMU agent, performances can be close to native for a development or sysadmin machine
- Multi-screen is managed by the Fedora host and never caused any problem
- you have to install the QEMU agent on the VM
- you have to pause the VM before closing the lid
- changing brightness/volume/etc requires you to get out of the VM (moving the mouse cursor at the top center to collapse the "Leave fullscreen" menu is enough)
- AFAIK multi screen is still not yet available inside a VM, if you must present something on a projector, you have to mirror your host and project your VM
- most audio/video applications perform poorly: video conference, Discord, VLC
- don't expect to play games inside a VM
- when resuming the VM, the clock is not syncing automatically
I make sure that all data produced on my VM are backed up on a self-hosted cloud solution. My solution allows very fast restoration, which is crucial.
I don't fret about losing any data.
I install a minimal Fedora Workstation in latest version.
Once my OS is up and running, I install Ansible on it and run my
The playbook takes care of:
- installing packages
- starting services
- creating user
- creating directories
- configuring firewall
IMPORTANT: anything that I do on the VM (such as installing a package) always ends up inside the Ansible playbook. Do NOT be lazy about this or you will quickly lose track of what's installed. Updating the playbook should become a reflex which can be difficult to acquire in the beginning.
Ansible actions are tagged for either personal machine, work machine or both.
Example of a tagged action:
- name: install pip packages for work pip: name: - td-watson # time tracker tags: ['work']
Executing the playbook is done like this:
ansible-playbook -b guest.yml --tags work
Dotfiles Management with Stow
The Ansible playbook takes care of installing applications.
stow to manage most applications configurations.
How does it work?
Basically you create a
dotfiles directory in your
Say that you want to manage your ZSH configuration (located under
$HOME/.zshrc). You simply need to create a folder
$HOME/dotfiles/zsh/ and move your
.zshrc in the folder. Then from the dotfiles folder run
A symling has been created:
The beauty of this is that your
dotfiles folder can be a git repository. You can easily keep track of changes in your configurations, revert them or commit them.
Personal vs Work configurations
There are some application configurations that I want a bit different between the work VM and personal VM.
When the application doesn't support conditions in its config files, you should create (and maintain) two separate configuration files (eg: config-work and config-personal).
In the case I have to figure out how to start the application with a different configuration file. My i3 configuration is one of those and I created a GDM service that starts i3 with
[Desktop Entry] Name=i3 Personal Comment=improved dynamic tiling window manager Exec=i3 -c /home/sw/.i3/config-personal TryExec=i3 Type=Application X-LightDM-DesktopName=i3 Personal DesktopNames=i3 Personal Keywords=tiling;wm;windowmanager;window;manager;
NOTE: Some dotfiles managers can generate configuration files based on templates. This comes with the limitation that if you change something in the application GUI, the change would be overwritten the next time the configuration is rebuilt.
My terminal emulator of choice since 2010.
Terminator comes with cool plugins such as "Watch for activity" or "Watch for silence". When there's activity or silence, you get a notification.
Plugins are easily written in Python.
As seen in the GIF above, for the past couple of years, my font of choice for my DE has been Terminus (TTF version since bitmap is no longer supported in recent Pango releases).
Autokey is a desktop automation utility.
It allows to create keyboard shortcuts for phrases that you type often and even scripts.
This is a keyword for a simple phrase:
And here's a keyword triggering a Python script!
Clipit is a lightweight clipboard manager.
This tool obviously implies that any sensitive data is kept for a while. You can filter out some content with regex rules.