This readme along with an install script will help you get everything running in a few minutes. It contains a bunch of configuration for the tools I use. I also have a number of blog posts and videos related to my dev environment.
This project is more than a few config files. In 1 command and ~5 minutes it can take a new or existing system and install / configure a number of tools aimed at developers. It will prompt or warn you if it's doing a destructive action like overwriting a config file. You can run the idempotent install script multiple times to stay up to date.
I deeply understand one person's bloat is another person's treasure. All packages, configs and symlinks are configurable before you modify your system. A mini-goal of this project is to avoid needing to fork this project while still giving you a reasonable amount of control, and if you want to fork it that's fine too.
Your machine is yours. If you want to dual boot, do it up. If you want multiple users, sure thing. If you don't want to encrypt your drive, no problem. Everyone is welcome here and you have full control.
Supports Arch Linux, Debian, Ubuntu and macOS. It also supports WSL 2 for any supported Linux distro.
- Highlights:
- Tweak out your shell (zsh)
- Set up tmux
- Fully configure Neovim
- Create SSH / GPG keys if they don't already exist
- Install modern CLI tools and programming languages
Supports Arch Linux.
- Highlights:
- niri, Waybar, Walker and friends
- Hotkey focused but tons of mouse / trackpad support
- Prefer TUI (Terminal User Interface) apps over GUI apps when possible
- Development / media creation focused apps are ready to go
It's resource efficient, lightning fast, super stable, infinitely tweakable, intuitively handles scrolling / tiling / floating windows, integrates awesomely with multiple monitors, actively developed, well thought out, has great documentation and the author is very helpful.
niri feels like a perfect match and I wanted to make a special call out because it's that good. I'm the "I was there 3,000 years ago" meme from Windows 2000, XP, 7, 10 and also macOS on company issued laptops. Nothing I have ever used in ~25 years has approached how I feel using this set up. It's not even close (yes I tried Hyprland too).
Since these dotfiles are constantly evolving and I tend to reference them in videos, blog posts and other places I thought it would be a good idea to include screenshots in 1 spot.
I prefer using themes that have good contrast ratios and are clear to see in video recordings. These dotfiles currently support easily switching between both themes but you can use any theme you'd like.
If you want to see icons you'll need a "nerd font". There's hundreds of them on https://www.nerdfonts.com/font-downloads with previews. I personally use Inconsolata NF which these dotfiles install for you.
These dotfiles include a dot-theme-set script that you can run from your
terminal to set your theme to any of the themes listed above.
You can look in the themes/ directory to see which apps are themed and add additional apps too.
If you don't like the included themes that's no problem. You can add custom themes and remove the defaults.
After installing these dotfiles you can switch themes with:
# Get a full list of themes by running: dot-theme-set --list
#
# Optionally you can skip adding a theme name and a random theme will be chosen.
dot-theme-set THEME_NAMEWhen switching themes most terminal apps will update automatically, but if you
have a bunch of shells already open you can run the SZ (source
zsh)
alias to source new theme related configs.
Not all terminals are supported, if yours didn't change then check theming custom apps.
Only available when the desktop environment is set up.
You can cycle between wallpapers that are compatible with the active theme.
This is controlled through the _theme.json file in each theme's directory,
it's under the wallpaper.synergy object.
# Set the next wallpaper.
dot-theme-set-bgThere's an ./install script you can run to automate installing everything.
That includes installing system packages such as zsh, tmux, Neovim, etc. and
configuring a number of tools in your home directory.
It even handles cloning down this repo. You'll get a chance to pick the clone location when running the script as well as view and / or change any system packages that get installed before your system is modified.
If you're setting up a brand new system and plan to use the desktop environment you'll want to set up a bootable USB stick with the official Arch Linux ISO and then run the official archinstall script. There is a FAQ item covering all of that.
We're in a catch-22 where this install script will set everything up for you but to download and run the script to completion a few things need to exist on your system first.
It comes down to needing these packages, you can skip this step if you have them:
curlto download the install scriptbash 4+since the install script uses modern Bash features- This is only related to macOS, all supported Linux distros are good to go out of the box
Here's 1 liners you can copy / paste once to meet the above requirements on all supported platforms:
# You can run this as root.
apt-get update && apt-get install -y curlIf you run bash --version and it says you're using Bash 3.X please follow
the instructions below:
# Curl is installed by default but bash needs to be upgraded, we can do that
# by brew installing bash. Once this command completes you can run the install
# script in the same terminal where you ran this command. Before running the
# install script `bash --version` should return a version > 3.X.
# OPTION 1: Using Apple silicon?
/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)" \
&& eval "$(/opt/homebrew/bin/brew shellenv)" \
&& brew install bash \
&& bash
# OPTION 2: Using an Intel CPU?
/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)" \
&& eval "$(/usr/local/bin/brew shellenv)" \
&& brew install bash \
&& bash
# The colors will look bad with the default macOS Terminal app. These dotfiles install: https://ghostty.org/You can download and run the install script with this 1 liner:
BOOTSTRAP=1 bash <(curl -fsSL https://raw.githubusercontent.com/nickjj/dotfiles/master/install)The above command only downloads a few files into a temporary directory and then provides a little bit of help text on how to proceed with the installation. Think of it as a pre-installer.
If you're not comfortable blindly running a script on the internet, that's no problem. You can view the install script to see exactly what it does. The bottom of the file is a good place to start. Alternatively you can look around this repo and reference the config files directly without using any script.
π³ Try it in Docker without modifying your system:
# Start a Debian container, we're passing IN_CONTAINER to be explicit we're in Docker.
docker container run --rm -it -e "IN_CONTAINER=1" -v "${PWD}:/app" -w /app debian:stable-slim bash
# Copy / paste all 3 lines into the container's prompt and run it.
#
# Since we can't open a new terminal in a container we'll need to manually
# launch zsh and source a few files. That's what the last line is doing.
apt-get update && apt-get install -y curl \
&& bash <(curl -sS https://raw.githubusercontent.com/nickjj/dotfiles/master/install) \
&& zsh -c ". ~/.config/zsh/.zprofile && . ~/.config/zsh/.zshrc; zsh -i"Keep in mind with the Docker set up, unless your terminal is already configured to use Tokyonight Moon then the colors may look off. That's because your local terminal's config will not get automatically updated.
π Keeping things up to date and tinkering
Once you've installed these dotfiles you can run cd "${DOTFILES_PATH}" to
manage them.
Here's a few handy commands, you can run ./install --help to see all of them:
./install- Run the install script based on the local copy of your dotfiles
- Keeps your system up to date or apply local changes
./install --skip-system-packages | -S- Run the install script like above but skip installing or updating packages
- Helps regenerate symlinks, configs and everything else without modifying packages
./install --pull | -p- Pulls in the latest remote commits but doesn't run the install script
- Lets you review any changes locally before the install script runs
./install --update | -u- Pulls in the latest remote commits and runs the install script
- Shortcut to pull and run the install script together
./install --diff-config | -g- Compare your local
install-configto the localinstall-config.example - Helps keep your git ignored
install-configin sync with new options
- Compare your local
./install --diff | -d- Compare what you have locally vs the latest remote commits
- See what will change if you
--updatewithout modifying your git tree
./install --new-commits | -n- Show new remote commits that do not exist locally
- Present a quick list of what's available to pull locally
./install --changelog | -c- Show all remote commits
- Present a quick list of all commits to see what has changed
./install --local-files | -l- Show all local git ignored files such as configs, history and scripts
- Useful to see everything not committed and for optionally backing up those files
- Example:
./install --local-files | xargs zip dotfiles-personal.zip
- Example:
There's also a LOCAL=1 environment variable you can set when bootstrapping
or running the other install commands. This is handy for doing local tests
in containers without needing to commit, push and pull changes.
If you just ran the install script and haven't done so already please close your terminal and open a new one. If you've set up GUI mode with Arch Linux you'll want to reboot too.
There's a few ways to customize these dotfiles ranging from forking this repo to customizing install-config which is git ignored. The second option lets you adjust which packages and programming languages get installed as well as configure a number of other things without forking this project.
Before you start customizing other files, please take a look at the personalization question in the FAQ.
In addition to the Linux side of things, there's a few config files that I have
in various directories of this dotfiles repo. These have long Windows paths and
are in the mnt/c/ directory.
It would be expected that you copy those over to your system while replacing "Nick" with your Windows user name if you want to use those things. The Microsoft Terminal config will automatically be copied over to your user's path.
It's expected you're running WSL 2 with WSLg support to get clipboard sharing
to work between Windows and WSL 2. You can run wsl.exe --version from WSL 2
to check if WSLg is listed. Chances are you have it since it has been supported
since 2022! All of this should "just work". If clipboard sharing isn't working,
check your .wslconfig file in your Windows user's directory and make sure
guiApplications=false isn't set.
If you see ^M characters when pasting into Neovim, that's a Windows line
ending. That's because WSLg's clipboard feature doesn't seem to handle this
automatically. If you paste with CTRL+SHIFT+v instead of p it'll be ok. I
guess the Microsoft Terminal does extra processing to fix it for you.
Pay very close attention to the mnt/c/Users/Nick/.wslconfig file because it
has values in there that you will very likely want to change before using it.
This commit
message
goes into the details.
Also, you should reboot or from PowerShell run wsl --shutdown and then
re-open your WSL instance to activate your /etc/wsl.conf file (the install
script created this).
You may have noticed I don't enable systemd within WSL 2. That is on purpose. I've found it delays opening WSL 2 by ~10-15 seconds and also any systemd services were delayed from starting by ~2 minutes.
The install-config lets you customize a few things
but chances are you'll want to personalize more than what's there, such as
various Neovim settings. Since this is a git repo you can always do a
./install --pull or git pull to get the most up to date copy of these
dotfiles, but then you may find yourself clobbering over your own personal
changes.
We have a few reasonable options without custom branches or forking:
- For minor changes like adjusting which packages get installed, the install config file lets you do that
- For minor config changes some tools let you include config files, so any git ignored
.localfiles you see is a way to customize them without needing to adjust the main config - For major config changes can configure the
CONFIG_INSTALLcommands to symlink other files and directories that are git ignored, this lets you keep your "real" files in the dotfiles repo with a different name
If the above isn't enough, or maybe you want things more streamlined you can
git checkout -b personalized and now you're free to make whatever changes you
want on your custom branch. When it comes time to pull down future updates you
can run a git pull origin master and then git rebase master to integrate
any updates.
Another option is to fork this repo and use that, then periodically pull and
merge updates. It's really up to you. By default these dotfiles will add an
upstream git remote that points to this repo for easy comparison.
I personally use these dotfiles on 3 different devices with different operating systems and haven't forked or created separate branches on any of them. I just tweaked the install config.
You'd add its theme file to each theme in themes/ and update the
install script's set_theme function to symlink the config. If
your app has no dedicated config file, you can copy what I did for the
Microsoft Terminal in set_theme.
Happy to assist in your issue / PR to answer questions if you want to contribute your change.
- Locate the themes/ directory in this repo
- Copy one of the existing themes' directory
- Rename your directory, this will be your theme's name
- Adjust all of the colors as you see fit
Switch to it by running dot-theme-set NEW_THEME_NAME and use the name you
picked in step 3.
If you added a theme with good contrast ratios please open a pull request to get it added to this project.
Nothing here is too specific to these dotfiles, it's general knowledge on setting up Arch but I wanted to include these steps to help get you going.
- Obtain a USB drive (a few gigs is fine)
- Download the official Arch ISO
- You'll likely get the
archlinux-YYYY-MM-DD-x86_64.isofile, it's about ~1.5 GB
- You'll likely get the
- Create a bootable USB drive using the above ISO
- The tool you use depends on your OS, but likely choose UEFI / GPT options if asked
- Insert the USB drive and reboot
- Configure your BIOS to boot into the USB drive first
- Following any instructions it says before running
archinstall- For example if you use Wi-Fi you'll want to run
iwctlto set up your network:iwctldevice listshows devices such aswlan0which we'll use belowstation wlan0 scansearches for networks (no output is normal)station wlan0 get-networkslists your Wi-Fi networksstation wlan0 connect <NETWORK_NAME>prompts you for your passwordexitbrings you back to your shell- You should be connected to the internet at this point
- Verify with
ping example.comand hit CTRL+c to stop
- Verify with
- For example if you use Wi-Fi you'll want to run
The script guides you pretty well. Here's a few important callouts in the order they appear in the menu. The callouts are mostly my opinions, you can of course choose other options and have things work. The goal of this guide isn't to dictate what you do, it's to help you avoid analysis paralysis and see what's configurable before you do it.
Nothing you choose will happen immediately, you'll get to review everything at the end before anything happens. Generally speaking you'll be using enter to select options, escape to go back, the arrow keys to change selections and space to toggle checkboxes.
- Archinstall language:
- Pick what makes sense for your location
- Mirrors:
- Pick a region close to where your live
- Locales:
- Pick what makes sense to you
- Disk configuration:
- If you go with the default "best effort" it will wipe your full drive:
- This is reasonable if you're not dual booting, if you dual boot you'll want to manually set this up
- Make sure the correct drive you want wiped is selected!
- For the file system type, I went with
ext4given how mature it is butbtrfsis also mostly ok, if you're not sure or don't know what's different just chooseext4 - Now it asks if you want a separate partition for your home directory, I chose no because I always end up wanting to adjust the size later and prefer skipping LVM but it's up to you of course
- Review the info, you should see
/bootand/(root) partitions at the very least
- If you go with the default "best effort" it will wipe your full drive:
- Disk encryption:
- It's up to you, I would, choose to encrypt the partition and set a good password, then double confirm you can remember this password, it's very important
- Swap:
- It's up to you, I kept it enabled with zram which was the default
- Bootloader:
- I rolled with
systemd-bootwhich is the default
- I rolled with
- Unified kernel images:
- I left this turned off but I suggest reading up on this more if you're interested
- Hostname:
- Picking a cool name will probably be the longest time you spend in the installer
- You can always change it afterwards, don't sweat it!
- Root password:
- Definitely set a password and don't forget it
- User account:
- Create your main user and pick a password you won't forget
- Allow this user to be a superuser (sudo) as well
- You'll be logging in as this user, you can create more users later if needed
- Profile:
- You can skip this (leave it unselected)
- These dotfiles handle setting up your desktop environment (including GPU drivers)
- Audio:
- You can skip this (choose no audio server)
- These dotfiles will set up
pipewireand its related packages
- Kernels:
- The normal kernel is likely fine which is the default but feel free to choose otherwise
- Network configuration:
- Go with "Copy ISO network configuration" unless you have other opinions
- This just means it will use whatever you used in this bootable USB environment
- Additional packages:
- I suggest installing
neovimto maybe edit the dotfilesinstall-configbefore you run it- This isn't extra bloat since these dotfiles install
neovimby default
- This isn't extra bloat since these dotfiles install
- I suggest installing
- Optional repositories:
- You can skip this unless you have reasons otherwise
- Timezone:
- Pick what makes sense for your location
- Automatic time sync (NTP):
- Yep, turn this on, it will use
systemd-timesyncdfor this
- Yep, turn this on, it will use
At this point you can write this configuration to the USB drive for next time (not necessary), install or abort. Choose install which will then show you a load out of what's going to happen.
Before hitting enter to continue, you can use page up / down to see what's going to happen. Triple check your drive being formatted is the correct one and everything else looks good!
- Sit back and relax while everything gets installed for ~5-10 minutes
- Choose "no" when it prompts you to chroot into the installation
- Remove the USB drive from your computer
- Run
reboot - Configure your BIOS to boot from the drive you just installed Arch on
Depending on what boot loader you used, you can pick Arch Linux to boot into.
If everything worked properly, you'll get booted into a tty1 black login
screen. You can log in with the user and password you created. If you enabled
drive encryption you'll get prompted for your decrypt password before logging
in.
At this point you have Arch installed and you can run the install script earlier in this readme to bootstrap your box!
After logging in you'll be greeted with an empty desktop and a top bar.
- A few key binds:
Mod + Alt + T :: TerminalMod + Alt + B :: BrowserMod + Alt + / :: Show Important Hotkeys
- Connect to Wi-Fi if needed by clicking the Wi-Fi icon in the top right
- Alternatively you can run
impalafrom a terminal - If your system has no Wi-Fi adapter this tool won't be installed
- Alternatively you can run
- Connect Bluetooth devices if needed by clicking the Bluetooth icon in the top right
- Alternatively you can run
bluetuifrom a terminal - If your system has no Bluetooth adapter this tool won't be installed
- Alternatively you can run
- Verify your sound works by visiting YouTube or some site with audio
- There's a sound icon in the top right to pick your input and output devices
- Alternatively you can run
wiremixfrom a terminal - Both
mpdand rmpc are installed for playing music, configure your music directory!
- Open a terminal and run
dtto switch to the dotfiles repo and open it in Neovim- Explore
.config/niri/config.kdlfor a complete list of key binds
- Explore
- Have fun with your new system!
I've made dozens of blog posts and videos about Vim. Sometimes I linked directly to a commit so there's a permalink to it but other times I did not.
Before switching to Neovim I made a vim git tag. You can check out the state
of the repo for that tag by going
here. You'll see .vimrc in the
root directory. If you cloned these dotfiles locally you can git checkout vim. Keep in mind that's frozen to that point in time. Future updates
unrelated to Vim will not be included in that tag.
I'm a self taught developer and have been freelancing for the last ~20 years. You can read about everything I've learned along the way on my site at https://nickjanetakis.com. There's hundreds of blog posts and a couple of video courses on web development and deployment topics. I also have a podcast where I talk to folks about running web apps in production.

