assets | ||
homes/x86_64-linux | ||
lib/module | ||
modules | ||
systems/x86_64-nixos/puzzlevision | ||
.gitignore | ||
.sops.yaml | ||
CHANGELOG.md | ||
flake.lock | ||
flake.nix | ||
LICENSE | ||
README.md |

✨ Puzzlevision ✨
🚧 State of development
All the basic functionality of v2 should be working correctly, including:
- The custom lib implementation at self.lib, recursively built from the contents of the
lib
directory. - Loading of systems from the
systems
directory, using easy-hosts.- A basic workstation archetype for desktop systems.
- Creating users in your systems through ${self.namespace}.users,
automatically maps home-manager configurations from the
homes
directory to their corresponding users.
Nonetheless, one should still consider this implementation experimental, once I start using this on my laptop, I'll aim for production grade stability.
🚀 Deployment
To deploy a system run the following command in your terminal of choice.
sudo nixos-rebuild switch --flake .#hostname --accept-flake-config
If you're interested in a quick way to experiment with this configuration, you may use the following command to build a VM.
sudo nixos-rebuild build-vm --flake .#hostname --accept-flake-config
🔑 Secrets Management
Secrets are managed by the sops-nix nixos/home-manager modules respectively.
- General secrets are stored within the
secrets
directory. - System specific secrets are stored within their respective
systems/<system_type>/<system_name>/secrets
directory.
The following command may be used to convert the SSH host key of a new machine to an age key:
nix-shell -p ssh-to-age --run 'ssh-keyscan example.com | ssh-to-age'
Additionally, the following command may be used to create a new sops secret file:
nix-shell -p sops --run "sops secrets/example.yaml"
Lastly, when adding new systems, make sure to update any required secret files with the following command:
nix-shell -p sops --run "sops updatekeys secrets/example.yaml"
📝 Goals and improvements
The main goals of this rewritten flake are:
- using flake-parts in place of Snowfall lib
- significantly improving the re-usability of all modules
- avoiding anti-patterns, such as
with lib; with lib.${namespace};
- improved secrets management
- keeping external assets closer to their related nix file, e.g. wallpapers in the desktop modules folder
🏗️ Structure
The structure this flake aims to build on is relatively simple to grasp.
flake.nix --> The flake.
/systems --> NixOS configurations for various types of systems, using easy-hosts.
/modules --> Modules that are mapped to their corresponding easy-hosts class (and home modules).
/nixos --> (example) Modules specific to the nixos class configured in easy-hosts.
/homes --> Directory for home-manager configurations, not specific to the system type.
/lib --> A place for custom lib attributes exposed on the flake namespace (lib.puzzlevision.mkOpt).
(more...) --> Additional directories have been considered (e.g. shells), but as of right now, they serve no use to me.
🎨 Credits
Parts of this flake were inspired by the likes of:
and documentations such as:
many thanks to their hard work!