NixOS Config for Khaneliman

Welcome to khanelinix, a personal Nix configuration repository. This repository contains my NixOS and Nixpkgs configurations, along with various tools and customizations to enhance the Nix experience.

Table of Contents

1. Getting Started
2. Features
3. Customization
4. Exported Packages
5. Screenshots
6. Resources

Getting Started

Before diving in, ensure that you have Nix installed on your system. If not, you can download and install it from the official Nix website or from the Determinate Systems installer. If running on macOS, you need to have Nix-Darwin installed, as well. You can follow the installation instruction on GitHub.

Clone this repository to your local machine

git clone https://github.com/khaneliman/khanelinix.git
cd khanelinix

# linux
sudo nixos-rebuild switch --flake .

 # macos
darwin-rebuild switch --flake .

 # with direnv
flake switch

Features

Here's an overview of what my Nix configuration offers:

• External Dependency Integrations:

  • Nixvim neovim configuration.
  • Access the Nix User Repository (NUR) for additional packages and enhancements.
  • Incorporate Nixpkgs-Wayland to provide an up-to-date Wayland package repository.

• macOS Support: Seamlessly configure and manage Nix on macOS using the power of Nix-darwin, also leveraging homebrew for GUI applications.

• Home Manager: Manage your dotfiles, home environment, and user-specific configurations with Home Manager.

• DevShell Support: The flake provides a development shell (devShell) to support maintaining this flake. You can use the devShell for convenient development and maintenance of your Nix environment.

• CI with Cachix: The configuration includes continuous integration (CI) that pushes built artifacts to Cachix. This ensures efficient builds and reduces the need to build dependencies on your local machine.

• Utilize sops-nix: Secret management with sops-nix for secure and encrypted handling of sensitive information.

Customization

My Nix configuration, based on the SnowfallOrg lib structure, provides a flexible and organized approach to managing your Nix environment. Here's how it works:

• Custom Library: An optional custom library in the lib/ directory contains a Nix function called with inputs, snowfall-inputs, and lib. The function should return an attribute set to merge with lib.

• Modular Directory Structure: You can create any (nestable) directory structure within lib/, packages/, modules/, overlays/, systems/, and homes/. Each directory should contain a Nix function that returns an attribute set to merge with the corresponding section.

• Package Overlays: The packages/ directory includes an optional set of packages to export. Each package is instantiated with callPackage, and the files should contain functions that take an attribute set of packages and the required lib to return a derivation.

• Modules for Configuration: In the modules/ directory, you can define NixOS modules for various platforms, such as nixos, darwin, and home. This modular approach simplifies system configuration management.

• Custom Overlays: The overlays/ directory is for optional custom overlays. Each overlay file should contain a function that takes three arguments: an attribute set of your flake's inputs and a channels attribute containing all available channels, the final set of pkgs, and the previous set of pkgs. This allows you to customize package sets effectively.

• System Configurations: The systems/ directory organizes system configurations based on architecture and format. You can create configurations for different architectures and formats, such as x86_64-linux, aarch64-darwin, and more.

• Home Configurations: Similar to system configurations, the homes/ directory organizes home configurations based on architecture and format. This is especially useful if you want to manage home environments with Nix.

This structured approach to Nix configuration makes it easier to manage and customize your Nix environment while maintaining flexibility and modularity.

Exported packages

Run packages directly with:

nix run github:khaneliman/khanelinix#packageName

Or install from the packages output. For example:

# flake.nix
{
  inputs.khanelinix = {
    url = "github:khaneliman/khanelinix";
    inputs.nixpkgs.follows = "nixpkgs";
  };
}

# configuration.nix
{pkgs, inputs, system, ...}: {
  environment.systemPackages = [
    inputs.khanelinix.packages."${system}".packageName
  ];
}

Screenshots

MacOS

NixOS

Resources

Other configurations from where I learned and copied:

• JakeHamilton/config *Main inspiration and started with
• FelixKrats/dotfiles *Sketchybar design and implementation
• Fufexan/dotfiles
• NotAShelf/nyx