#base16 #color #color-scheme #manager #cli

bin+lib flavours

An easy to use base16 scheme manager/builder that integrates with any workflow

20 releases

0.7.1 May 2, 2023
0.6.1 Oct 22, 2022
0.5.2 Oct 29, 2021
0.5.0 Jun 28, 2021
0.3.3 Nov 19, 2020

#384 in Command line utilities

Download history 6/week @ 2023-11-05 4/week @ 2023-11-12 25/week @ 2023-11-19 65/week @ 2023-11-26 21/week @ 2023-12-03 4/week @ 2023-12-10 24/week @ 2023-12-17 43/week @ 2023-12-24 2/week @ 2023-12-31 23/week @ 2024-01-07 12/week @ 2024-01-14 21/week @ 2024-01-21 66/week @ 2024-01-28 26/week @ 2024-02-04 73/week @ 2024-02-11 356/week @ 2024-02-18

521 downloads per month

MIT and GPL-3.0 licenses

84KB
1.5K SLoC

flavours logo


A manager/builder for Base16. Written in Rust🦀.

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Packaging status

Looking for something similar to use with NixOS/home-manager? Check out nix-colors

What

This is a CLI program that both builds and manages Base16 schemes and templates.

The Base16 specification consists of both schemes (with 16 colors) and templates. There'll probably be templates for most applications you use, but you can easily make one for literally any app that supports any sort of color customization.

Once your configuration files are set, you can theme your entire desktop with just one command. No more hassle manually changing themes when you get bored. Why have one color if you can have all the colors?

Here's how it looks in action (sway, waybar, alacritty): Usage

How

Installation

Packages

  • AUR Package for Arch (and derivatives): yay -S flavours
  • nixpkg for NixOS: nix-env -iA nixos.flavours
  • Homebrew for macOS: brew install flavours

Let me know if you want to package flavours for your favorite distro.

Cargo

Just install cargo and run cargo install --locked flavours (don't forget to include ~/.cargo/bin in your PATH).

Post-install

After installing, you should probably use flavours update all to grab all published schemes and templates from the Base16 repos. By default, these files are located in ~/.local/share/flavours on Linux, and ~/Library/Application Support/flavours on macOS. This can be changed with the -d/--directory flag or FLAVOURS_DATA_DIRECTORY environment variable.

If you want to make changes to schemes/templates or make your own, see Custom templates and schemes.

Usage

You can use flavours and Base16 templates to automatically inject schemes into any application config file that supports color codes.

Dave Snider did a great 3 episode series about flavours (and theming in general). If you're into guide videos, I strongly recommend you take a look.

Setup

Choose a template for each app you want themed (or create your own).

Add your apps to the flavours configuration, located at ~/.config/flavours/config.toml on Linux and macOS. This can be changed with -c/--config flag or FLAVOURS_CONFIG_FILE environment variable.

For the flavours configuration file, config.toml:

  • Optionally, set a shell through which your hook commands should be executed. Defaults to sh -c '{}'.
  • Create an [[items]] section for each app. Each section can have the following entries:
    • The file to write (required).
    • A template (required).
    • A subtemplate. You can use the literal value {scheme} to select a subtemplate named the same way as a scheme, usefull if you have scheme dependent subtemplates. Defaults to default (also if a subtemplate named as the selected scheme isn't found).
    • A hook to execute. Defaults to none.
    • Specified as light, for lightweight changes that are quick to execute. Defaults to true. flavours apply --light will skip running hooks marked with light=false.
    • Whether to rewrite the entire file instead of replacing lines. Defaults to false, but it is recommended to set this to true for apps that can have an entire file defining colors through import or some other means.
    • If rewrite=false, specify the start and end lines for replacing text. This is useful for config files where comments do not begin with #. Defaults to # Start flavours and # End flavours (case-insensitive).

Here's an example:

# Commands go through bash
shell = "bash -c '{}'"

# Sway supports the default '#' comments, so it can be ommited
# 'rewrite' is also ommited, as it defaults to false
[[items]]
file = "~/.config/sway/config"
template = "sway"
subtemplate = "colors"
hook = "swaymsg reload"
# Swaymsg reload temporarily freezes input, so it's marked as not light
light = false

# This one uses waybar 'default' subtemplate, so it can be ommited
[[items]]
file = "~/.config/waybar/colors.css"
template = "waybar"
# Waybar uses a separate color file, so we can safely rewrite the whole file
rewrite = true

[[items]]
file = "~/.config/beautifuldiscord/style.css"
template = "styles"
subtemplate = "css-variables"
# What if the configuration doesn't support '#' comments? Just change them!
start= "/* Start flavours */"
end = "/* End flavours */"

For files where rewrite=false (or omitted), tell flavours where to replace lines by placing a start and end comment in the app's config file where colors are set. Default start and end comments are # Start flavours and # End flavours.

For reference, here's a couple configuration files from my dots:

Vóila. You're now ready to apply schemes.

Custom templates and schemes

To help manage your custom templates/schemes or your tweaks to pre-existing ones, flavours will also look in the user's $XDG_CONFIG_HOME/flavours directory, typically ~/.config/flavours, when looking for templates/schemes. The folder structure should be the same as at ~/.local/share/flavours/base16/.

Examples:

  • Custom scheme myscheme: $XDG_CONFIG_HOME/flavours/schemes/myscheme/myscheme.yaml
  • Custom template mysoftware/mytemplate: $XDG_CONFIG_HOME/flavours/templates/mysoftware/templates/mytemplate.mustache

Note, in case of conflict, schemes/templates in $XDG_CONFIG_HOME/flavours have priority over the ones in ${FLAVOURS_DATA_DIRECTORY:-~/.local/share/flavours}.

Applying

flavours apply is the command you'll probably be using all the time, so it's built to be as useful as possible.

The syntax is flavours apply [PATTERN], where PATTERN can be a scheme name, multiple scheme name, a glob (such as *light) expression, or can be ommited. If more than one scheme is specified or matched, flavours will choose one randomly For example, flavours apply *light will pick one random scheme ending with "light", and apply it.

You can, for instance:

  • Specify a scheme: flavours apply pasque
  • Specify multiple schemes: flavours apply pasque paraiso atlas
  • Use globs: flavours apply "gruvbox*"
  • Omit the pattern: flavours apply (is the same as running flavours apply "*")

Other commands

Other commands include:

  • flavours current to see the last scheme you applied
  • flavours list [PATTERN] to list all available schemes
  • flavours info [PATTERN] to show info (including truecolor colored output) about some scheme(s)
  • flavours build <path_to_scheme> <path_to_template> (see Build below)
  • flavours generate <dark|light> path/to/image/file (see Generate below)

Build

You can also use flavours as a simple Base16 builder. You can easily get a scheme path by using flavours info theme_name | head -1 | cut -d '@' -f2). This works great for automating static styles, and anything else you can come up with (I use it on my personal website).

Generate

Lastly, we have flavours generate, which can generate a scheme based on an image such as a wallpaper. By default, the scheme will be saved with the slug generated, but you can change it with -s or --slug or output to stdout instead with --stdout.

Why

Why use this instead of other Base16 managers, or even pywal?

While these projects are great and certainly fit some people's workflow, they didn't quite fit mine.

I decided to do my own project because I wanted a simple CLI program that can easily integrate with rofi, polybar, and everything else in my workflow. The main feature is being able to quickly and easily use a curated list of schemes, on all your apps. It's also objectively faster than any other manager.

When

All features are implemented! I'm currently working on improving code quality and stabilizing the features, but everything should work as intended.

Thanks to:

Dependencies

~23MB
~212K SLoC