Toolbelt is a collection of useful scripts and other things. Basically a place where we put nifty scripts and such that could be useful to other developers.

There are two ways to install these scripts. Either by using nix-env or if you are using home-manager to manage your nix packages.

Having a nix-channel with toolbelt will make it easier to keep toolbelt up-to-date.

$ nix-channel --add https://github.com/goodbyekansas/toolbelt/archive/main.tar.gz toolbelt

followed by

$ nix-channel --update

You now have a nix-channel named toolbelt.

If you chose to use a channel (as in 1):

$ nix-env --install -A toolbelt

If you did not want to use a channel:

$ nix-env --install -f https://github.com/goodbyekansas/toolbelt/tarball/main`

Add a dependency to the git repo through your nix home file.

If you chose to use a channel (as in 1):

# home.nix

let
  toolbelt = import <toolbelt> {};
  # ...
in
# ...
home.packages = [
  # ...
  toolbelt
  # ...
];

If you did not want to use a channel:

# home.nix
let
  toolbelt = import (builtins.fetchTarball https://github.com/goodbyekansas/toolbelt/tarball/main) {};
  ...
in
...
home.packages = [ .. toolbelt .. ];

followed by a home-manager switch.

If you use a channel to track toolbelt:

$ nix-channel --update toolbelt
$ nix-env --upgrade -A toolbelt --always

If you do not use a channel:

$ nix-env --install -f https://github.com/goodbyekansas/toolbelt/tarball/main`

If you use a channel to track toolbelt:

$ nix-channel --update toolbelt
$ home-manager switch

If you do not use a channel:

It will automatically be updated whenever you run home-manager switch,

toolbelt is a convenience command to inspect the collection of installed scripts, use --help to see what it can do.

Put a file with a proper shebang inside the scripts folder. Note that you can use nix-shell shebangs to write scripts in python for example:

#! /usr/bin/env nix-shell
#! nix-shell -i python -p python pythonPackages.prettytable

import prettytable

# Print a simple table.
t = prettytable.PrettyTable(["N", "N^2"])
for n in range(1, 10): t.add_row([n, n * n])
print t

Just drop a .md file next to the script with the same name and it will be generated.