sobolevn / antibody Goto Github PK

The fastest shell plugin manager.

Antibody can manage plugins for shells (zsh, for example), both loading them with source or export-ing them to PATH.

I was using Antigen before. It is a good plugin manager, but at the same time it's bloated and slow - 5+ seconds to load on my Mac... that's way too much to wait for a prompt to load!

Antibody is focused on performance, and, since v2.0.0, it manages more than just ZSH plugins, but also PATH plugins (those project with binaries) and it is easy enough to implement it for Fish and others.

I'm aware that there are other attempts, like antigen-hs, but I don't want to install a lot of dependencies for this to work.

Well, the compiled Go program runs anywhere and doesn't depend on any shared libraries. I also don't need to source it as it would be necessary with plain simple shell. I also can do things in parallel with Go routines.

These are the only antigen commands I ever used:

• bundle
• update
• apply

Antibody does just those three things, but you don't even need to apply. Running antibody bundle will already download and apply the given bundle.

antibody home also shows where the repositories are being downloaded.

• The theme command (although most themes might just work with bundle);
• oh-my-zsh support: it looks very ugly to me and I won't do it;

The simplest way to install Antibody is to run:

$ curl -sL https://git.io/antibody | bash -s
$ echo 'source <(antibody init)' >> ~/.zshrc

This will put the binary in /usr/local/bin/antibody and setup your ~/.zshrc to load what is needed on startup.

You can also use homebrew (on macOS):

$ brew install getantibody/tap/antibody

Or even using AUR on Arch Linux.

Now, you can just antibody bundle stuff, e.g., antibody bundle caarlos0/jvm. The repository will be cloned at your OS cache folder (check antibody home) folder.

The ZSH bundle implementation will try to load files that match:

• *.plugin.zsh
• *.zsh
• *.sh
• *.zsh-theme

The Path bundle implementation will just add the folder to your PATH.

You can change the implementation by adding kind:zsh or kind:path to the argument, as in antibody bundle 'caarlos0/ports kind:path'

You can also specify a branch to download, for example, antibody bundle caarlos0/jvm branch:v2 will download the v2 branch of that repository.

You may specify a subfolder if the repo you are bundling contains multiple, for example antibody bundle robbyrussell/oh-my-zsh folder:plugins/aws will look for the bundle files in that specific subfolder.

When you decide to update your bundles, just run antibody update: it will update all bundles inside the antibody home folder.

Prefer to use it like this:

$ cat plugins.txt
caarlos0/jvm
caarlos0/ports kind:path
djui/alias-tips
caarlos0/zsh-mkc
zsh-users/zsh-completions
caarlos0/zsh-open-github-pr
zsh-users/zsh-syntax-highlighting
zsh-users/zsh-history-substring-search

$ antibody bundle < plugins.txt

This way antibody can concurrently clone the bundles and return the shell line, so it will probably be faster than call each one separately.

• I did this mostly for myself, so, my dotfiles;
• @mkwmms' dotfiles;
• @oieduardorabelo's dotfiles;
• @nisaacson's dotfiles;
• @pragmaticivan's dotfiles;
• @wkentaro's dotfiles;
• @marceldias' dotfiles;
• @davidkna's dotfiles;
• and probably many others;

You can use antibody in a static-loading manner (so you don't need to exec antibody every time you open a shell).

$ antibody bundle < bundles.txt > sourceables.sh
# In your zshrc (or whatever):
$ source sourceables.sh

• @pragmaticivan, for the logo design;
• All the amazing contributors.