# alias-finder plugin This plugin searches the defined aliases and outputs any that match the command inputted. This makes learning new aliases easier. ## Setup To use it, add `alias-finder` to the `plugins` array of your zshrc file: ``` plugins=(... alias-finder) ``` To enable it for every single command, set zstyle in your `~/.zshrc`. ```zsh # ~/.zshrc zstyle ':omz:plugins:alias-finder' autoload yes # disabled by default zstyle ':omz:plugins:alias-finder' longer yes # enabled by default zstyle ':omz:plugins:alias-finder' exact yes # enabled by default zstyle ':omz:plugins:alias-finder' cheaper yes # enabled by default ``` As you can see, options are also available with zstyle. ## Usage When you execute a command alias finder will look at your defined aliases and suggest shorter aliases you could have used, for example: Running the un-aliased `git status` command: ```sh ╭─tim@fox ~/repo/gitopolis ‹main› ╰─$ git status gst='git status' # <=== shorter suggestion from alias-finder On branch main Your branch is up-to-date with 'origin/main'. nothing to commit, working tree clean ``` Running a shorter `git st` alias from `.gitconfig` that it suggested : ```sh ╭─tim@fox ~/repo/gitopolis ‹main› ╰─$ git st gs='git st' # <=== shorter suggestion from alias-finder ## main...origin/main ``` Running the shortest `gs` shell alias that it found: ```sh ╭─tim@fox ~/repo/gitopolis ‹main› ╰─$ gs # <=== no suggestions alias-finder because this is the shortest ## main...origin/main ``` ![image](https://github.com/ohmyzsh/ohmyzsh/assets/19378/39642750-fb10-4f1a-b7f9-f36789eeb01b) ### Options > In order to clarify, let's say `alias a=abc` has source 'abc' and destination 'a'. - Use `--longer` or `-l` to include aliases where the source is longer than the input (in other words, the source could contain the whole input). - Use `--exact` or `-e` to avoid aliases where the source is shorter than the input (in other words, the source must be the same with the input). - Use `--cheaper` or `-c` to avoid aliases where the destination is longer than the input (in other words, the destination must be shorter than the input).