For as long as I can remember being on a Linux system, my daily driver for a text editor has been Vim. But I’ve always been bicurious when it comes to that other text editor that incites such loyalty in its users: GNU Emacs. I feel like both are excellent text editors, albeit with different philosophies. About once a year, I give Emacs a try (usually a vim-flavored Emacs distribution like Spacemacs or Doom Emacs).
Such was my life for the last couple of weeks. I definitely enjoyed my stay in Emacs land, but I’ve discovered that my workflow is so terminal/tmux based that it quickly becomes frustrating not having my editor fully embedded in that environment the way it is when I use Vim. Sure, you can run a terminal emulator in Emacs, but it just feels clunky and even after a couple of weeks, I just wasn’t getting used to it. And so I turned back to Vim.
This last excursion into Emacs, I finally decided to play around with one of Emacs’ oft-touted killer apps: Magit. Magit is a plugin that exposes a git interface inside Emacs, similar to Tim Pope’s Fugitive, but it’s often said to blow the latter out of the water. And oh boy, was it a delight to work with! If I had to pick one way in which it trumps Fugitive, hands down, it would be discoverability. Magit exposes an incremental, fully documented, hotkey menu that you can navigate to perform any action you can think of. I’ve literally discovered obscure git features I didn’t even know existed by browsing through the menu.
After returning to Vim, I felt like it was time to refine my git workflow to see if I could create something that would feel as pleasant to me as Magit. I have no intention to recreate all of Magit, or even a subset of it. I simply want to create an experience where I can be as effective with as little keystrokes as I was in Emacs.
It should come as no surprise that a big part of any git workflow in Vim will be supplied by Fugitive. Honestly, only in reading through the documentation in preparation for this project, I realized how powerful fugitive really is. This is what I meant when I said magit is so dicoverable compared to fugitive. In a week of using it, I had already learned and memorized far more features than I have in years of using fugitive.
Still, it’s hard to understate how very complete fugitive is as a git interface. This plugin will give us all the essential functionality: checking out branches, staging and commiting changes, handling merge conflicts, etc…
Plug 'junegunn/fzf' Plug 'junegunn/fzf.vim'
Not strictly a git-related plugin, but fzf.vim makes it easy to tap into Fzf, a
powerful fuzzy finder written in Rust. One of the cool things about magit is how
seamlessly it’s integrated with the Emacs project managers (Projectile or Ivy).
Want to check out a branch? You immediately get provided a fuzzy finder that you
can use to scan all branches in the project. This is way more streamlined than
fugitive’s tab completion. Fzf.vim even comes with a default
that lets you browse and fuzzy search the repo’s commit history.
In line with Fzf.vim, this plugin adds a couple of extra hooks that let you interact with git branches in a Fzf search. Quickly and interactively find, checkout, create or delete branches, just what I wanted.
Not necessarily a big player on the workflow front, but obviously it’s a helpful thing to be able to see at a glance what lines have been added, removed or edited compared to the index. An added bonus is that gitgutter exposes some handy commnads to navigate, stage and unstage hunks within the buffer.
I decided to group all my vim-related functionality under a common
prefix. Easy to remember, and easy to avoid conflicts with other keymappings.
<leader>gg opens fugitive’s main status buffer, similar to magit
(which was incidentally also exposed under
<leader>gg in Doom Emacs).
" Open git status buffer nnoremap <leader>gg :Git<CR>
The Fzf-powered Commit and Branch finders are mapped to
" Search and manipulate commit history nnoremap <leader>gc :Commits<CR> " Search and manipulate branches nnoremap <leader>gb :GBranches<CR>
A fugitive feature I didn’t know existed, but I find myself using constantly,
:Gbrowse command that opens up
the corresponding file on Github, Gitlab, or wherever your repository is hosted,
in your browser. It even works in visual mode so you can select the lines that
should be highlighted!
" Open in browser nnoremap <leader>gB :GBrowse<CR> " Open visual selection in browser vnoremap <leader>gB :GBrowse<CR>
The one great thing these editor-based git interfaces provide is far more intuitive and interactive way to stage parts of your files. A quick diff inside your buffer makes it super easy to double check your changes before commiting, or even splitting up changes into smaller, more granular commits.
" Open Diff split nnoremap <leader>gd :GDiff<CR> " Stage and unstage hunks nnoremap <leader>ghs <Plug>(GitGutterStageHunk) nnoremap <leader>ghu <Plug>(GitGutterUndoHunk) vnoremap <leader>ghs <Plug>(GitGutterStageHunk) vnoremap <leader>ghu <Plug>(GitGutterUndoHunk)
I keep my configuration files under version control on github, if
you want to check out the rest of my
It turns out that a big part of this project of crafting a more complete git
workflow in vim just came down to discovering and learning all the features in
fugitive that I was missing. This last section mainly serves as a cheat sheet
for future me. All the following should be used in the main
:Git buffer, but
many of the hunk-operations actually work on hunk objects in all fugitive
buffers. These only scratch the surface of what fugitive provides, but they are
the main commands I use on a day to day basis.
g?: Open the fugitive documentation at the keymapping section.
s: Stage a file, hunk or visual selection.
u: Unstage a file, hunk or visual selection.
U: Unstage all files.
=: Open, close, or toggle an inline diff.
dd: Open a diffsplit between the working tree and index. Changes can be staged using
dp(“diff put”) and
gO: Open commit or file in split/vertical split, respectively.
cc: Create a commit.
ca: Amend a commit and edit the commit message.
ce: Amend a commit message without editing the commit message.
cw: Reword the last commit.
crc: Revert the last commit under the cursor
coo: Checkout commit under cursor
czz: Push changes to stash
czw: Push working tree to stash
czp: Apply/pop top-most stashed changes.
czP: Apply/pop top-most stashed changes while preserving the index.
ri: Start an interactive rebase
ru: Rebase against
ra: Abort the current rebase
rr: Continue the current rebase
rs: Skip the current commit and continue.