Vimdo -- Asynchronous Executor

A configurable plugin to execute external commands asynchronously. This is a rewrite of an unpublished plugin I wrote before async was around.

Demo

Shell command and user defined command

User defined background command with callback

Requirements

Neovim >= 0.2 for most of the stuff to work. Version 0.4 or above recommended.

Optional: floaterm. If floaterm is detected, Vimdo will create new floaterm windows for terminal jobs instead of managing them internally.

Installation

vim-plug

Add the following line to your init.vim

Plug 'macthecadillac/vimdo'

Usage

The following commands are available:

Vimdo: Vimdo {cmd} where cmd is the sub-command you defined (see the section below). This will execute the command you configured.

VimdoList: List all the defined sub-commands available for the current file type

VimdoProcs: List all background processes launched through Vimdo (those that run not in the terminal but in the background)

VimdoStop: Terminate process with the provided process number. VimdoStop {#} where # is the process number listed by VimdoListProcs.

VimdoFloats: List all the float terminals opened by Vimdo.

VimdoCloseFloat: Close the floating window with the provided window ID. VimdoCloseFloat {#} where # is the window ID listed by VimdoFloats.

VimdoBang: VimdoBang {cmd} where cmd is a shell command. This is an asynchronous version of the usual vim bang command. This follows the global configuration.

VimdoBangS: VimdoBangS {cmd} where cmd is a shell command. This is the same as VimdoBang with the exception that it prints the stdout output to a new split.

VimdoBangT: VimdoBangT {cmd} where cmd is a shell command. This is the same as VimdoBang with the exception that it is executed in a floating terminal.

Configuration

Configurations can be global or local. Global configurations reside in your global configuration (usually in init.vim) whereas local configurations live in .vimdo.vim in your local directory (either in the same folder as the file in buffer or in the root of the git repository). Local configurations, if found, always have precedence over global configurations.

Hooks to shell commands

All hooks reside in g:vimdo#cmds. It is a dictionary that maps Vimdo sub-commands to shell commands. The dictionary must contain keys (as string's) that are vim filetype's. The value of the each entry is another dictionary that must contain this entry:

• cmd: string The command to be invoked

Aside from cmd, you can include any valid configuration keys in the dictionary and these will have precedence over the global/file type configurations.

One extra key that is not available as a configuration key is callback:

• callback: string Name of the callback function. The callback function takes a list of strings as its only argument.

Instead of being specific file types, the first level keys could optionally be a wildcard, in this case * that serves as a catch-all, and all its commands will be available for all file types. Notice that file type specific commands will override catch-all commands if conflicts arise.

Example:

let g:vimdo#cmds = {
      \ '*': {
      \     'update-ctags': {
      \       'cmd': 'ctags -R -h --exclude={.git}',
      \       'with_filename': 0,
      \     },
      \   },
      \ 'rust': {
      \     'run': {'cmd': 'cargo run', 'with_filename': 0, 'in_term': 1},
      \     'release-build': {
      \       'cmd': 'cargo build --release',
      \       'in_term': 1
      \     },
      \   },
      \ 'haskell': {
      \     'type': {
      \        'cmd': ['stack', 'exec', 'hhpc', '--', 'type',
      \                'vimdo#util#filename', 'vimdo#util#line', 'vimdo#util#col'],
      \        'show_stdout_in_float': 1,
      \        'in_term': 0,
      \        'callback': 'ProcessTypeResults',
      \      }
      \   },
      \ }

function! ProcessTypeResults(text)
  let l:o = ['']
  let l:s = 100000
  let l:col = col('.')
  for l:line in a:text
    let l:output = split(l:line, '"')
    if l:output !=# []
      let l:num = split(l:output[0])
      " if start and end aren't on the same line then it is not just for the
      " word the cursor is sitting on
      if l:num[0] ==# l:num[2]
        let l:d1 = abs(l:num[1] - l:col)
        let l:d2 = abs(l:num[3] - l:col)
        let l:s1 = l:d1 + l:d2
        if l:s1 < l:s
          let l:o = [l:output[1]]
          let l:s = l:s1
        endif
      endif
    endif
  endfor
  return l:o
endfunction

For further configuration options, please refer to the documentation.

License

MIT