I broke up with neovim....vim is my best friend now

This commit is contained in:
LinlyBoi
2023-04-30 08:14:07 +03:00
parent 0d185449c5
commit 4a4a6b1e81
5245 changed files with 468325 additions and 25 deletions

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function! CoffeeIndentLevel(lnum)
return indent(a:lnum) / &shiftwidth
endfunction
function! NextNonBlankLine(lnum)
let numlines = line('$')
let current = a:lnum + 1
while current <= numlines
if getline(current) =~? '\v\S'
return current
endif
let current += 1
endwhile
return -2
endfunction
function! CoffeeFolds()
if getline(v:lnum) =~ '\v^\s*$'
return '-1'
endif
let this_indent = IndentLevel(a:lnum)
let next_indent = IndentLevel(NextNonBlankLine(a:lnum))
if next_indent == this_indent
return this_indent
elseif next_indent < this_indent
return this_indent
elseif next_indent > this_indent
return '>' . next_indent
endif
endfunction
setlocal foldmethod=expr
setlocal foldexpr=CoffeeFolds()

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let g:ale_completion_enabled = 1
let g:ale_completion_autoimport = 1
let g:ale_fixers = {
\ '*': ['remove_trailing_lines', 'trim_whitespace'],
\ 'javascript': ['eslint'],
\ 'rust': ['rustfmt'],
\ 'dart': ['dartfmt'],
\}
let g:ale_rust_analyzer_executable = '/home/linly/.rustup/toolchains/stable-x86_64-unknown-linux-gnu/bin/rust-analyzer'
let g:ale_linters = {'rust': ['cargo', 'analyzer']}
let g:rustfmt_autosave = 1
let g:rust_clip_command = 'xclip -selection clipboard'
let g:ale_fix_on_save = 1
let g:ale_sign_error = '>>'
let g:ale_sign_warning = '--'
let g:ale_virtualtext_cursor = 'current'

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" pathogen.vim - path option manipulation
" Maintainer: Tim Pope <http://tpo.pe/>
" Version: 2.0
" Install in ~/.vim/autoload (or ~\vimfiles\autoload).
"
" For management of individually installed plugins in ~/.vim/bundle (or
" ~\vimfiles\bundle), adding `call pathogen#infect()` to your .vimrc
" prior to `filetype plugin indent on` is the only other setup necessary.
"
" The API is documented inline below. For maximum ease of reading,
" :set foldmethod=marker
if exists("g:loaded_pathogen") || &cp
finish
endif
let g:loaded_pathogen = 1
" Point of entry for basic default usage. Give a directory name to invoke
" pathogen#runtime_append_all_bundles() (defaults to "bundle"), or a full path
" to invoke pathogen#runtime_prepend_subdirectories(). Afterwards,
" pathogen#cycle_filetype() is invoked.
function! pathogen#infect(...) abort " {{{1
let source_path = a:0 ? a:1 : 'bundle'
if source_path =~# '[\\/]'
call pathogen#runtime_prepend_subdirectories(source_path)
else
call pathogen#runtime_append_all_bundles(source_path)
endif
call pathogen#cycle_filetype()
endfunction " }}}1
" Split a path into a list.
function! pathogen#split(path) abort " {{{1
if type(a:path) == type([]) | return a:path | endif
let split = split(a:path,'\\\@<!\%(\\\\\)*\zs,')
return map(split,'substitute(v:val,''\\\([\\,]\)'',''\1'',"g")')
endfunction " }}}1
" Convert a list to a path.
function! pathogen#join(...) abort " {{{1
if type(a:1) == type(1) && a:1
let i = 1
let space = ' '
else
let i = 0
let space = ''
endif
let path = ""
while i < a:0
if type(a:000[i]) == type([])
let list = a:000[i]
let j = 0
while j < len(list)
let escaped = substitute(list[j],'[,'.space.']\|\\[\,'.space.']\@=','\\&','g')
let path .= ',' . escaped
let j += 1
endwhile
else
let path .= "," . a:000[i]
endif
let i += 1
endwhile
return substitute(path,'^,','','')
endfunction " }}}1
" Convert a list to a path with escaped spaces for 'path', 'tag', etc.
function! pathogen#legacyjoin(...) abort " {{{1
return call('pathogen#join',[1] + a:000)
endfunction " }}}1
" Remove duplicates from a list.
function! pathogen#uniq(list) abort " {{{1
let i = 0
let seen = {}
while i < len(a:list)
if (a:list[i] ==# '' && exists('empty')) || has_key(seen,a:list[i])
call remove(a:list,i)
elseif a:list[i] ==# ''
let i += 1
let empty = 1
else
let seen[a:list[i]] = 1
let i += 1
endif
endwhile
return a:list
endfunction " }}}1
" \ on Windows unless shellslash is set, / everywhere else.
function! pathogen#separator() abort " {{{1
return !exists("+shellslash") || &shellslash ? '/' : '\'
endfunction " }}}1
" Convenience wrapper around glob() which returns a list.
function! pathogen#glob(pattern) abort " {{{1
let files = split(glob(a:pattern),"\n")
return map(files,'substitute(v:val,"[".pathogen#separator()."/]$","","")')
endfunction "}}}1
" Like pathogen#glob(), only limit the results to directories.
function! pathogen#glob_directories(pattern) abort " {{{1
return filter(pathogen#glob(a:pattern),'isdirectory(v:val)')
endfunction "}}}1
" Turn filetype detection off and back on again if it was already enabled.
function! pathogen#cycle_filetype() " {{{1
if exists('g:did_load_filetypes')
filetype off
filetype on
endif
endfunction " }}}1
" Checks if a bundle is 'disabled'. A bundle is considered 'disabled' if
" its 'basename()' is included in g:pathogen_disabled[]' or ends in a tilde.
function! pathogen#is_disabled(path) " {{{1
if a:path =~# '\~$'
return 1
elseif !exists("g:pathogen_disabled")
return 0
endif
let sep = pathogen#separator()
return index(g:pathogen_disabled, strpart(a:path, strridx(a:path, sep)+1)) != -1
endfunction "}}}1
" Prepend all subdirectories of path to the rtp, and append all 'after'
" directories in those subdirectories.
function! pathogen#runtime_prepend_subdirectories(path) " {{{1
let sep = pathogen#separator()
let before = filter(pathogen#glob_directories(a:path.sep."*"), '!pathogen#is_disabled(v:val)')
let after = filter(pathogen#glob_directories(a:path.sep."*".sep."after"), '!pathogen#is_disabled(v:val[0:-7])')
let rtp = pathogen#split(&rtp)
let path = expand(a:path)
call filter(rtp,'v:val[0:strlen(path)-1] !=# path')
let &rtp = pathogen#join(pathogen#uniq(before + rtp + after))
return &rtp
endfunction " }}}1
" For each directory in rtp, check for a subdirectory named dir. If it
" exists, add all subdirectories of that subdirectory to the rtp, immediately
" after the original directory. If no argument is given, 'bundle' is used.
" Repeated calls with the same arguments are ignored.
function! pathogen#runtime_append_all_bundles(...) " {{{1
let sep = pathogen#separator()
let name = a:0 ? a:1 : 'bundle'
if "\n".s:done_bundles =~# "\\M\n".name."\n"
return ""
endif
let s:done_bundles .= name . "\n"
let list = []
for dir in pathogen#split(&rtp)
if dir =~# '\<after$'
let list += filter(pathogen#glob_directories(substitute(dir,'after$',name,'').sep.'*[^~]'.sep.'after'), '!pathogen#is_disabled(v:val[0:-7])') + [dir]
else
let list += [dir] + filter(pathogen#glob_directories(dir.sep.name.sep.'*[^~]'), '!pathogen#is_disabled(v:val)')
endif
endfor
let &rtp = pathogen#join(pathogen#uniq(list))
return 1
endfunction
let s:done_bundles = ''
" }}}1
" Invoke :helptags on all non-$VIM doc directories in runtimepath.
function! pathogen#helptags() " {{{1
let sep = pathogen#separator()
for dir in pathogen#split(&rtp)
if (dir.sep)[0 : strlen($VIMRUNTIME)] !=# $VIMRUNTIME.sep && filewritable(dir.sep.'doc') == 2 && !empty(glob(dir.sep.'doc'.sep.'*')) && (!filereadable(dir.sep.'doc'.sep.'tags') || filewritable(dir.sep.'doc'.sep.'tags'))
helptags `=dir.'/doc'`
endif
endfor
endfunction " }}}1
command! -bar Helptags :call pathogen#helptags()
" Like findfile(), but hardcoded to use the runtimepath.
function! pathogen#runtime_findfile(file,count) "{{{1
let rtp = pathogen#join(1,pathogen#split(&rtp))
return fnamemodify(findfile(a:file,rtp,a:count),':p')
endfunction " }}}1
" Backport of fnameescape().
function! pathogen#fnameescape(string) " {{{1
if exists('*fnameescape')
return fnameescape(a:string)
elseif a:string ==# '-'
return '\-'
else
return substitute(escape(a:string," \t\n*?[{`$\\%#'\"|!<"),'^[+>]','\\&','')
endif
endfunction " }}}1
function! s:find(count,cmd,file,lcd) " {{{1
let rtp = pathogen#join(1,pathogen#split(&runtimepath))
let file = pathogen#runtime_findfile(a:file,a:count)
if file ==# ''
return "echoerr 'E345: Can''t find file \"".a:file."\" in runtimepath'"
elseif a:lcd
let path = file[0:-strlen(a:file)-2]
execute 'lcd `=path`'
return a:cmd.' '.pathogen#fnameescape(a:file)
else
return a:cmd.' '.pathogen#fnameescape(file)
endif
endfunction " }}}1
function! s:Findcomplete(A,L,P) " {{{1
let sep = pathogen#separator()
let cheats = {
\'a': 'autoload',
\'d': 'doc',
\'f': 'ftplugin',
\'i': 'indent',
\'p': 'plugin',
\'s': 'syntax'}
if a:A =~# '^\w[\\/]' && has_key(cheats,a:A[0])
let request = cheats[a:A[0]].a:A[1:-1]
else
let request = a:A
endif
let pattern = substitute(request,'\'.sep,'*'.sep,'g').'*'
let found = {}
for path in pathogen#split(&runtimepath)
let path = expand(path, ':p')
let matches = split(glob(path.sep.pattern),"\n")
call map(matches,'isdirectory(v:val) ? v:val.sep : v:val')
call map(matches,'expand(v:val, ":p")[strlen(path)+1:-1]')
for match in matches
let found[match] = 1
endfor
endfor
return sort(keys(found))
endfunction " }}}1
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Ve :execute s:find(<count>,'edit<bang>',<q-args>,0)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vedit :execute s:find(<count>,'edit<bang>',<q-args>,0)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vopen :execute s:find(<count>,'edit<bang>',<q-args>,1)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vsplit :execute s:find(<count>,'split',<q-args>,<bang>1)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vvsplit :execute s:find(<count>,'vsplit',<q-args>,<bang>1)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vtabedit :execute s:find(<count>,'tabedit',<q-args>,<bang>1)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vpedit :execute s:find(<count>,'pedit',<q-args>,<bang>1)
command! -bar -bang -range=1 -nargs=1 -complete=customlist,s:Findcomplete Vread :execute s:find(<count>,'read',<q-args>,<bang>1)
" vim:set ft=vim ts=8 sw=2 sts=2:

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The MIT License (MIT)
Copyright (c) 2103 Benjamin Mills
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE.

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# vimux
Easily interact with tmux from vim.
![vimux](https://www.braintreepayments.com/assets/images/blog/vimux3.png)
What inspired me to write vimux was [tslime.vim](https://github.com/kikijump/tslime.vim), a plugin that lets you send input to tmux. While tslime.vim works well, I felt it wasn't optimized for my primary use case which was having a smaller tmux pane that I would use to run tests or play with a REPL.
My goal with vimux is to make interacting with tmux from vim effortless. By default when you call `VimuxRunCommand` vimux will create a 20% tall horizontal pane under your current tmux pane and execute a command in it without losing focus of vim. Once that pane exists whenever you call `VimuxRunCommand` again the command will be executed in that pane. As I was using vimux myself I wanted to rerun commands over and over. An example of this was running the current file through rspec. Rather than typing that over and over I wrote `VimuxRunLastCommand` that will execute the last command you called with `VimuxRunCommand`.
Other auxiliary functions and the ones I talked about above can be found bellow with a full description and example key binds for your vimrc.
## Installation
With **[vim-bundle](https://github.com/benmills/vim-bundle)**: `vim-bundle install benmills/vimux`
With **[Vundle](https://github.com/gmarik/Vundle.vim)**: 'Plugin benmills/vimux' in your .vimrc
Otherwise download the latest [tarball](https://github.com/benmills/vimux/tarball/master), extract it and move `plugin/vimux.vim` inside `~/.vim/plugin`. If you're using [pathogen](https://github.com/tpope/vim-pathogen), then move the entire folder extracted from the tarball into `~/.vim/bundle`.
_Notes:_
* Vimux assumes a tmux version >= 1.5. Some older versions might work but it is recommeded to use at least version 1.5.
## Platform-specific Plugins
* [vim-vroom](https://github.com/skalnik/vim-vroom) runner for rspec, cucumber and test/unit; vimux support via `g:vroom_use_vimux`
* [vimux-ruby-test](https://github.com/pgr0ss/vimux-ruby-test) a set of commands to easily run ruby tests
* [vimux-cucumber](https://github.com/cloud8421/vimux-cucumber) run Cucumber Features through Vimux
* [vim-turbux](https://github.com/jgdavey/vim-turbux) Turbo Ruby testing with tmux
* [vimux-pyutils](https://github.com/julienr/vimux-pyutils) A set of functions for vimux that allow to run code blocks in ipython
* [vimux-nose-test](https://github.com/pitluga/vimux-nose-test) Run nose tests in vimux
* [vimux-golang](https://github.com/benmills/vimux-golang) Run go tests in vimux
* [vimux-zeus](https://github.com/jingweno/vimux-zeus) Run zeus commands in vimux
* [vimix](https://github.com/spiegela/vimix) Run Elixir mix commands in vimux
## Usage
The full documentation is available [online](https://raw.github.com/benmills/vimux/master/doc/vimux.txt) and accessible inside vim `:help vimux`

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*vimux.txt* easily interact with tmux
Vimux
effortless vim and tmux interaction
==============================================================================
CONTENTS *vimux-contents*
1. About............................ |VimuxAbout|
2. Usage ........................... |VimuxUsage|
2.1 .............................. |VimuxPromptCommand|
2.2 .............................. |VimuxRunLastCommand|
2.3 .............................. |VimuxInspectRunner|
2.4 .............................. |VimuxCloseRunner|
2.5 .............................. |VimuxInterruptRunner|
2.6 .............................. |VimuxClearRunnerHistory|
2.7 .............................. |VimuxZoomRunner|
2.8 .............................. |VimuxRunCommandInDir|
3. Misc ............................ |VimuxMisc|
3.1 Example Keybinding............ |VimuxExampleKeybinding|
3.2 Tslime Replacement............ |VimuxTslimeReplacement|
4. Configuration ................... |VimuxConfiguration|
==============================================================================
ABOUT (1) *VimuxAbout*
Vimux -- Easily interact with tmux from vim.
What inspired me to write vimux was tslime.vim [1], a plugin that lets you
send input to tmux. While tslime.vim works well, I felt it wasn't optimized
for my primary use case which was having a smaller tmux pane that I would use
to run tests or play with a REPL.
My goal with vimux is to make interacting with tmux from vim effortless. By
default when you call `VimuxRunCommand` vimux will create a 20% tall
horizontal pane under your current tmux pane and execute a command in it
without losing focus of vim. Once that pane exists whenever you call
`VimuxRunCommand` again the command will be executed in that pane. As I was
using vimux myself I wanted to rerun commands over and over. An example of
this was running the current file through rspec. Rather than typing that over
and over I wrote `VimuxRunLastCommand` that will execute the last command
you called with `VimuxRunCommand`.
Other auxiliary functions and the ones I talked about above can be found
bellow with a full description and example key binds for your vimrc.
[1] https://github.com/kikijump/tslime.vim
==============================================================================
USAGE (2) *VimuxUsage*
The function VimuxRunCommand(command) is the core of Vimux. It will
create a split pane in the current window and run the passed command in it.
>
:call VimuxRunCommand("ls")
<
This will run the command in a split pane without losing focus of vim. If the
command takes a long time to return you can continue to use vim while the
process finishes and will see the output in the pane when it's finished.
Furthermore there are several handy commands all starting with 'Vimux':
- |VimuxRunCommand|
- |VimuxSendText|
- |VimuxSendKeys|
- |VimuxOpenPane|
- |VimuxRunLastCommand|
- |VimuxCloseRunner|
- |VimuxInspectRunner|
- |VimuxInterruptRunner|
- |VimuxPromptCommand|
- |VimuxClearRunnerHistory|
- |VimuxZoomRunner|
- |VimuxRunCommandInDir|
------------------------------------------------------------------------------
*VimuxRunCommand*
VimuxRunCommand~
Run a system command in a small horizontal split bellow
the current pane vim is in. You can optionally pass a second argument to stop
vimux from automatically sending a return after the command.
>
" Run the current file with rspec
map <Leader>rb :call VimuxRunCommand("clear; rspec " . bufname("%"))<CR>
" Run command without sending a return
map <Leader>rq :call VimuxRunCommand("clear; rspec " . bufname("%"), 0)<CR>
<
------------------------------------------------------------------------------
*VimuxSendText*
VimuxSendText~
Send raw text to the runer pane. This command will not open a new pane if one
does not already exist. You will need to use VimuxOpenPane to do this. This
command can be used to interact with REPLs or other interactive terminal
programs that are not shells.
------------------------------------------------------------------------------
*VimuxSendKeys*
VimuxSendKeys~
Send keys to the runner pane. This command will not open a new pane if one
does not already exist. You will need to use VimuxOpenPane to do this. You can
use this command to send keys such as "Enter" or "C-c" to the runner pane.
------------------------------------------------------------------------------
*VimuxOpenPane*
VimuxOpenPane~
This will either open a new pane or use the nearest pane and set it as the
vimux runner pane for the other vimux commands. You can control if this command
uses the nearest pane or always creates a new one with g:VimuxUseNearest
------------------------------------------------------------------------------
*VimuxPromptCommand*
VimuxPromptCommand~
Prompt for a command and run it in a small horizontal split bellow the current
pane. A parameter can be supplied to predefine a command or a part of the
command which can be edited in the prompt.
>
" Prompt for a command to run map
map <Leader>vp :VimuxPromptCommand<CR>
map <Leader>vm :VimuxPromptCommand("make ")<CR>
<
------------------------------------------------------------------------------
*VimuxRunLastCommand*
VimuxRunLastCommand~
Run the last command executed by `VimuxRunCommand`
>
" Run last command executed by VimuxRunCommand
map <Leader>vl :VimuxRunLastCommand<CR>
<
------------------------------------------------------------------------------
*VimuxInspectRunner*
VimuxInspectRunner~
Move into the tmux runner pane created by `VimuxRunCommand` and enter copy
pmode (scroll mode).
>
" Inspect runner pane map
map <Leader>vi :VimuxInspectRunner<CR>
<
------------------------------------------------------------------------------
*VimuxCloseRunner*
VimuxCloseRunner~
Close the tmux runner created by `VimuxRunCommand`
>
" Close vim tmux runner opened by VimuxRunCommand
map <Leader>vq :VimuxCloseRunner<CR>
<
------------------------------------------------------------------------------
*VimuxInterruptRunner*
VimuxInterruptRunner~
Interrupt any command that is running inside the
runner pane.
>
" Interrupt any command running in the runner pane map
map <Leader>vs :VimuxInterruptRunner<CR>
<
------------------------------------------------------------------------------
*VimuxClearRunnerHistory*
VimuxClearRunnerHistory~
Clear the tmux history of the runner pane for when
you enter tmux scroll mode inside the runner pane.
>
" Clear the tmux history of the runner pane
map <Leader>vc :VimuxClearRunnerHistory<CR>
<
------------------------------------------------------------------------------
*VimuxZoomRunner*
VimuxZoomRunner~
Zoom the runner pane. Once its zoomed, you will need
to use tmux "<bind-key> z" to restore the runner pane.
Zoom requires tmux version >= 1.8
>
" Zoom the tmux runner page
map <Leader>vz :VimuxZoomRunner<CR>
<
------------------------------------------------------------------------------
*VimuxRunCommandInDir*
VimuxRunCommandInDir~
Runs the specified command inside the directory of
the currently opened file. Takes two arguments. command and inFile
command: The command to run
inFile: If 1 the filename will be appended to the command
>
" Compile currently opened latex file to pdf
autocmd Filetype tex nnoremap <buffer> <Leader>rr :update<Bar>:call VimuxRunCommandInDir('latexmk -pdf', 1)<CR>
" Push the repository of the currently opened file
nnoremap <leader>gp :call VimuxRunCommandInDir("git push", 0)<CR>
<
==============================================================================
MISC (3) *VimuxMisc*
------------------------------------------------------------------------------
*VimuxExampleKeybinding*
Full Keybind Example~
>
" Run the current file with rspec
map <Leader>rb :call VimuxRunCommand("clear; rspec " . bufname("%"))<CR>
" Prompt for a command to run
map <Leader>vp :VimuxPromptCommand<CR>
" Run last command executed by VimuxRunCommand
map <Leader>vl :VimuxRunLastCommand<CR>
" Inspect runner pane
map <Leader>vi :VimuxInspectRunner<CR>
" Close vim tmux runner opened by VimuxRunCommand
map <Leader>vq :VimuxCloseRunner<CR>
" Interrupt any command running in the runner pane
map <Leader>vx :VimuxInterruptRunner<CR>
" Zoom the runner pane (use <bind-key> z to restore runner pane)
map <Leader>vz :call VimuxZoomRunner()<CR>
>
------------------------------------------------------------------------------
*VimuxTslimeReplacement*
Vimux as tslime replacement~
Here is how to use vimux to send code to a REPL. This is similar to tslime.
First, add some helpful mappings.
>
function! VimuxSlime()
call VimuxSendText(@v)
call VimuxSendKeys("Enter")
endfunction
" If text is selected, save it in the v buffer and send that buffer it to tmux
vmap <LocalLeader>vs "vy :call VimuxSlime()<CR>
" Select current paragraph and send it to tmux
nmap <LocalLeader>vs vip<LocalLeader>vs<CR>
<
Now, open a clojure file. Let's say your leader is backslash (\). Type \vp,
and then type lein repl at the prompt. This opens a tmux split running a REPL.
Then, select text or put the cursor on a function and type \vs. This will send
it to the REPL and evaluate it. The reason we pass `0` to `VimuxRunCommand`
is to stop the normal return that is sent to the runner pane and use our own
new line so the clojure REPL will evaluate the selected text without adding an
extra return. Thanks to @trptcolin for discovering this issue.
==============================================================================
CONFIGURATION (4) *VimuxConfiguration*
You can configure Vimux like this:
------------------------------------------------------------------------------
*VimuxConfiguration_height*
2.1 g:VimuxHeight~
The percent of the screen the split pane Vimux will spawn should take up.
let g:VimuxHeight = "40"
Default: "20"
------------------------------------------------------------------------------
*VimuxConfiguration_orientation*
2.2 g:VimuxOrientation~
The default orientation of the split tmux pane. This tells tmux to make the
pane either vertically or horizontally, which is backward from how Vim handles
creating splits.
let g:VimuxOrientation = "h"
Options:
"v": vertical
"h": horizontal
Default: "v"
------------------------------------------------------------------------------
*VimuxConfiguration_use_nearest*
2.3 g:VimuxUseNearest
Use exising pane or window (not used by vim) if found instead of running
split-window.
let VimuxUseNearest = 1
Default: 1
------------------------------------------------------------------------------
*VimuxConfiguration_reset_sequence*
2.4 g:VimuxResetSequence~
The keys sent to the runner pane before running a command. By default it sends
`q` to make sure the pane is not in scroll-mode and `C-u` to clear the line.
let VimuxResetSequence = ""
Default: "q C-u"
------------------------------------------------------------------------------
*VimuxPromptString*
2.5 g:VimuxPromptString~
The string presented in the vim command line when Vimux is invoked. Be sure
to put a space at the end of the string to allow for distinction between
the prompt and your input.
let g:VimuxPromptString = ""
Default: "Command? "
------------------------------------------------------------------------------
*VimuxRunnerType*
2.6 g:VimuxRunnerType~
The type of view object Vimux should use for the runner. For reference, a
tmux session is a group of windows, and a window is a layout of panes.
let g:VimuxRunnerType = "window"
Options:
"pane": for panes
"window": for windows
Default: "pane"
==============================================================================
vim:tw=78:ts=2:sw=2:expandtab:ft=help:norl:

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doc/tags

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if exists("g:loaded_vimux") || &cp
finish
endif
let g:loaded_vimux = 1
command -nargs=* VimuxRunCommand :call VimuxRunCommand(<args>)
command VimuxRunLastCommand :call VimuxRunLastCommand()
command VimuxCloseRunner :call VimuxCloseRunner()
command VimuxZoomRunner :call VimuxZoomRunner()
command VimuxInspectRunner :call VimuxInspectRunner()
command VimuxScrollUpInspect :call VimuxScrollUpInspect()
command VimuxScrollDownInspect :call VimuxScrollDownInspect()
command VimuxInterruptRunner :call VimuxInterruptRunner()
command -nargs=? VimuxPromptCommand :call VimuxPromptCommand(<args>)
command VimuxClearRunnerHistory :call VimuxClearRunnerHistory()
command VimuxTogglePane :call VimuxTogglePane()
function! VimuxRunCommandInDir(command, useFile)
let l:file = ""
if a:useFile ==# 1
let l:file = shellescape(expand('%:t'), 1)
endif
call VimuxRunCommand("cd ".shellescape(expand('%:p:h'), 1)." && ".a:command." ".l:file." && cd - > /dev/null")
endfunction
function! VimuxRunLastCommand()
if exists("g:VimuxRunnerIndex")
call VimuxRunCommand(g:VimuxLastCommand)
else
echo "No last vimux command."
endif
endfunction
function! VimuxRunCommand(command, ...)
if !exists("g:VimuxRunnerIndex") || _VimuxHasRunner(g:VimuxRunnerIndex) == -1
call VimuxOpenRunner()
endif
let l:autoreturn = 1
if exists("a:1")
let l:autoreturn = a:1
endif
let resetSequence = _VimuxOption("g:VimuxResetSequence", "q C-u")
let g:VimuxLastCommand = a:command
call VimuxSendKeys(resetSequence)
call VimuxSendText(a:command)
if l:autoreturn == 1
call VimuxSendKeys("Enter")
endif
endfunction
function! VimuxSendText(text)
call VimuxSendKeys('"'.escape(a:text, '"$').'"')
endfunction
function! VimuxSendKeys(keys)
if exists("g:VimuxRunnerIndex")
call system("tmux send-keys -t ".g:VimuxRunnerIndex." ".a:keys)
else
echo "No vimux runner pane/window. Create one with VimuxOpenRunner"
endif
endfunction
function! VimuxOpenRunner()
let nearestIndex = _VimuxNearestIndex()
if _VimuxOption("g:VimuxUseNearest", 1) == 1 && nearestIndex != -1
let g:VimuxRunnerIndex = nearestIndex
else
if _VimuxRunnerType() == "pane"
let height = _VimuxOption("g:VimuxHeight", 20)
let orientation = _VimuxOption("g:VimuxOrientation", "v")
call system("tmux split-window -p ".height." -".orientation)
elseif _VimuxRunnerType() == "window"
call system("tmux new-window")
endif
let g:VimuxRunnerIndex = _VimuxTmuxIndex()
call system("tmux last-"._VimuxRunnerType())
endif
endfunction
function! VimuxCloseRunner()
if exists("g:VimuxRunnerIndex")
call system("tmux kill-"._VimuxRunnerType()." -t ".g:VimuxRunnerIndex)
unlet g:VimuxRunnerIndex
endif
endfunction
function! VimuxTogglePane()
if exists("g:VimuxRunnerIndex")
if _VimuxRunnerType() == "window"
call system("tmux join-pane -d -s ".g:VimuxRunnerIndex." -p "._VimuxOption("g:VimuxHeight", 20))
let g:VimuxRunnerType = "pane"
elseif _VimuxRunnerType() == "pane"
let g:VimuxRunnerIndex=substitute(system("tmux break-pane -d -t ".g:VimuxRunnerIndex." -P -F '#{window_index}'"), "\n", "", "")
let g:VimuxRunnerType = "window"
endif
endif
endfunction
function! VimuxZoomRunner()
if exists("g:VimuxRunnerIndex")
if _VimuxRunnerType() == "pane"
call system("tmux resize-pane -Z -t ".g:VimuxRunnerIndex)
elseif _VimuxRunnerType() == "window"
call system("tmux select-window -t ".g:VimuxRunnerIndex)
endif
endif
endfunction
function! VimuxInspectRunner()
call system("tmux select-"._VimuxRunnerType()." -t ".g:VimuxRunnerIndex)
call system("tmux copy-mode")
endfunction
function! VimuxScrollUpInspect()
call VimuxInspectRunner()
call system("tmux last-"._VimuxRunnerType())
call VimuxSendKeys("C-u")
endfunction
function! VimuxScrollDownInspect()
call VimuxInspectRunner()
call system("tmux last-"._VimuxRunnerType())
call VimuxSendKeys("C-d")
endfunction
function! VimuxInterruptRunner()
call VimuxSendKeys("^c")
endfunction
function! VimuxClearRunnerHistory()
if exists("g:VimuxRunnerIndex")
call system("tmux clear-history -t ".g:VimuxRunnerIndex)
endif
endfunction
function! VimuxPromptCommand(...)
let command = a:0 == 1 ? a:1 : ""
let l:command = input(_VimuxOption("g:VimuxPromptString", "Command? "), command)
call VimuxRunCommand(l:command)
endfunction
function! _VimuxTmuxSession()
return _VimuxTmuxProperty("#S")
endfunction
function! _VimuxTmuxIndex()
if _VimuxRunnerType() == "pane"
return _VimuxTmuxPaneIndex()
else
return _VimuxTmuxWindowIndex()
end
endfunction
function! _VimuxTmuxPaneIndex()
return _VimuxTmuxProperty("#I.#P")
endfunction
function! _VimuxTmuxWindowIndex()
return _VimuxTmuxProperty("#I")
endfunction
function! _VimuxNearestIndex()
let views = split(system("tmux list-"._VimuxRunnerType()."s"), "\n")
for view in views
if match(view, "(active)") == -1
return split(view, ":")[0]
endif
endfor
return -1
endfunction
function! _VimuxRunnerType()
return _VimuxOption("g:VimuxRunnerType", "pane")
endfunction
function! _VimuxOption(option, default)
if exists(a:option)
return eval(a:option)
else
return a:default
endif
endfunction
function! _VimuxTmuxProperty(property)
return substitute(system("tmux display -p '".a:property."'"), '\n$', '', '')
endfunction
function! _VimuxHasRunner(index)
return match(system("tmux list-"._VimuxRunnerType()."s -a"), a:index.":")
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" Tomorrow Night Blue - Full Colour and 256 Colour
" http://chriskempson.com
"
" Hex colour conversion functions borrowed from the theme "Desert256""
" Default GUI Colours
let s:foreground = "ffffff"
let s:background = "002451"
let s:selection = "003f8e"
let s:line = "00346e"
let s:comment = "7285b7"
let s:red = "ff9da4"
let s:orange = "ffc58f"
let s:yellow = "ffeead"
let s:green = "d1f1a9"
let s:aqua = "99ffff"
let s:blue = "bbdaff"
let s:purple = "ebbbff"
let s:window = "4d5057"
set background=dark
hi clear
syntax reset
let g:colors_name = "Tomorrow-Night-Blue"
if has("gui_running") || &t_Co == 88 || &t_Co == 256
" Returns an approximate grey index for the given grey level
fun <SID>grey_number(x)
if &t_Co == 88
if a:x < 23
return 0
elseif a:x < 69
return 1
elseif a:x < 103
return 2
elseif a:x < 127
return 3
elseif a:x < 150
return 4
elseif a:x < 173
return 5
elseif a:x < 196
return 6
elseif a:x < 219
return 7
elseif a:x < 243
return 8
else
return 9
endif
else
if a:x < 14
return 0
else
let l:n = (a:x - 8) / 10
let l:m = (a:x - 8) % 10
if l:m < 5
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual grey level represented by the grey index
fun <SID>grey_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 46
elseif a:n == 2
return 92
elseif a:n == 3
return 115
elseif a:n == 4
return 139
elseif a:n == 5
return 162
elseif a:n == 6
return 185
elseif a:n == 7
return 208
elseif a:n == 8
return 231
else
return 255
endif
else
if a:n == 0
return 0
else
return 8 + (a:n * 10)
endif
endif
endfun
" Returns the palette index for the given grey index
fun <SID>grey_colour(n)
if &t_Co == 88
if a:n == 0
return 16
elseif a:n == 9
return 79
else
return 79 + a:n
endif
else
if a:n == 0
return 16
elseif a:n == 25
return 231
else
return 231 + a:n
endif
endif
endfun
" Returns an approximate colour index for the given colour level
fun <SID>rgb_number(x)
if &t_Co == 88
if a:x < 69
return 0
elseif a:x < 172
return 1
elseif a:x < 230
return 2
else
return 3
endif
else
if a:x < 75
return 0
else
let l:n = (a:x - 55) / 40
let l:m = (a:x - 55) % 40
if l:m < 20
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual colour level for the given colour index
fun <SID>rgb_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 139
elseif a:n == 2
return 205
else
return 255
endif
else
if a:n == 0
return 0
else
return 55 + (a:n * 40)
endif
endif
endfun
" Returns the palette index for the given R/G/B colour indices
fun <SID>rgb_colour(x, y, z)
if &t_Co == 88
return 16 + (a:x * 16) + (a:y * 4) + a:z
else
return 16 + (a:x * 36) + (a:y * 6) + a:z
endif
endfun
" Returns the palette index to approximate the given R/G/B colour levels
fun <SID>colour(r, g, b)
" Get the closest grey
let l:gx = <SID>grey_number(a:r)
let l:gy = <SID>grey_number(a:g)
let l:gz = <SID>grey_number(a:b)
" Get the closest colour
let l:x = <SID>rgb_number(a:r)
let l:y = <SID>rgb_number(a:g)
let l:z = <SID>rgb_number(a:b)
if l:gx == l:gy && l:gy == l:gz
" There are two possibilities
let l:dgr = <SID>grey_level(l:gx) - a:r
let l:dgg = <SID>grey_level(l:gy) - a:g
let l:dgb = <SID>grey_level(l:gz) - a:b
let l:dgrey = (l:dgr * l:dgr) + (l:dgg * l:dgg) + (l:dgb * l:dgb)
let l:dr = <SID>rgb_level(l:gx) - a:r
let l:dg = <SID>rgb_level(l:gy) - a:g
let l:db = <SID>rgb_level(l:gz) - a:b
let l:drgb = (l:dr * l:dr) + (l:dg * l:dg) + (l:db * l:db)
if l:dgrey < l:drgb
" Use the grey
return <SID>grey_colour(l:gx)
else
" Use the colour
return <SID>rgb_colour(l:x, l:y, l:z)
endif
else
" Only one possibility
return <SID>rgb_colour(l:x, l:y, l:z)
endif
endfun
" Returns the palette index to approximate the 'rrggbb' hex string
fun <SID>rgb(rgb)
let l:r = ("0x" . strpart(a:rgb, 0, 2)) + 0
let l:g = ("0x" . strpart(a:rgb, 2, 2)) + 0
let l:b = ("0x" . strpart(a:rgb, 4, 2)) + 0
return <SID>colour(l:r, l:g, l:b)
endfun
" Sets the highlighting for the given group
fun <SID>X(group, fg, bg, attr)
if a:fg != ""
exec "hi " . a:group . " guifg=#" . a:fg . " ctermfg=" . <SID>rgb(a:fg)
endif
if a:bg != ""
exec "hi " . a:group . " guibg=#" . a:bg . " ctermbg=" . <SID>rgb(a:bg)
endif
if a:attr != ""
exec "hi " . a:group . " gui=" . a:attr . " cterm=" . a:attr
endif
endfun
" Vim Highlighting
call <SID>X("Normal", s:foreground, s:background, "")
call <SID>X("LineNr", s:selection, "", "")
call <SID>X("NonText", s:selection, "", "")
call <SID>X("SpecialKey", s:selection, "", "")
call <SID>X("Search", s:background, s:yellow, "")
call <SID>X("TabLine", s:foreground, s:background, "reverse")
call <SID>X("StatusLine", s:window, s:yellow, "reverse")
call <SID>X("StatusLineNC", s:window, s:foreground, "reverse")
call <SID>X("VertSplit", s:window, s:window, "none")
call <SID>X("Visual", "", s:selection, "")
call <SID>X("Directory", s:blue, "", "")
call <SID>X("ModeMsg", s:green, "", "")
call <SID>X("MoreMsg", s:green, "", "")
call <SID>X("Question", s:green, "", "")
call <SID>X("WarningMsg", s:red, "", "")
call <SID>X("MatchParen", "", s:selection, "")
call <SID>X("Folded", s:comment, s:background, "")
call <SID>X("FoldColumn", "", s:background, "")
if version >= 700
call <SID>X("CursorLine", "", s:line, "none")
call <SID>X("CursorColumn", "", s:line, "none")
call <SID>X("PMenu", s:foreground, s:selection, "none")
call <SID>X("PMenuSel", s:foreground, s:selection, "reverse")
end
if version >= 703
call <SID>X("ColorColumn", "", s:line, "none")
end
" Standard Highlighting
call <SID>X("Comment", s:comment, "", "")
call <SID>X("Todo", s:comment, s:background, "")
call <SID>X("Title", s:comment, "", "")
call <SID>X("Identifier", s:red, "", "none")
call <SID>X("Statement", s:foreground, "", "")
call <SID>X("Conditional", s:foreground, "", "")
call <SID>X("Repeat", s:foreground, "", "")
call <SID>X("Structure", s:purple, "", "")
call <SID>X("Function", s:blue, "", "")
call <SID>X("Constant", s:orange, "", "")
call <SID>X("String", s:green, "", "")
call <SID>X("Special", s:foreground, "", "")
call <SID>X("PreProc", s:purple, "", "")
call <SID>X("Operator", s:aqua, "", "none")
call <SID>X("Type", s:blue, "", "none")
call <SID>X("Define", s:purple, "", "none")
call <SID>X("Include", s:blue, "", "")
"call <SID>X("Ignore", "666666", "", "")
" Vim Highlighting
call <SID>X("vimCommand", s:red, "", "none")
" C Highlighting
call <SID>X("cType", s:yellow, "", "")
call <SID>X("cStorageClass", s:purple, "", "")
call <SID>X("cConditional", s:purple, "", "")
call <SID>X("cRepeat", s:purple, "", "")
" PHP Highlighting
call <SID>X("phpVarSelector", s:red, "", "")
call <SID>X("phpKeyword", s:purple, "", "")
call <SID>X("phpRepeat", s:purple, "", "")
call <SID>X("phpConditional", s:purple, "", "")
call <SID>X("phpStatement", s:purple, "", "")
call <SID>X("phpMemberSelector", s:foreground, "", "")
" Ruby Highlighting
call <SID>X("rubySymbol", s:green, "", "")
call <SID>X("rubyConstant", s:yellow, "", "")
call <SID>X("rubyAttribute", s:blue, "", "")
call <SID>X("rubyInclude", s:blue, "", "")
call <SID>X("rubyLocalVariableOrMethod", s:orange, "", "")
call <SID>X("rubyCurlyBlock", s:orange, "", "")
call <SID>X("rubyStringDelimiter", s:green, "", "")
call <SID>X("rubyInterpolationDelimiter", s:orange, "", "")
call <SID>X("rubyConditional", s:purple, "", "")
call <SID>X("rubyRepeat", s:purple, "", "")
" Python Highlighting
call <SID>X("pythonInclude", s:purple, "", "")
call <SID>X("pythonStatement", s:purple, "", "")
call <SID>X("pythonConditional", s:purple, "", "")
call <SID>X("pythonFunction", s:blue, "", "")
" JavaScript Highlighting
call <SID>X("javaScriptBraces", s:foreground, "", "")
call <SID>X("javaScriptFunction", s:purple, "", "")
call <SID>X("javaScriptConditional", s:purple, "", "")
call <SID>X("javaScriptRepeat", s:purple, "", "")
call <SID>X("javaScriptNumber", s:orange, "", "")
call <SID>X("javaScriptMember", s:orange, "", "")
" HTML Highlighting
call <SID>X("htmlTag", s:red, "", "")
call <SID>X("htmlTagName", s:red, "", "")
call <SID>X("htmlArg", s:red, "", "")
call <SID>X("htmlScriptTag", s:red, "", "")
" Diff Highlighting
call <SID>X("diffAdded", s:green, "", "")
call <SID>X("diffRemoved", s:red, "", "")
" Delete Functions
delf <SID>X
delf <SID>rgb
delf <SID>colour
delf <SID>rgb_colour
delf <SID>rgb_level
delf <SID>rgb_number
delf <SID>grey_colour
delf <SID>grey_level
delf <SID>grey_number
endif

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" Tomorrow Night Bright - Full Colour and 256 Colour
" http://chriskempson.com
"
" Hex colour conversion functions borrowed from the theme "Desert256""
" Default GUI Colours
let s:foreground = "eaeaea"
let s:background = "000000"
let s:selection = "424242"
let s:line = "2a2a2a"
let s:comment = "969896"
let s:red = "d54e53"
let s:orange = "e78c45"
let s:yellow = "e7c547"
let s:green = "b9ca4a"
let s:aqua = "70c0b1"
let s:blue = "7aa6da"
let s:purple = "c397d8"
let s:window = "4d5057"
set background=dark
hi clear
syntax reset
let g:colors_name = "Tomorrow-Night-Bright"
if has("gui_running") || &t_Co == 88 || &t_Co == 256
" Returns an approximate grey index for the given grey level
fun <SID>grey_number(x)
if &t_Co == 88
if a:x < 23
return 0
elseif a:x < 69
return 1
elseif a:x < 103
return 2
elseif a:x < 127
return 3
elseif a:x < 150
return 4
elseif a:x < 173
return 5
elseif a:x < 196
return 6
elseif a:x < 219
return 7
elseif a:x < 243
return 8
else
return 9
endif
else
if a:x < 14
return 0
else
let l:n = (a:x - 8) / 10
let l:m = (a:x - 8) % 10
if l:m < 5
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual grey level represented by the grey index
fun <SID>grey_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 46
elseif a:n == 2
return 92
elseif a:n == 3
return 115
elseif a:n == 4
return 139
elseif a:n == 5
return 162
elseif a:n == 6
return 185
elseif a:n == 7
return 208
elseif a:n == 8
return 231
else
return 255
endif
else
if a:n == 0
return 0
else
return 8 + (a:n * 10)
endif
endif
endfun
" Returns the palette index for the given grey index
fun <SID>grey_colour(n)
if &t_Co == 88
if a:n == 0
return 16
elseif a:n == 9
return 79
else
return 79 + a:n
endif
else
if a:n == 0
return 16
elseif a:n == 25
return 231
else
return 231 + a:n
endif
endif
endfun
" Returns an approximate colour index for the given colour level
fun <SID>rgb_number(x)
if &t_Co == 88
if a:x < 69
return 0
elseif a:x < 172
return 1
elseif a:x < 230
return 2
else
return 3
endif
else
if a:x < 75
return 0
else
let l:n = (a:x - 55) / 40
let l:m = (a:x - 55) % 40
if l:m < 20
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual colour level for the given colour index
fun <SID>rgb_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 139
elseif a:n == 2
return 205
else
return 255
endif
else
if a:n == 0
return 0
else
return 55 + (a:n * 40)
endif
endif
endfun
" Returns the palette index for the given R/G/B colour indices
fun <SID>rgb_colour(x, y, z)
if &t_Co == 88
return 16 + (a:x * 16) + (a:y * 4) + a:z
else
return 16 + (a:x * 36) + (a:y * 6) + a:z
endif
endfun
" Returns the palette index to approximate the given R/G/B colour levels
fun <SID>colour(r, g, b)
" Get the closest grey
let l:gx = <SID>grey_number(a:r)
let l:gy = <SID>grey_number(a:g)
let l:gz = <SID>grey_number(a:b)
" Get the closest colour
let l:x = <SID>rgb_number(a:r)
let l:y = <SID>rgb_number(a:g)
let l:z = <SID>rgb_number(a:b)
if l:gx == l:gy && l:gy == l:gz
" There are two possibilities
let l:dgr = <SID>grey_level(l:gx) - a:r
let l:dgg = <SID>grey_level(l:gy) - a:g
let l:dgb = <SID>grey_level(l:gz) - a:b
let l:dgrey = (l:dgr * l:dgr) + (l:dgg * l:dgg) + (l:dgb * l:dgb)
let l:dr = <SID>rgb_level(l:gx) - a:r
let l:dg = <SID>rgb_level(l:gy) - a:g
let l:db = <SID>rgb_level(l:gz) - a:b
let l:drgb = (l:dr * l:dr) + (l:dg * l:dg) + (l:db * l:db)
if l:dgrey < l:drgb
" Use the grey
return <SID>grey_colour(l:gx)
else
" Use the colour
return <SID>rgb_colour(l:x, l:y, l:z)
endif
else
" Only one possibility
return <SID>rgb_colour(l:x, l:y, l:z)
endif
endfun
" Returns the palette index to approximate the 'rrggbb' hex string
fun <SID>rgb(rgb)
let l:r = ("0x" . strpart(a:rgb, 0, 2)) + 0
let l:g = ("0x" . strpart(a:rgb, 2, 2)) + 0
let l:b = ("0x" . strpart(a:rgb, 4, 2)) + 0
return <SID>colour(l:r, l:g, l:b)
endfun
" Sets the highlighting for the given group
fun <SID>X(group, fg, bg, attr)
if a:fg != ""
exec "hi " . a:group . " guifg=#" . a:fg . " ctermfg=" . <SID>rgb(a:fg)
endif
if a:bg != ""
exec "hi " . a:group . " guibg=#" . a:bg . " ctermbg=" . <SID>rgb(a:bg)
endif
if a:attr != ""
exec "hi " . a:group . " gui=" . a:attr . " cterm=" . a:attr
endif
endfun
" Vim Highlighting
call <SID>X("Normal", s:foreground, s:background, "")
call <SID>X("LineNr", s:selection, "", "")
call <SID>X("NonText", s:selection, "", "")
call <SID>X("SpecialKey", s:selection, "", "")
call <SID>X("Search", s:background, s:yellow, "")
call <SID>X("TabLine", s:foreground, s:background, "reverse")
call <SID>X("StatusLine", s:window, s:yellow, "reverse")
call <SID>X("StatusLineNC", s:window, s:foreground, "reverse")
call <SID>X("VertSplit", s:window, s:window, "none")
call <SID>X("Visual", "", s:selection, "")
call <SID>X("Directory", s:blue, "", "")
call <SID>X("ModeMsg", s:green, "", "")
call <SID>X("MoreMsg", s:green, "", "")
call <SID>X("Question", s:green, "", "")
call <SID>X("WarningMsg", s:red, "", "")
call <SID>X("MatchParen", "", s:selection, "")
call <SID>X("Folded", s:comment, s:background, "")
call <SID>X("FoldColumn", "", s:background, "")
if version >= 700
call <SID>X("CursorLine", "", s:line, "none")
call <SID>X("CursorColumn", "", s:line, "none")
call <SID>X("PMenu", s:foreground, s:selection, "none")
call <SID>X("PMenuSel", s:foreground, s:selection, "reverse")
end
if version >= 703
call <SID>X("ColorColumn", "", s:line, "none")
end
" Standard Highlighting
call <SID>X("Comment", s:comment, "", "")
call <SID>X("Todo", s:comment, s:background, "")
call <SID>X("Title", s:comment, "", "")
call <SID>X("Identifier", s:red, "", "none")
call <SID>X("Statement", s:foreground, "", "")
call <SID>X("Conditional", s:foreground, "", "")
call <SID>X("Repeat", s:foreground, "", "")
call <SID>X("Structure", s:purple, "", "")
call <SID>X("Function", s:blue, "", "")
call <SID>X("Constant", s:orange, "", "")
call <SID>X("String", s:green, "", "")
call <SID>X("Special", s:foreground, "", "")
call <SID>X("PreProc", s:purple, "", "")
call <SID>X("Operator", s:aqua, "", "none")
call <SID>X("Type", s:blue, "", "none")
call <SID>X("Define", s:purple, "", "none")
call <SID>X("Include", s:blue, "", "")
"call <SID>X("Ignore", "666666", "", "")
" Vim Highlighting
call <SID>X("vimCommand", s:red, "", "none")
" C Highlighting
call <SID>X("cType", s:yellow, "", "")
call <SID>X("cStorageClass", s:purple, "", "")
call <SID>X("cConditional", s:purple, "", "")
call <SID>X("cRepeat", s:purple, "", "")
" PHP Highlighting
call <SID>X("phpVarSelector", s:red, "", "")
call <SID>X("phpKeyword", s:purple, "", "")
call <SID>X("phpRepeat", s:purple, "", "")
call <SID>X("phpConditional", s:purple, "", "")
call <SID>X("phpStatement", s:purple, "", "")
call <SID>X("phpMemberSelector", s:foreground, "", "")
" Ruby Highlighting
call <SID>X("rubySymbol", s:green, "", "")
call <SID>X("rubyConstant", s:yellow, "", "")
call <SID>X("rubyAttribute", s:blue, "", "")
call <SID>X("rubyInclude", s:blue, "", "")
call <SID>X("rubyLocalVariableOrMethod", s:orange, "", "")
call <SID>X("rubyCurlyBlock", s:orange, "", "")
call <SID>X("rubyStringDelimiter", s:green, "", "")
call <SID>X("rubyInterpolationDelimiter", s:orange, "", "")
call <SID>X("rubyConditional", s:purple, "", "")
call <SID>X("rubyRepeat", s:purple, "", "")
" Python Highlighting
call <SID>X("pythonInclude", s:purple, "", "")
call <SID>X("pythonStatement", s:purple, "", "")
call <SID>X("pythonConditional", s:purple, "", "")
call <SID>X("pythonFunction", s:blue, "", "")
" JavaScript Highlighting
call <SID>X("javaScriptBraces", s:foreground, "", "")
call <SID>X("javaScriptFunction", s:purple, "", "")
call <SID>X("javaScriptConditional", s:purple, "", "")
call <SID>X("javaScriptRepeat", s:purple, "", "")
call <SID>X("javaScriptNumber", s:orange, "", "")
call <SID>X("javaScriptMember", s:orange, "", "")
" HTML Highlighting
call <SID>X("htmlTag", s:red, "", "")
call <SID>X("htmlTagName", s:red, "", "")
call <SID>X("htmlArg", s:red, "", "")
call <SID>X("htmlScriptTag", s:red, "", "")
" Diff Highlighting
call <SID>X("diffAdded", s:green, "", "")
call <SID>X("diffRemoved", s:red, "", "")
" Delete Functions
delf <SID>X
delf <SID>rgb
delf <SID>colour
delf <SID>rgb_colour
delf <SID>rgb_level
delf <SID>rgb_number
delf <SID>grey_colour
delf <SID>grey_level
delf <SID>grey_number
endif

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" Tomorrow Night Eighties - Full Colour and 256 Colour
" http://chriskempson.com
"
" Hex colour conversion functions borrowed from the theme "Desert256""
" Default GUI Colours
let s:foreground = "cccccc"
let s:background = "2d2d2d"
let s:selection = "515151"
let s:line = "393939"
let s:comment = "999999"
let s:red = "f2777a"
let s:orange = "f99157"
let s:yellow = "ffcc66"
let s:green = "99cc99"
let s:aqua = "009999"
let s:blue = "99cccc"
let s:purple = "cc99cc"
let s:window = "4d5057"
set background=dark
hi clear
syntax reset
let g:colors_name = "Tomorrow-Night-Eighties"
if has("gui_running") || &t_Co == 88 || &t_Co == 256
" Returns an approximate grey index for the given grey level
fun <SID>grey_number(x)
if &t_Co == 88
if a:x < 23
return 0
elseif a:x < 69
return 1
elseif a:x < 103
return 2
elseif a:x < 127
return 3
elseif a:x < 150
return 4
elseif a:x < 173
return 5
elseif a:x < 196
return 6
elseif a:x < 219
return 7
elseif a:x < 243
return 8
else
return 9
endif
else
if a:x < 14
return 0
else
let l:n = (a:x - 8) / 10
let l:m = (a:x - 8) % 10
if l:m < 5
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual grey level represented by the grey index
fun <SID>grey_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 46
elseif a:n == 2
return 92
elseif a:n == 3
return 115
elseif a:n == 4
return 139
elseif a:n == 5
return 162
elseif a:n == 6
return 185
elseif a:n == 7
return 208
elseif a:n == 8
return 231
else
return 255
endif
else
if a:n == 0
return 0
else
return 8 + (a:n * 10)
endif
endif
endfun
" Returns the palette index for the given grey index
fun <SID>grey_colour(n)
if &t_Co == 88
if a:n == 0
return 16
elseif a:n == 9
return 79
else
return 79 + a:n
endif
else
if a:n == 0
return 16
elseif a:n == 25
return 231
else
return 231 + a:n
endif
endif
endfun
" Returns an approximate colour index for the given colour level
fun <SID>rgb_number(x)
if &t_Co == 88
if a:x < 69
return 0
elseif a:x < 172
return 1
elseif a:x < 230
return 2
else
return 3
endif
else
if a:x < 75
return 0
else
let l:n = (a:x - 55) / 40
let l:m = (a:x - 55) % 40
if l:m < 20
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual colour level for the given colour index
fun <SID>rgb_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 139
elseif a:n == 2
return 205
else
return 255
endif
else
if a:n == 0
return 0
else
return 55 + (a:n * 40)
endif
endif
endfun
" Returns the palette index for the given R/G/B colour indices
fun <SID>rgb_colour(x, y, z)
if &t_Co == 88
return 16 + (a:x * 16) + (a:y * 4) + a:z
else
return 16 + (a:x * 36) + (a:y * 6) + a:z
endif
endfun
" Returns the palette index to approximate the given R/G/B colour levels
fun <SID>colour(r, g, b)
" Get the closest grey
let l:gx = <SID>grey_number(a:r)
let l:gy = <SID>grey_number(a:g)
let l:gz = <SID>grey_number(a:b)
" Get the closest colour
let l:x = <SID>rgb_number(a:r)
let l:y = <SID>rgb_number(a:g)
let l:z = <SID>rgb_number(a:b)
if l:gx == l:gy && l:gy == l:gz
" There are two possibilities
let l:dgr = <SID>grey_level(l:gx) - a:r
let l:dgg = <SID>grey_level(l:gy) - a:g
let l:dgb = <SID>grey_level(l:gz) - a:b
let l:dgrey = (l:dgr * l:dgr) + (l:dgg * l:dgg) + (l:dgb * l:dgb)
let l:dr = <SID>rgb_level(l:gx) - a:r
let l:dg = <SID>rgb_level(l:gy) - a:g
let l:db = <SID>rgb_level(l:gz) - a:b
let l:drgb = (l:dr * l:dr) + (l:dg * l:dg) + (l:db * l:db)
if l:dgrey < l:drgb
" Use the grey
return <SID>grey_colour(l:gx)
else
" Use the colour
return <SID>rgb_colour(l:x, l:y, l:z)
endif
else
" Only one possibility
return <SID>rgb_colour(l:x, l:y, l:z)
endif
endfun
" Returns the palette index to approximate the 'rrggbb' hex string
fun <SID>rgb(rgb)
let l:r = ("0x" . strpart(a:rgb, 0, 2)) + 0
let l:g = ("0x" . strpart(a:rgb, 2, 2)) + 0
let l:b = ("0x" . strpart(a:rgb, 4, 2)) + 0
return <SID>colour(l:r, l:g, l:b)
endfun
" Sets the highlighting for the given group
fun <SID>X(group, fg, bg, attr)
if a:fg != ""
exec "hi " . a:group . " guifg=#" . a:fg . " ctermfg=" . <SID>rgb(a:fg)
endif
if a:bg != ""
exec "hi " . a:group . " guibg=#" . a:bg . " ctermbg=" . <SID>rgb(a:bg)
endif
if a:attr != ""
exec "hi " . a:group . " gui=" . a:attr . " cterm=" . a:attr
endif
endfun
" Vim Highlighting
call <SID>X("Normal", s:foreground, s:background, "")
call <SID>X("LineNr", s:selection, "", "")
call <SID>X("NonText", s:selection, "", "")
call <SID>X("SpecialKey", s:selection, "", "")
call <SID>X("Search", s:background, s:yellow, "")
call <SID>X("TabLine", s:foreground, s:background, "reverse")
call <SID>X("StatusLine", s:window, s:yellow, "reverse")
call <SID>X("StatusLineNC", s:window, s:foreground, "reverse")
call <SID>X("VertSplit", s:window, s:window, "none")
call <SID>X("Visual", "", s:selection, "")
call <SID>X("Directory", s:blue, "", "")
call <SID>X("ModeMsg", s:green, "", "")
call <SID>X("MoreMsg", s:green, "", "")
call <SID>X("Question", s:green, "", "")
call <SID>X("WarningMsg", s:red, "", "")
call <SID>X("MatchParen", "", s:selection, "")
call <SID>X("Folded", s:comment, s:background, "")
call <SID>X("FoldColumn", "", s:background, "")
if version >= 700
call <SID>X("CursorLine", "", s:line, "none")
call <SID>X("CursorColumn", "", s:line, "none")
call <SID>X("PMenu", s:foreground, s:selection, "none")
call <SID>X("PMenuSel", s:foreground, s:selection, "reverse")
end
if version >= 703
call <SID>X("ColorColumn", "", s:line, "none")
end
" Standard Highlighting
call <SID>X("Comment", s:comment, "", "")
call <SID>X("Todo", s:comment, s:background, "")
call <SID>X("Title", s:comment, "", "")
call <SID>X("Identifier", s:red, "", "none")
call <SID>X("Statement", s:foreground, "", "")
call <SID>X("Conditional", s:foreground, "", "")
call <SID>X("Repeat", s:foreground, "", "")
call <SID>X("Structure", s:purple, "", "")
call <SID>X("Function", s:blue, "", "")
call <SID>X("Constant", s:orange, "", "")
call <SID>X("String", s:green, "", "")
call <SID>X("Special", s:foreground, "", "")
call <SID>X("PreProc", s:purple, "", "")
call <SID>X("Operator", s:aqua, "", "none")
call <SID>X("Type", s:blue, "", "none")
call <SID>X("Define", s:purple, "", "none")
call <SID>X("Include", s:blue, "", "")
"call <SID>X("Ignore", "666666", "", "")
" Vim Highlighting
call <SID>X("vimCommand", s:red, "", "none")
" C Highlighting
call <SID>X("cType", s:yellow, "", "")
call <SID>X("cStorageClass", s:purple, "", "")
call <SID>X("cConditional", s:purple, "", "")
call <SID>X("cRepeat", s:purple, "", "")
" PHP Highlighting
call <SID>X("phpVarSelector", s:red, "", "")
call <SID>X("phpKeyword", s:purple, "", "")
call <SID>X("phpRepeat", s:purple, "", "")
call <SID>X("phpConditional", s:purple, "", "")
call <SID>X("phpStatement", s:purple, "", "")
call <SID>X("phpMemberSelector", s:foreground, "", "")
" Ruby Highlighting
call <SID>X("rubySymbol", s:green, "", "")
call <SID>X("rubyConstant", s:yellow, "", "")
call <SID>X("rubyAttribute", s:blue, "", "")
call <SID>X("rubyInclude", s:blue, "", "")
call <SID>X("rubyLocalVariableOrMethod", s:orange, "", "")
call <SID>X("rubyCurlyBlock", s:orange, "", "")
call <SID>X("rubyStringDelimiter", s:green, "", "")
call <SID>X("rubyInterpolationDelimiter", s:orange, "", "")
call <SID>X("rubyConditional", s:purple, "", "")
call <SID>X("rubyRepeat", s:purple, "", "")
" Python Highlighting
call <SID>X("pythonInclude", s:purple, "", "")
call <SID>X("pythonStatement", s:purple, "", "")
call <SID>X("pythonConditional", s:purple, "", "")
call <SID>X("pythonFunction", s:blue, "", "")
" JavaScript Highlighting
call <SID>X("javaScriptBraces", s:foreground, "", "")
call <SID>X("javaScriptFunction", s:purple, "", "")
call <SID>X("javaScriptConditional", s:purple, "", "")
call <SID>X("javaScriptRepeat", s:purple, "", "")
call <SID>X("javaScriptNumber", s:orange, "", "")
call <SID>X("javaScriptMember", s:orange, "", "")
" HTML Highlighting
call <SID>X("htmlTag", s:red, "", "")
call <SID>X("htmlTagName", s:red, "", "")
call <SID>X("htmlArg", s:red, "", "")
call <SID>X("htmlScriptTag", s:red, "", "")
" Diff Highlighting
call <SID>X("diffAdded", s:green, "", "")
call <SID>X("diffRemoved", s:red, "", "")
" Delete Functions
delf <SID>X
delf <SID>rgb
delf <SID>colour
delf <SID>rgb_colour
delf <SID>rgb_level
delf <SID>rgb_number
delf <SID>grey_colour
delf <SID>grey_level
delf <SID>grey_number
endif

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@@ -0,0 +1,362 @@
" Tomorrow Night - Full Colour and 256 Colour
" http://chriskempson.com
"
" Hex colour conversion functions borrowed from the theme "Desert256""
" Default GUI Colours
let s:foreground = "c5c8c6"
let s:background = "1d1f21"
let s:selection = "373b41"
let s:line = "282a2e"
let s:comment = "969896"
let s:red = "cc6666"
let s:orange = "de935f"
let s:yellow = "f0c674"
let s:green = "b5bd68"
let s:aqua = "8abeb7"
let s:blue = "81a2be"
let s:purple = "b294bb"
let s:window = "4d5057"
" Console 256 Colours
if !has("gui_running")
let s:background = "303030"
let s:window = "5e5e5e"
let s:line = "3a3a3a"
let s:selection = "585858"
end
set background=dark
hi clear
syntax reset
let g:colors_name = "Tomorrow-Night"
if has("gui_running") || &t_Co == 88 || &t_Co == 256
" Returns an approximate grey index for the given grey level
fun <SID>grey_number(x)
if &t_Co == 88
if a:x < 23
return 0
elseif a:x < 69
return 1
elseif a:x < 103
return 2
elseif a:x < 127
return 3
elseif a:x < 150
return 4
elseif a:x < 173
return 5
elseif a:x < 196
return 6
elseif a:x < 219
return 7
elseif a:x < 243
return 8
else
return 9
endif
else
if a:x < 14
return 0
else
let l:n = (a:x - 8) / 10
let l:m = (a:x - 8) % 10
if l:m < 5
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual grey level represented by the grey index
fun <SID>grey_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 46
elseif a:n == 2
return 92
elseif a:n == 3
return 115
elseif a:n == 4
return 139
elseif a:n == 5
return 162
elseif a:n == 6
return 185
elseif a:n == 7
return 208
elseif a:n == 8
return 231
else
return 255
endif
else
if a:n == 0
return 0
else
return 8 + (a:n * 10)
endif
endif
endfun
" Returns the palette index for the given grey index
fun <SID>grey_colour(n)
if &t_Co == 88
if a:n == 0
return 16
elseif a:n == 9
return 79
else
return 79 + a:n
endif
else
if a:n == 0
return 16
elseif a:n == 25
return 231
else
return 231 + a:n
endif
endif
endfun
" Returns an approximate colour index for the given colour level
fun <SID>rgb_number(x)
if &t_Co == 88
if a:x < 69
return 0
elseif a:x < 172
return 1
elseif a:x < 230
return 2
else
return 3
endif
else
if a:x < 75
return 0
else
let l:n = (a:x - 55) / 40
let l:m = (a:x - 55) % 40
if l:m < 20
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual colour level for the given colour index
fun <SID>rgb_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 139
elseif a:n == 2
return 205
else
return 255
endif
else
if a:n == 0
return 0
else
return 55 + (a:n * 40)
endif
endif
endfun
" Returns the palette index for the given R/G/B colour indices
fun <SID>rgb_colour(x, y, z)
if &t_Co == 88
return 16 + (a:x * 16) + (a:y * 4) + a:z
else
return 16 + (a:x * 36) + (a:y * 6) + a:z
endif
endfun
" Returns the palette index to approximate the given R/G/B colour levels
fun <SID>colour(r, g, b)
" Get the closest grey
let l:gx = <SID>grey_number(a:r)
let l:gy = <SID>grey_number(a:g)
let l:gz = <SID>grey_number(a:b)
" Get the closest colour
let l:x = <SID>rgb_number(a:r)
let l:y = <SID>rgb_number(a:g)
let l:z = <SID>rgb_number(a:b)
if l:gx == l:gy && l:gy == l:gz
" There are two possibilities
let l:dgr = <SID>grey_level(l:gx) - a:r
let l:dgg = <SID>grey_level(l:gy) - a:g
let l:dgb = <SID>grey_level(l:gz) - a:b
let l:dgrey = (l:dgr * l:dgr) + (l:dgg * l:dgg) + (l:dgb * l:dgb)
let l:dr = <SID>rgb_level(l:gx) - a:r
let l:dg = <SID>rgb_level(l:gy) - a:g
let l:db = <SID>rgb_level(l:gz) - a:b
let l:drgb = (l:dr * l:dr) + (l:dg * l:dg) + (l:db * l:db)
if l:dgrey < l:drgb
" Use the grey
return <SID>grey_colour(l:gx)
else
" Use the colour
return <SID>rgb_colour(l:x, l:y, l:z)
endif
else
" Only one possibility
return <SID>rgb_colour(l:x, l:y, l:z)
endif
endfun
" Returns the palette index to approximate the 'rrggbb' hex string
fun <SID>rgb(rgb)
let l:r = ("0x" . strpart(a:rgb, 0, 2)) + 0
let l:g = ("0x" . strpart(a:rgb, 2, 2)) + 0
let l:b = ("0x" . strpart(a:rgb, 4, 2)) + 0
return <SID>colour(l:r, l:g, l:b)
endfun
" Sets the highlighting for the given group
fun <SID>X(group, fg, bg, attr)
if a:fg != ""
exec "hi " . a:group . " guifg=#" . a:fg . " ctermfg=" . <SID>rgb(a:fg)
endif
if a:bg != ""
exec "hi " . a:group . " guibg=#" . a:bg . " ctermbg=" . <SID>rgb(a:bg)
endif
if a:attr != ""
exec "hi " . a:group . " gui=" . a:attr . " cterm=" . a:attr
endif
endfun
" Vim Highlighting
call <SID>X("Normal", s:foreground, s:background, "")
call <SID>X("LineNr", s:selection, "", "")
call <SID>X("NonText", s:selection, "", "")
call <SID>X("SpecialKey", s:selection, "", "")
call <SID>X("Search", s:background, s:yellow, "")
call <SID>X("TabLine", s:foreground, s:background, "reverse")
call <SID>X("StatusLine", s:window, s:yellow, "reverse")
call <SID>X("StatusLineNC", s:window, s:foreground, "reverse")
call <SID>X("VertSplit", s:window, s:window, "none")
call <SID>X("Visual", "", s:selection, "")
call <SID>X("Directory", s:blue, "", "")
call <SID>X("ModeMsg", s:green, "", "")
call <SID>X("MoreMsg", s:green, "", "")
call <SID>X("Question", s:green, "", "")
call <SID>X("WarningMsg", s:red, "", "")
call <SID>X("MatchParen", "", s:selection, "")
call <SID>X("Folded", s:comment, s:background, "")
call <SID>X("FoldColumn", "", s:background, "")
if version >= 700
call <SID>X("CursorLine", "", s:line, "none")
call <SID>X("CursorColumn", "", s:line, "none")
call <SID>X("PMenu", s:foreground, s:selection, "none")
call <SID>X("PMenuSel", s:foreground, s:selection, "reverse")
call <SID>X("SignColumn", "", s:background, "none")
end
if version >= 703
call <SID>X("ColorColumn", "", s:line, "none")
end
" Standard Highlighting
call <SID>X("Comment", s:comment, "", "")
call <SID>X("Todo", s:comment, s:background, "")
call <SID>X("Title", s:comment, "", "")
call <SID>X("Identifier", s:red, "", "none")
call <SID>X("Statement", s:foreground, "", "")
call <SID>X("Conditional", s:foreground, "", "")
call <SID>X("Repeat", s:foreground, "", "")
call <SID>X("Structure", s:purple, "", "")
call <SID>X("Function", s:blue, "", "")
call <SID>X("Constant", s:orange, "", "")
call <SID>X("String", s:green, "", "")
call <SID>X("Special", s:foreground, "", "")
call <SID>X("PreProc", s:purple, "", "")
call <SID>X("Operator", s:aqua, "", "none")
call <SID>X("Type", s:blue, "", "none")
call <SID>X("Define", s:purple, "", "none")
call <SID>X("Include", s:blue, "", "")
"call <SID>X("Ignore", "666666", "", "")
" Vim Highlighting
call <SID>X("vimCommand", s:red, "", "none")
" C Highlighting
call <SID>X("cType", s:yellow, "", "")
call <SID>X("cStorageClass", s:purple, "", "")
call <SID>X("cConditional", s:purple, "", "")
call <SID>X("cRepeat", s:purple, "", "")
" PHP Highlighting
call <SID>X("phpVarSelector", s:red, "", "")
call <SID>X("phpKeyword", s:purple, "", "")
call <SID>X("phpRepeat", s:purple, "", "")
call <SID>X("phpConditional", s:purple, "", "")
call <SID>X("phpStatement", s:purple, "", "")
call <SID>X("phpMemberSelector", s:foreground, "", "")
" Ruby Highlighting
call <SID>X("rubySymbol", s:green, "", "")
call <SID>X("rubyConstant", s:yellow, "", "")
call <SID>X("rubyAttribute", s:blue, "", "")
call <SID>X("rubyInclude", s:blue, "", "")
call <SID>X("rubyLocalVariableOrMethod", s:orange, "", "")
call <SID>X("rubyCurlyBlock", s:orange, "", "")
call <SID>X("rubyStringDelimiter", s:green, "", "")
call <SID>X("rubyInterpolationDelimiter", s:orange, "", "")
call <SID>X("rubyConditional", s:purple, "", "")
call <SID>X("rubyRepeat", s:purple, "", "")
" Python Highlighting
call <SID>X("pythonInclude", s:purple, "", "")
call <SID>X("pythonStatement", s:purple, "", "")
call <SID>X("pythonConditional", s:purple, "", "")
call <SID>X("pythonFunction", s:blue, "", "")
" JavaScript Highlighting
call <SID>X("javaScriptBraces", s:foreground, "", "")
call <SID>X("javaScriptFunction", s:purple, "", "")
call <SID>X("javaScriptConditional", s:purple, "", "")
call <SID>X("javaScriptRepeat", s:purple, "", "")
call <SID>X("javaScriptNumber", s:orange, "", "")
call <SID>X("javaScriptMember", s:orange, "", "")
" HTML Highlighting
call <SID>X("htmlTag", s:red, "", "")
call <SID>X("htmlTagName", s:red, "", "")
call <SID>X("htmlArg", s:red, "", "")
call <SID>X("htmlScriptTag", s:red, "", "")
" Diff Highlighting
call <SID>X("diffAdded", s:green, "", "")
call <SID>X("diffRemoved", s:red, "", "")
" ShowMarks Highlighting
call <SID>X("ShowMarksHLl", s:orange, s:background, "none")
call <SID>X("ShowMarksHLo", s:purple, s:background, "none")
call <SID>X("ShowMarksHLu", s:yellow, s:background, "none")
call <SID>X("ShowMarksHLm", s:aqua, s:background, "none")
" Delete Functions
delf <SID>X
delf <SID>rgb
delf <SID>colour
delf <SID>rgb_colour
delf <SID>rgb_level
delf <SID>rgb_number
delf <SID>grey_colour
delf <SID>grey_level
delf <SID>grey_number
endif

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" Tomorrow - Full Colour and 256 Colour
" http://chriskempson.com
"
" Hex colour conversion functions borrowed from the theme "Desert256""
" Default GUI Colours
let s:foreground = "4d4d4c"
let s:background = "fafafa"
let s:selection = "d6d6d6"
let s:line = "efefef"
let s:comment = "8e908c"
let s:red = "c82829"
let s:orange = "f5871f"
let s:yellow = "eab700"
let s:green = "718c00"
let s:aqua = "3e999f"
let s:blue = "4271ae"
let s:purple = "8959a8"
let s:window = "efefef"
set background=light
hi clear
syntax reset
let g:colors_name = "Tomorrow"
if has("gui_running") || &t_Co == 88 || &t_Co == 256
" Returns an approximate grey index for the given grey level
fun <SID>grey_number(x)
if &t_Co == 88
if a:x < 23
return 0
elseif a:x < 69
return 1
elseif a:x < 103
return 2
elseif a:x < 127
return 3
elseif a:x < 150
return 4
elseif a:x < 173
return 5
elseif a:x < 196
return 6
elseif a:x < 219
return 7
elseif a:x < 243
return 8
else
return 9
endif
else
if a:x < 14
return 0
else
let l:n = (a:x - 8) / 10
let l:m = (a:x - 8) % 10
if l:m < 5
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual grey level represented by the grey index
fun <SID>grey_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 46
elseif a:n == 2
return 92
elseif a:n == 3
return 115
elseif a:n == 4
return 139
elseif a:n == 5
return 162
elseif a:n == 6
return 185
elseif a:n == 7
return 208
elseif a:n == 8
return 231
else
return 255
endif
else
if a:n == 0
return 0
else
return 8 + (a:n * 10)
endif
endif
endfun
" Returns the palette index for the given grey index
fun <SID>grey_colour(n)
if &t_Co == 88
if a:n == 0
return 16
elseif a:n == 9
return 79
else
return 79 + a:n
endif
else
if a:n == 0
return 16
elseif a:n == 25
return 231
else
return 231 + a:n
endif
endif
endfun
" Returns an approximate colour index for the given colour level
fun <SID>rgb_number(x)
if &t_Co == 88
if a:x < 69
return 0
elseif a:x < 172
return 1
elseif a:x < 230
return 2
else
return 3
endif
else
if a:x < 75
return 0
else
let l:n = (a:x - 55) / 40
let l:m = (a:x - 55) % 40
if l:m < 20
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" Returns the actual colour level for the given colour index
fun <SID>rgb_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 139
elseif a:n == 2
return 205
else
return 255
endif
else
if a:n == 0
return 0
else
return 55 + (a:n * 40)
endif
endif
endfun
" Returns the palette index for the given R/G/B colour indices
fun <SID>rgb_colour(x, y, z)
if &t_Co == 88
return 16 + (a:x * 16) + (a:y * 4) + a:z
else
return 16 + (a:x * 36) + (a:y * 6) + a:z
endif
endfun
" Returns the palette index to approximate the given R/G/B colour levels
fun <SID>colour(r, g, b)
" Get the closest grey
let l:gx = <SID>grey_number(a:r)
let l:gy = <SID>grey_number(a:g)
let l:gz = <SID>grey_number(a:b)
" Get the closest colour
let l:x = <SID>rgb_number(a:r)
let l:y = <SID>rgb_number(a:g)
let l:z = <SID>rgb_number(a:b)
if l:gx == l:gy && l:gy == l:gz
" There are two possibilities
let l:dgr = <SID>grey_level(l:gx) - a:r
let l:dgg = <SID>grey_level(l:gy) - a:g
let l:dgb = <SID>grey_level(l:gz) - a:b
let l:dgrey = (l:dgr * l:dgr) + (l:dgg * l:dgg) + (l:dgb * l:dgb)
let l:dr = <SID>rgb_level(l:gx) - a:r
let l:dg = <SID>rgb_level(l:gy) - a:g
let l:db = <SID>rgb_level(l:gz) - a:b
let l:drgb = (l:dr * l:dr) + (l:dg * l:dg) + (l:db * l:db)
if l:dgrey < l:drgb
" Use the grey
return <SID>grey_colour(l:gx)
else
" Use the colour
return <SID>rgb_colour(l:x, l:y, l:z)
endif
else
" Only one possibility
return <SID>rgb_colour(l:x, l:y, l:z)
endif
endfun
" Returns the palette index to approximate the 'rrggbb' hex string
fun <SID>rgb(rgb)
let l:r = ("0x" . strpart(a:rgb, 0, 2)) + 0
let l:g = ("0x" . strpart(a:rgb, 2, 2)) + 0
let l:b = ("0x" . strpart(a:rgb, 4, 2)) + 0
return <SID>colour(l:r, l:g, l:b)
endfun
" Sets the highlighting for the given group
fun <SID>X(group, fg, bg, attr)
if a:fg != ""
exec "hi " . a:group . " guifg=#" . a:fg . " ctermfg=" . <SID>rgb(a:fg)
endif
if a:bg != ""
exec "hi " . a:group . " guibg=#" . a:bg . " ctermbg=" . <SID>rgb(a:bg)
endif
if a:attr != ""
exec "hi " . a:group . " gui=" . a:attr . " cterm=" . a:attr
endif
endfun
" Vim Highlighting
call <SID>X("Normal", s:foreground, s:background, "")
highlight LineNr term=bold cterm=NONE ctermfg=DarkGrey ctermbg=NONE gui=NONE guifg=DarkGrey guibg=NONE
call <SID>X("NonText", s:selection, "", "")
call <SID>X("SpecialKey", s:selection, "", "")
call <SID>X("Search", s:foreground, s:yellow, "")
call <SID>X("TabLine", s:foreground, s:background, "reverse")
call <SID>X("StatusLine", s:window, s:yellow, "reverse")
call <SID>X("StatusLineNC", s:window, s:foreground, "reverse")
call <SID>X("VertSplit", s:window, s:window, "none")
call <SID>X("Visual", "", s:selection, "")
call <SID>X("Directory", s:blue, "", "")
call <SID>X("ModeMsg", s:green, "", "")
call <SID>X("MoreMsg", s:green, "", "")
call <SID>X("Question", s:green, "", "")
call <SID>X("WarningMsg", s:red, "", "")
call <SID>X("MatchParen", "", s:selection, "")
call <SID>X("Folded", s:comment, s:background, "")
call <SID>X("FoldColumn", "", s:background, "")
if version >= 700
call <SID>X("CursorLine", "", s:line, "none")
call <SID>X("CursorColumn", "", s:line, "none")
call <SID>X("PMenu", s:foreground, s:selection, "none")
call <SID>X("PMenuSel", s:foreground, s:selection, "reverse")
end
if version >= 703
call <SID>X("ColorColumn", "", s:line, "none")
end
" Standard Highlighting
call <SID>X("Comment", s:comment, "", "")
call <SID>X("Todo", s:comment, s:background, "")
call <SID>X("Title", s:comment, "", "")
call <SID>X("Identifier", s:red, "", "none")
call <SID>X("Statement", s:foreground, "", "")
call <SID>X("Conditional", s:foreground, "", "")
call <SID>X("Repeat", s:foreground, "", "")
call <SID>X("Structure", s:purple, "", "")
call <SID>X("Function", s:blue, "", "")
call <SID>X("Constant", s:orange, "", "")
call <SID>X("String", s:green, "", "")
call <SID>X("Special", s:foreground, "", "")
call <SID>X("PreProc", s:purple, "", "")
call <SID>X("Operator", s:aqua, "", "none")
call <SID>X("Type", s:blue, "", "none")
call <SID>X("Define", s:purple, "", "none")
call <SID>X("Include", s:blue, "", "")
"call <SID>X("Ignore", "666666", "", "")
" Vim Highlighting
call <SID>X("vimCommand", s:red, "", "none")
" C Highlighting
call <SID>X("cType", s:yellow, "", "")
call <SID>X("cStorageClass", s:purple, "", "")
call <SID>X("cConditional", s:purple, "", "")
call <SID>X("cRepeat", s:purple, "", "")
" PHP Highlighting
call <SID>X("phpVarSelector", s:red, "", "")
call <SID>X("phpKeyword", s:purple, "", "")
call <SID>X("phpRepeat", s:purple, "", "")
call <SID>X("phpConditional", s:purple, "", "")
call <SID>X("phpStatement", s:purple, "", "")
call <SID>X("phpMemberSelector", s:foreground, "", "")
" Ruby Highlighting
call <SID>X("rubySymbol", s:green, "", "")
call <SID>X("rubyConstant", s:yellow, "", "")
call <SID>X("rubyAttribute", s:blue, "", "")
call <SID>X("rubyInclude", s:blue, "", "")
call <SID>X("rubyLocalVariableOrMethod", s:orange, "", "")
call <SID>X("rubyCurlyBlock", s:orange, "", "")
call <SID>X("rubyStringDelimiter", s:green, "", "")
call <SID>X("rubyInterpolationDelimiter", s:orange, "", "")
call <SID>X("rubyConditional", s:purple, "", "")
call <SID>X("rubyRepeat", s:purple, "", "")
" Python Highlighting
call <SID>X("pythonInclude", s:purple, "", "")
call <SID>X("pythonStatement", s:purple, "", "")
call <SID>X("pythonConditional", s:purple, "", "")
call <SID>X("pythonFunction", s:blue, "", "")
" JavaScript Highlighting
call <SID>X("javaScriptBraces", s:foreground, "", "")
call <SID>X("javaScriptFunction", s:purple, "", "")
call <SID>X("javaScriptConditional", s:purple, "", "")
call <SID>X("javaScriptRepeat", s:purple, "", "")
call <SID>X("javaScriptNumber", s:orange, "", "")
call <SID>X("javaScriptMember", s:orange, "", "")
" HTML Highlighting
call <SID>X("htmlTag", s:red, "", "")
call <SID>X("htmlTagName", s:red, "", "")
call <SID>X("htmlArg", s:red, "", "")
call <SID>X("htmlScriptTag", s:red, "", "")
" Diff Highlighting
call <SID>X("diffAdded", s:green, "", "")
call <SID>X("diffRemoved", s:red, "", "")
" Delete Functions
delf <SID>X
delf <SID>rgb
delf <SID>colour
delf <SID>rgb_colour
delf <SID>rgb_level
delf <SID>rgb_number
delf <SID>grey_colour
delf <SID>grey_level
delf <SID>grey_number
endif

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*live-latex-preview.txt* For Vim version 7.4. Last change: 2014 Feb 01
*live-latex-preview*
A plugin for creating a live-updating PDF preview for a LaTeX file in MuPDF
Default key bindings:~
\o = Begin/end auto-compilation and live-updating (Note:
starting live compilation will also open PDF preview.)
\p = Open/close PDF preview window. (Note: closing the
PDF preview will also stop auto-compilation.)
\s = Check the result of the last compilation;
jump to first error in case of errors.
\f = Forward search to page in PDF matching cursor
position in source.
\r = Reverse/inverse search to position in source
matching active page in MuPDF. (Very approximate.)
\c = End any compilations in progress, and begin new compilation
now. (Useful for un-"stick"ing stalled compilations.)
Note: if auto-compilation is turned off, this will still
compile and show the results inside vim.
\<PageUp>, \<PageDown>, \<Up>, \<Down>, \<Right>, \<Left>, \G
\m, \t, \-, \+, \= = Send the corresponding keystrokes
to the MuPDF preview without losing focus on vim Window
The '\' can be changed by changing <LocalLeader>.
To suppress the default key mappings, insert:
let no_tex_maps = 1
into your .vimrc file. You may then define your own mappings which
execute the command :call FunctionName(). The important function
names defined by the plugin are:
*LaunchMuPDF()* which opens the PDF preview;
*CloseMuPDF()* which closes the PDF preview;
*PDFViewingToggle()* which toggles the PDF preview on/off;
*UpdatingToggle()* which toggles live-updating on/off;
*CheckLiveUpdateStatus()* which returns the results of the last
compilation, and jumps to the first error, if any; and
*MuPDFForward()* and *MuPDFReverse()* for forward and reverse search.
Autosaving~
Be aware that when live updating is active, your file is saved whenever
the cursor moves. Be sure to take the appropriate measures to keep
back-up saves and undo files so you can undo changes if need be. If
you would like the file to save with each keystroke even when the
preview is not active, then put
let tex_preview_always_autosave = 1
into your .vimrc file.
*LaTeX-compilation* options
Using XeLaTeX~
To compile with XeLaTeX rather than PDFLaTeX, include the string
'xelatex' somewhere in the first five lines of your file (e.g., in a
comment).
Using LaTeX > dvips > ps2pdf (for, e.g., PSTricks support)~
If pstricks or related pst-* package is loaded in your preamble, this option
will be automatically used. Otherwise, pdflatex or xelatex will be used.
(Thanks to Hong Ying for implementing this.)
(Support for LuaLaTeX may be added in the future.)
Using biber instead of bibTeX~
To process bibliographic citations with biber instead of bibTeX, include
the string 'biber' somewhere in the first five lines of your file (e.g.,
in a comment).
Using -shell-escape~
To enable the -shell-escape command-line option, to allow
LaTeX's \write18{..} command (for, e.g., the minted package), include
the string 'shell-escape' somewhere in the first five lines of your file
(e.g., in a comment).
LaTeX *subdocuments*
LaTeX *root*
Working with subdocuments~
If you want to use the live preview feature while editing a
sub-document, i.e., a document included in another document by means
of LaTeX's \input{..} or \include{..} commands, then put a comment
in the first five lines of the subdocument containing the string
'root = main.tex' (replacing 'main.tex' with the actual name
of the master file). This is meant to be compatible with the convention
adopted by other editors such as TeXworks and TeXshop, which use
the convention:
% !TeX root = main.tex
to indicate that the master document for a given file is named "main.tex".
All files should be in the same folder.
Contact Kevin C. Klement <klement@philos.umass.edu> with bug reports.
vim:tw=78:ts=8:ft=help:norl:

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dot_vim/doc/tags Normal file
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CheckLiveUpdateStatus() live-latex-preview.txt /*CheckLiveUpdateStatus()*
CloseMuPDF() live-latex-preview.txt /*CloseMuPDF()*
LaTeX-compilation live-latex-preview.txt /*LaTeX-compilation*
LaunchMuPDF() live-latex-preview.txt /*LaunchMuPDF()*
MuPDFForward() live-latex-preview.txt /*MuPDFForward()*
MuPDFReverse() live-latex-preview.txt /*MuPDFReverse()*
PDFViewingToggle() live-latex-preview.txt /*PDFViewingToggle()*
UpdatingToggle() live-latex-preview.txt /*UpdatingToggle()*
clang_close-preview clang_complete.txt /*clang_close-preview*
clang_complete clang_complete.txt /*clang_complete*
clang_complete-author clang_complete.txt /*clang_complete-author*
clang_complete-auto_select clang_complete.txt /*clang_complete-auto_select*
clang_complete-auto_user_options clang_complete.txt /*clang_complete-auto_user_options*
clang_complete-cc_args clang_complete.txt /*clang_complete-cc_args*
clang_complete-clang_restore_cr_imap clang_complete.txt /*clang_complete-clang_restore_cr_imap*
clang_complete-clang_trailing_placeholder clang_complete.txt /*clang_complete-clang_trailing_placeholder*
clang_complete-compilation_database clang_complete.txt /*clang_complete-compilation_database*
clang_complete-compl_kinds clang_complete.txt /*clang_complete-compl_kinds*
clang_complete-complete_auto clang_complete.txt /*clang_complete-complete_auto*
clang_complete-complete_macros clang_complete.txt /*clang_complete-complete_macros*
clang_complete-complete_patterns clang_complete.txt /*clang_complete-complete_patterns*
clang_complete-conceal_snippets clang_complete.txt /*clang_complete-conceal_snippets*
clang_complete-configuration clang_complete.txt /*clang_complete-configuration*
clang_complete-copen clang_complete.txt /*clang_complete-copen*
clang_complete-description clang_complete.txt /*clang_complete-description*
clang_complete-faq clang_complete.txt /*clang_complete-faq*
clang_complete-hl_errors clang_complete.txt /*clang_complete-hl_errors*
clang_complete-issues clang_complete.txt /*clang_complete-issues*
clang_complete-jumpto_back_key clang_complete.txt /*clang_complete-jumpto_back_key*
clang_complete-jumpto_declaration_in_preview_key clang_complete.txt /*clang_complete-jumpto_declaration_in_preview_key*
clang_complete-jumpto_declaration_key clang_complete.txt /*clang_complete-jumpto_declaration_key*
clang_complete-keybindings clang_complete.txt /*clang_complete-keybindings*
clang_complete-library_path clang_complete.txt /*clang_complete-library_path*
clang_complete-license clang_complete.txt /*clang_complete-license*
clang_complete-loaded clang_complete.txt /*clang_complete-loaded*
clang_complete-make_default_keymappings clang_complete.txt /*clang_complete-make_default_keymappings*
clang_complete-omnicppcomplete_compliance clang_complete.txt /*clang_complete-omnicppcomplete_compliance*
clang_complete-optional_args_in_snippets clang_complete.txt /*clang_complete-optional_args_in_snippets*
clang_complete-options clang_complete.txt /*clang_complete-options*
clang_complete-periodic_quickfix clang_complete.txt /*clang_complete-periodic_quickfix*
clang_complete-snippets clang_complete.txt /*clang_complete-snippets*
clang_complete-snippets_engine clang_complete.txt /*clang_complete-snippets_engine*
clang_complete-sort_algo clang_complete.txt /*clang_complete-sort_algo*
clang_complete-todo clang_complete.txt /*clang_complete-todo*
clang_complete-use_library clang_complete.txt /*clang_complete-use_library*
clang_complete-user_options clang_complete.txt /*clang_complete-user_options*
clang_complete.txt clang_complete.txt /*clang_complete.txt*
g:clang_auto_select clang_complete.txt /*g:clang_auto_select*
g:clang_auto_user_options clang_complete.txt /*g:clang_auto_user_options*
g:clang_close_preview clang_complete.txt /*g:clang_close_preview*
g:clang_compilation_database clang_complete.txt /*g:clang_compilation_database*
g:clang_complete_auto clang_complete.txt /*g:clang_complete_auto*
g:clang_complete_copen clang_complete.txt /*g:clang_complete_copen*
g:clang_complete_loaded clang_complete.txt /*g:clang_complete_loaded*
g:clang_complete_macros clang_complete.txt /*g:clang_complete_macros*
g:clang_complete_optional_args_in_snippets clang_complete.txt /*g:clang_complete_optional_args_in_snippets*
g:clang_complete_patterns clang_complete.txt /*g:clang_complete_patterns*
g:clang_conceal_snippets clang_complete.txt /*g:clang_conceal_snippets*
g:clang_hl_errors clang_complete.txt /*g:clang_hl_errors*
g:clang_jumpto_back_key clang_complete.txt /*g:clang_jumpto_back_key*
g:clang_jumpto_declaration_in_preview_key clang_complete.txt /*g:clang_jumpto_declaration_in_preview_key*
g:clang_jumpto_declaration_key clang_complete.txt /*g:clang_jumpto_declaration_key*
g:clang_library_path clang_complete.txt /*g:clang_library_path*
g:clang_make_default_keymappings clang_complete.txt /*g:clang_make_default_keymappings*
g:clang_omnicppcomplete_compliance clang_complete.txt /*g:clang_omnicppcomplete_compliance*
g:clang_periodic_quickfix clang_complete.txt /*g:clang_periodic_quickfix*
g:clang_restore_cr_imap clang_complete.txt /*g:clang_restore_cr_imap*
g:clang_snippets clang_complete.txt /*g:clang_snippets*
g:clang_snippets_engine clang_complete.txt /*g:clang_snippets_engine*
g:clang_sort_algo clang_complete.txt /*g:clang_sort_algo*
g:clang_trailing_placeholder clang_complete.txt /*g:clang_trailing_placeholder*
g:clang_use_library clang_complete.txt /*g:clang_use_library*
g:clang_user_options clang_complete.txt /*g:clang_user_options*
live-latex-preview live-latex-preview.txt /*live-latex-preview*
live-latex-preview.txt live-latex-preview.txt /*live-latex-preview.txt*
root live-latex-preview.txt /*root*
subdocuments live-latex-preview.txt /*subdocuments*

1
dot_vim/dot_gitignore Normal file
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.netrwhist

27
dot_vim/dot_gitmodules Normal file
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[submodule "bundle/vim-colors-solarized"]
path = bundle/vim-colors-solarized
url = git://github.com/altercation/vim-colors-solarized.git
[submodule "bundle/ctrlp.vim"]
path = bundle/ctrlp.vim
url = https://github.com/kien/ctrlp.vim.git
[submodule "bundle/ctx"]
path = bundle/ctx
url = https://github.com/vim-scripts/ctx.git
[submodule "bundle/vim-surround"]
path = bundle/vim-surround
url = https://github.com/tpope/vim-surround.git
[submodule "bundle/vim-project"]
path = bundle/vim-project
url = https://github.com/shemerey/vim-project.git
[submodule "bundle/2048"]
path = bundle/2048
url = https://github.com/AshyIsMe/2048
[submodule "bundle/vim-coffee-script"]
path = bundle/vim-coffee-script
url = https://github.com/kchmck/vim-coffee-script.git
[submodule "bundle/nerdtree"]
path = bundle/nerdtree
url = https://github.com/scrooloose/nerdtree.git
[submodule "bundle/semantic-highlight.vim"]
path = bundle/semantic-highlight.vim
url = https://github.com/jaxbot/semantic-highlight.vim.git

3
dot_vim/dot_netrwhist Normal file
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let g:netrw_dirhistmax =10
let g:netrw_dirhistcnt =1
let g:netrw_dirhist_1='/home/linly/Code/RMI_THINGS/RMIServer/lib/src/main/java/rmiserver'

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"
" limp/vim/limp.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" Setup the Limp environment
"
" Version:
" 0.2
"
" Date:
" 2008-04-28
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
"
" Changelog:
" * 2008-04-28 by Mikael Jansson <mail@mikael.jansson.be>
" Only change colorscheme and nocompatible when not previously set.
"
" * 2008-04-25 by Mikael Jansson <mail@mikael.jansson.be>
" Catch-all key <F12> for Lisp boot, connect & display
"
" * 2008-04-20 by Mikael Jansson <mail@mikael.jansson.be>
" Initial version.
"-------------------------------------------------------------------
if exists("b:did_ftplugin")
finish
endif
let b:did_ftplugin = 1
"-------------------------------------------------------------------
" external dependencies
"-------------------------------------------------------------------
silent! runtime plugin/matchit.vim
"-------------------------------------------------------------------
" the Limp library
"-------------------------------------------------------------------
runtime ftplugin/lisp/limp/cursor.vim
runtime ftplugin/lisp/limp/highlight.vim
runtime ftplugin/lisp/limp/sexp.vim
runtime ftplugin/lisp/limp/bridge.vim
runtime ftplugin/lisp/limp/autoclose.vim
runtime ftplugin/lisp/limp/keys.vim
runtime ftplugin/lisp/limp/mode.vim

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"
" limp/vim/autoclose.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" AutoClose, closes what's opened.
"
" This plugin closes opened parenthesis, braces, brackets, quotes as you
" type them. As of 1.1, if you type the open brace twice ({{), the closing
" brace will be pushed down to a new line.
"
" You can enable or disable this plugin by typing \a (or <Leader>a if
" you've redefined your leader character) in normal mode. You'll also
" probably want to know you can type <C-V> (<C-Q> if mswin is set) and the next
" character you type doesn't have mappings applied. This is useful when you
" want to insert only an opening paren or something.
"
" Version:
" 0.2
"
" Date:
" September 20, 2007
"
" Authors:
" Karl Guertin <grayrest@gr.ayre.st>
" Mikael Jansson <mail@mikael.jansson.be>
"
" Changelog:
" 2008-04-20 by Mikael Jansson <mail@mikael.jansson.be>
" * Factored out start/stop functions.
" * Removed the default mappings to toggle autoclose
"
" 2007-09-20 by Karl Guertin <grayrest@gr.ayre.st>
" 1.1.2 -- Fixed a mapping typo and caught a double brace problem
" 1.1.1 -- Missed a bug in 1.1, September 19, 2007
" 1.1 -- When not inserting at the end, previous version would eat chars
" at end of line, added double open->newline, September 19, 2007
" 1.0.1 -- Cruft from other parts of the mapping, knew I shouldn't have
" released the first as 1.0, April 3, 2007
" Setup -----------------------------------------------------{{{1
let s:omni_active = 0
let s:cotstate = &completeopt
if !exists('g:autoclose_on')
let g:autoclose_on = 0
endif
" assume everything has been defined already if one of the functions are
" defined.
if exists("*AutoClose_start")
finish
endif
if !exists("*AutoClose_stop")
fun! AutoClose_stop()
if g:autoclose_on
iunmap "
iunmap (
iunmap )
iunmap [
iunmap ]
iunmap {
iunmap }
iunmap <BS>
iunmap <C-h>
iunmap <Esc>
""iunmap <C-[>
let g:autoclose_on = 0
endif
endfun
endif
if !exists("*AutoClose_start")
fun! AutoClose_start()
if !g:autoclose_on
inoremap <silent> " <C-R>=<SID>QuoteDelim('"')<CR>
inoremap <silent> ( (<C-R>=<SID>CloseStackPush(')')<CR>
inoremap <silent> ) <C-R>=<SID>CloseStackPop(')')<CR>
inoremap <silent> [ [<C-R>=<SID>CloseStackPush(']')<CR>
inoremap <silent> ] <C-R>=<SID>CloseStackPop(']')<CR>
inoremap <silent> { <C-R>=<SID>OpenSpecial('{','}')<CR>
inoremap <silent> } <C-R>=<SID>CloseStackPop('}')<CR>
inoremap <silent> <BS> <C-R>=<SID>OpenCloseBackspace()<CR>
inoremap <silent> <C-h> <C-R>=<SID>OpenCloseBackspace()<CR>
inoremap <silent> <Esc> <C-R>=<SID>CloseStackPop('')<CR><Esc>
inoremap <silent> <C-[> <C-R>=<SID>CloseStackPop('')<CR><C-[>
let g:autoclose_on = 1
endif
endfunction
endif
let s:closeStack = []
" AutoClose Utilities -----------------------------------------{{{1
if !exists("*<SID>OpenSpecial")
function <SID>OpenSpecial(ochar,cchar) " ---{{{2
let line = getline('.')
let col = col('.') - 2
"echom string(col).':'.line[:(col)].'|'.line[(col+1):]
if a:ochar == line[(col)] && a:cchar == line[(col+1)] "&& strlen(line) - (col) == 2
"echom string(s:closeStack)
while len(s:closeStack) > 0
call remove(s:closeStack, 0)
endwhile
return "\<esc>a\<CR>a\<CR>".a:cchar."\<esc>\"_xk$\"_xa"
endif
return a:ochar.<SID>CloseStackPush(a:cchar)
endfunction
endif
if !exists("*<SID>CloseStackPush")
function <SID>CloseStackPush(char) " ---{{{2
"echom "push"
let line = getline('.')
let col = col('.')-2
if (col) < 0
call setline('.',a:char.line)
else
"echom string(col).':'.line[:(col)].'|'.line[(col+1):]
call setline('.',line[:(col)].a:char.line[(col+1):])
endif
call insert(s:closeStack, a:char)
"echom join(s:closeStack,'').' -- '.a:char
return ''
endfunction
endif
if !exists("*<SID>CloseStackPop")
function <SID>CloseStackPop(char) " ---{{{2
"echom "pop"
if len(s:closeStack) == 0
return a:char
endif
let popped = ''
let lastpop = ''
"echom join(s:closeStack,'').' || '.lastpop
while len(s:closeStack) > 0 && ((lastpop == '' && popped == '') || lastpop != a:char)
let lastpop = remove(s:closeStack,0)
let popped .= lastpop
"echom join(s:closeStack,'').' || '.lastpop.' || '.popped
endwhile
"echom ' --> '.popped
let col = col('.') - 2
let line = getline('.')
let splits = split(line[:col],popped,1)
"echom string(splits)
"echom col.' '.line[(col+2):].' '.popped
call setline('.',join(splits,popped).line[(col+strlen(popped)+1):])
return popped
endfunction
endif
if !exists("*<SID>QuoteDelim")
function <SID>QuoteDelim(char) " ---{{{2
let line = getline('.')
let col = col('.')
if line[col - 2] == "\\"
"Inserting a quoted quotation mark into the string
return a:char
elseif line[col - 1] == a:char
"Escaping out of the string
return "\<C-R>=".s:SID()."CloseStackPop(\"\\".a:char."\")\<CR>"
else
"Starting a string
return a:char."\<C-R>=".s:SID()."CloseStackPush(\"\\".a:char."\")\<CR>"
endif
endfunction
endif
" The strings returned from QuoteDelim aren't in scope for <SID>, so I
" have to fake it using this function (from the Vim help, but tweaked)
"
if !exists("*s:SID")
function s:SID()
return matchstr(expand('<sfile>'), '<SNR>\d\+_\zeSID$')
endfun
endif
if !exists("*<SID>OpenCloseBackspace")
function <SID>OpenCloseBackspace() " ---{{{2
"if pumvisible()
" pclose
" call <SID>StopOmni()
" return "\<C-E>"
"else
let curline = getline('.')
let curpos = col('.')
let curletter = curline[curpos-1]
let prevletter = curline[curpos-2]
if (prevletter == '"' && curletter == '"') ||
\ (prevletter == "'" && curletter == "'") ||
\ (prevletter == "(" && curletter == ")") ||
\ (prevletter == "{" && curletter == "}") ||
\ (prevletter == "[" && curletter == "]")
if len(s:closeStack) > 0
call remove(s:closeStack,0)
endif
return "\<Delete>\<BS>"
else
return "\<BS>"
endif
"endif
endf
endif

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"
" limp/vim/bridge.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" Handle communication between Vim and Lisp, including boot, connect and
" display. Relies on 'lisp.sh' from the Limp package.
"
" Version:
" 0.2
"
" Date:
" 2008-04-25
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
" Larry Clapp <vim@theclapp.org>
" Changelog:
" 2008-08-26 by Mikael Jansson <mail@mikael.jansson.be>
" * Optionally specify core at startup and exit.
"
" 2008-08-25 by Mikael Jansson <mail@mikael.jansson.be>
" * Now boots a new Lisp or connects to an existing via screen.
" No longer needs the funnel (although it does need a file to read to/from
" screen: it doesn't seem as if 'stuff' can handle very large amounts of
" texts)
"
" 2008-08-18 by Mikael Jansson <mail@mikael.jansson.be>
" * Tab-completed prompt that lets you choose the Lisp process to connect to.
" Moved the startup to before the loaded check.
"-------------------------------------------------------------------
" startup
"-------------------------------------------------------------------
" only do these things once
let s:Limp_version="0.3.4"
let s:Limp_location = expand("$LIMPRUNTIME")
"if s:Limp_location == "" || s:Limp_location == "$LIMPRUNTIME"
if !filereadable(s:Limp_location . "/vim/limp.vim")
let s:Limp_location = "/usr/local/limp/" . s:Limp_version
endif
" prefix for the pipe used for communication
let s:limp_bridge_channel_base = $HOME . "/.limp_bridge_channel-"
let s:limp_bridge_connected=0
exe "setlocal complete+=s" . s:Limp_location . "/vim/thesaurus"
"-------------------------------------------------------------------
" talk to multiple Lisps using LimpBridge_connect()
"-------------------------------------------------------------------
fun! LimpBridge_complete_lisp(A,L,P)
let prefix = s:limp_bridge_channel_base
"echom "ls -1 ".prefix."*"
let output = system("ls -1 ".prefix."*")
if stridx(output, prefix."*") >= 0
echom "No Lisps started yet?"
return
endif
let files = split(output, "\n")
let names = []
for f in files
let names += [f[strlen(prefix):]]
endfor
return names
endfun
" optionally specify the screen id to connect to
"
" return values:
"
" -1 if user didn't want to connect
" 0 if connection wasn't possible
" 1 if the user did connect
" 2 if the user was already connected
"
fun! LimpBridge_connect(...)
if s:limp_bridge_connected == 1
echom "Already connected to Lisp!"
return 2
endif
if a:0 == 1 && a:1 != ""
" format: 7213.limp_listener-foo
let pid = a:1[:stridx(a:1, '.')-1]
let fullname = a:1[stridx(a:1, '.')+1:]
let name = fullname[strlen("limp_listener-"):]
let s:limp_bridge_channel = s:limp_bridge_channel_base.name.".".pid
else
let s:limp_bridge_channel = s:limp_bridge_channel_base
let name = input("Connect to [boot new]: ", "", "customlist,LimpBridge_complete_lisp")
if name == ""
return -1
endif
let s:limp_bridge_channel .= name
if 0 == filewritable(s:limp_bridge_channel) "|| s:limp_bridge_channel = s:limp_bridge_channel_base
echom "Not a Limp channel."
return 0
endif
endif
" extract the PID from format: foo.104982
" (backward from screen sty naming to ease tab completion)
" bridge id is the file used for communication between Vim and screen
let s:limp_bridge_id = strpart(s:limp_bridge_channel, strlen(s:limp_bridge_channel_base))
" bridge screenid is the screen in which the Lisp is running
let s:limp_bridge_screenid = s:limp_bridge_id[strridx(s:limp_bridge_id, '.')+1:]
"let s:limp_bridge_scratch = $HOME . "/.limp_bridge_scratch-" . s:limp_bridge_id
let s:limp_bridge_test = $HOME . '/.limp_bridge_test-' . s:limp_bridge_id
silent exe "new" s:limp_bridge_channel
if exists( "#BufEnter#*.lisp#" )
doauto BufEnter x.lisp
endif
setlocal syntax=lisp
" XXX: in ViLisp, buftype=nowrite, but w/ limp_bridge_channel, vim
" complains about the file being write-only.
"setlocal buftype=nowrite
setlocal bufhidden=hide
setlocal nobuflisted
setlocal noswapfile
hide
silent exe "new" s:limp_bridge_test
if exists( "#BufEnter#*.lisp#" )
doauto BufEnter x.lisp
endif
setlocal syntax=lisp
" setlocal buftype=nofile
setlocal bufhidden=hide
setlocal nobuflisted
" setlocal noswapfile
hide
" hide from the user that we created and deleted (hid, really) a couple of
" buffers
"normal!
redraw
let s:limp_bridge_connected=1
echom "Welcome to Limp. May your journey be pleasant."
return 1
endfun
fun! LimpBridge_connection_status()
if s:limp_bridge_connected == 1
return "Connected to ".s:limp_bridge_id
else
return "Disconnected"
endif
endfun
fun! LimpBridge_disconnect()
let s:limp_bridge_connected = 0
let s:limp_bridge_id = "<disconnected>"
endfun
"
" optionally, specify the path of the core to save to
"
fun! LimpBridge_quit_lisp(...)
" we were given a file
if a:0 == 1 && a:1 != ""
let core = a:1
call LimpBridge_send_to_lisp("(sb-ext:save-lisp-and-die \"".core."\")\n")
echom "Lisp ".s:limp_bridge_id." is gone, core saved to ".core."."
else
call LimpBridge_send_to_lisp("(sb-ext:quit)\n")
echom "Lisp ".s:limp_bridge_id." is gone."
endif
call LimpBridge_disconnect()
endfun
fun! LimpBridge_shutdown_lisp()
if s:limp_bridge_connected == 1
let core = input("Name of core to save [none]: ", "", "file")
call LimpBridge_quit_lisp(core)
else
echom "Not connected."
endif
endfun
"
" when not connected, start new or connect to existing
" otherwise, switch to Lisp (screen)
fun! LimpBridge_boot_or_connect_or_display()
if s:limp_bridge_connected
" is it still running?
let status = system("screen -ls")
if stridx(status, s:limp_bridge_screenid) == -1
call LimpBridge_disconnect()
return
endif
let cmd = "screen -x ".s:limp_bridge_screenid
if has("gui_running") || b:listener_always_open_window == 1
let cmd = "xterm -e " . cmd
if b:listener_keep_open == 1
let cmd .= " &"
endif
endif
silent exe "!".cmd
redraw!
else
" connect to a fresh Lisp
let what = LimpBridge_connect()
if what <= 0
" user didn't want to connect, let's boot!
let name = input("Name the Lisp: ")
if strlen(name) == 0
" give up
return
endif
let core = input("Path to core to boot [use system-default]: ", "", "file")
let core_opt = ""
if filereadable(core)
let core_opt = "-c ".core
echom "Booting ".core."..."
else
echom "Booting..."
endif
let styfile = tempname()
let cmd = s:Limp_location . "/bin/lisp.sh ".core_opt."-s ".styfile." -b ".name
call system(cmd)
while getfsize(styfile) <= len("limp_listener")
sleep 200m
endwhile
" needs to be binary, or readfile() expects a newline...
let lines = readfile(styfile, 'b')
if len(lines) < 1
echom "Error getting screen ID!"
return
endif
let sty = lines[0]
call delete(styfile)
call LimpBridge_connect(sty)
call LimpBridge_boot_or_connect_or_display()
endif
endif
endfun
augroup LimpBridge
au!
autocmd BufLeave .LimpBridge_* setlocal nobuflisted
autocmd BufLeave *.lisp let g:limp_bridge_last_lisp = bufname( "%" )
augroup END
"-------------------------------------------------------------------
" plugin <-> function mappings
"-------------------------------------------------------------------
nnoremap <silent> <buffer> <Plug>LimpBootConnectDisplay :call LimpBridge_boot_or_connect_or_display()<CR>
nnoremap <silent> <buffer> <Plug>LimpDisconnect :call LimpBridge_disconnect()<CR>
nnoremap <silent> <buffer> <Plug>LimpShutdownLisp :call LimpBridge_shutdown_lisp()<CR>
nnoremap <silent> <buffer> <Plug>EvalTop :call LimpBridge_eval_top_form()<CR>
nnoremap <silent> <buffer> <Plug>EvalCurrent :call LimpBridge_eval_current_form()<CR>
nnoremap <silent> <buffer> <Plug>EvalExpression :call LimpBridge_prompt_eval_expression()<CR>
vnoremap <silent> <buffer> <Plug>EvalBlock :call LimpBridge_eval_block()<cr>
nnoremap <silent> <buffer> <Plug>AbortReset :call LimpBridge_send_to_lisp( "ABORT\n" )<CR>
nnoremap <silent> <buffer> <Plug>AbortInterrupt :call LimpBridge_send_to_lisp( "" )<CR>
nnoremap <silent> <buffer> <Plug>TestCurrent :call LimpBridge_stuff_current_form()<CR>
nnoremap <silent> <buffer> <Plug>TestTop :call LimpBridge_stuff_top_form()<CR>
nnoremap <silent> <buffer> <Plug>LoadThisFile :call LimpBridge_send_to_lisp( "(load \"" . expand( "%:p" ) . "\")\n")<CR>
nnoremap <silent> <buffer> <Plug>LoadAnyFile :call LimpBridge_send_to_lisp( "(load \"" . expand( "%:p:r" ) . "\")\n")<CR>
nnoremap <silent> <buffer> <Plug>CompileFile :w! <bar> call LimpBridge_send_to_lisp("(compile-file \"".expand("%:p")."\")\n")<CR>
" XXX: What's the proprer syntax for calling >1 Plug?
""nnoremap <buffer> <Plug>CompileAndLoadFile <Plug>CompileFile <bar> <Plug>LoadAnyFile
nnoremap <silent> <buffer> <Plug>CompileAndLoadFile :w! <bar> call LimpBridge_send_to_lisp("(compile-file \"".expand("%:p")."\")\n") <bar> call LimpBridge_send_to_lisp( "(load \"" . expand( "%:p:r" ) . "\")\n")<CR>
" Goto Test Buffer:
" Goto Split: split current buffer and goto test buffer
nnoremap <silent> <buffer> <Plug>GotoTestBuffer :call LimpBridge_goto_buffer_or_window(g:limp_bridge_test)<CR>
nnoremap <silent> <buffer> <Plug>GotoTestBufferAndSplit :sb <bar> call LimpBridge_goto_buffer_or_window(g:limp_bridge_test)<CR>
" Goto Last: return to g:limp_bridge_last_lisp, i.e. last buffer
nnoremap <silent> <buffer> <Plug>GotoLastLispBuffer :call LimpBridge_goto_buffer_or_window(g:limp_bridge_last_lisp)<CR>
" HyperSpec:
nnoremap <silent> <buffer> <Plug>HyperspecExact :call LimpBridge_hyperspec("exact", 0)<CR>
nnoremap <silent> <buffer> <Plug>HyperspecPrefix :call LimpBridge_hyperspec("prefix", 1)<CR>
nnoremap <silent> <buffer> <Plug>HyperspecSuffix :call LimpBridge_hyperspec("suffix", 1)<CR>
nnoremap <silent> <buffer> <Plug>HyperspecGrep :call LimpBridge_hyperspec("grep", 1)<CR>
nnoremap <silent> <buffer> <Plug>HyperspecFirstLetterIndex :call LimpBridge_hyperspec("index", 0)<CR>
nnoremap <silent> <buffer> <Plug>HyperspecFullIndex :call LimpBridge_hyperspec("index-page", 0)<CR>
" Help Describe: ask Lisp about the current symbol
nnoremap <silent> <buffer> <Plug>HelpDescribe :call LimpBridge_send_to_lisp("(describe '".expand("<cword>").")")<CR>
"-------------------------------------------------------------------
" library
"-------------------------------------------------------------------
" assume that all of the file has been loaded & defined once
" if one of the functions are defined.
if exists("*LimpBridge_goto_buffer_or_window")
finish
endif
function! LimpBridge_goto_buffer_or_window( buff )
if -1 == bufwinnr( a:buff )
exe "hide bu" a:buff
else
exe bufwinnr( a:buff ) . "wincmd w"
endif
endfunction
function! LimpBridge_get_pos()
" what buffer are we in?
let bufnr = bufnr( "%" )
" get current position
let c_cur = virtcol( "." )
let l_cur = line( "." )
normal! H
let l_top = line( "." )
let pos = bufnr . "|" . l_top . "," . l_cur . "," . c_cur
" go back
exe "normal! " l_cur . "G" . c_cur . "|"
return( pos )
endfunction
function! LimpBridge_goto_pos( pos )
let mx = '\(\d\+\)|\(\d\+\),\(\d\+\),\(\d\+\)'
let bufnr = substitute( a:pos, mx, '\1', '' )
let l_top = substitute( a:pos, mx, '\2', '' )
let l_cur = substitute( a:pos, mx, '\3', '' )
let c_cur = substitute( a:pos, mx, '\4', '' )
silent exe "hide bu" bufnr
silent exe "normal! " . l_top . "Gzt" . l_cur . "G" . c_cur . "|"
endfunction
function! LimpBridge_yank( motion )
let value = ''
let p = LimpBridge_get_pos()
silent! exec 'normal!' a:motion
let new_p = LimpBridge_get_pos()
" did we move?
if p != new_p
" go back
silent! exec 'normal!' a:motion
let old_l = @l
exec 'normal! "ly' . a:motion
let value = @l
let @l = old_l
endif
call LimpBridge_goto_pos( p )
return( value )
endfunction
" copy an expression to a buffer
function! LimpBridge_send_sexp_to_buffer( sexp, buffer )
let p = LimpBridge_get_pos()
" go to the given buffer, go to the bottom
exe "hide bu" a:buffer
silent normal! G
" tried append() -- doesn't work the way I need it to
let old_l = @l
let @l = a:sexp
silent exe "put l"
" normal! "lp
let @l = old_l
call LimpBridge_goto_pos( p )
endfunction
" destroys contents of LimpBridge_channel buffer
function! LimpBridge_send_to_lisp( sexp )
if a:sexp == ''
return
endif
if !s:limp_bridge_connected
echom "Not connected to Lisp!"
return
endif
let p = LimpBridge_get_pos()
" goto LimpBridge_channel, delete it, put s-exp, write it to lisp
try
exe "hide bu" s:limp_bridge_channel
exe "%d"
normal! 1G
" tried append() -- doesn't work the way I need it to
let old_l = @l
let @l = a:sexp
normal! "lP
let @l = old_l
silent exe 'w!'
call system('screen -x '.s:limp_bridge_screenid.' -p 0 -X eval "readbuf" "paste ."')
catch /^Vim:E211:/
echom "Lisp is gone!"
" file not available, Lisp disappeared
call LimpBridge_disconnect()
endtry
call LimpBridge_goto_pos( p )
endfunction
function! LimpBridge_prompt_eval_expression()
let whatwhat = input("Eval: ")
call LimpBridge_send_to_lisp(whatwhat)
endfun
" Actually evals current top level form
function! LimpBridge_eval_top_form()
" save position
let p = LimpBridge_get_pos()
silent! exec "normal! 99[("
call LimpBridge_send_to_lisp( LimpBridge_yank( "%" ) )
" fix cursor position, in case of error below
call LimpBridge_goto_pos( p )
endfunction
function! LimpBridge_eval_current_form()
" save position
let pos = LimpBridge_get_pos()
" find & yank current s-exp
normal! [(
let sexp = LimpBridge_yank( "%" )
call LimpBridge_send_to_lisp( sexp )
call LimpBridge_goto_pos( pos )
endfunction
function! LimpBridge_eval_block() range
" save position
let pos = LimpBridge_get_pos()
" yank current visual block
let old_l = @l
'<,'> yank l
let sexp = @l
let @l = old_l
call LimpBridge_send_to_lisp( sexp )
call LimpBridge_goto_pos( pos )
endfunction
function! LimpBridge_stuff_current_form()
" save position
let pos = LimpBridge_get_pos()
" find & yank current s-exp
normal! [(
call LimpBridge_send_sexp_to_buffer( LimpBridge_yank( "%" ), s:limp_bridge_test )
call LimpBridge_goto_pos( pos )
endfunction
function! LimpBridge_stuff_top_form()
" save position
let pos = LimpBridge_get_pos()
" find & yank top-level s-exp
silent! exec "normal! 99[("
call LimpBridge_send_sexp_to_buffer( LimpBridge_yank( "%" ), s:limp_bridge_test )
call LimpBridge_goto_pos( pos )
endfunction
function! LimpBridge_hyperspec(type, make_page)
" get current word under cursor
let word = expand( "<cword>" )
let cmd = "! perl " . s:Limp_location . "/bin/limp-hyperspec.pl"
let cmd = cmd . " " . a:type . " " . a:make_page . " '" . word . "'"
silent! exe cmd
redraw!
endfunction

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"
" limp/vim/cursor.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" Save/restore cursor position in window (mostly obsoleted by Vim7 though)
"
" Version:
" 0.2
"
" Date:
" 2008-04-25
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
" Charles E. Campbell, Jr. <drNchipO@ScampbellPfamilyA.Mbiz>-NOSPAM
"
" Changelog:
" 2008-04-18
" * Removed all leader mappings
"
" Usage:
" call Cursor_push()
" let cursor = Cursor_get()
"
" call Cursor_pop()
" call Cursor_set(cursor)
"
" Load Once: {{{1
let s:keepcpo = &cpo
set cpo&vim
" -----------------------
" Public Interface: {{{1
" -----------------------
let s:modifier= "sil keepj "
" assume that all of the file has been loaded & defined once
" if one of the functions are defined.
if exists("*Cursor_get")
finish
endif
" Cursor_get: {{{1
" Return the current cursor (as an executable command!)
"
fun! Cursor_get()
if line(".") == 1 && getline(1) == ""
return ""
endif
" disable various scrolling trickery
let so_keep = &so
let siso_keep = &siso
let ss_keep = &ss
set so=0 siso=0 ss=0
let swline = line(".")
let swcol = col(".")
let swwline = winline() - 1
let swwcol = virtcol(".") - wincol()
let cursordata = "call Window_goto_by_buffer_number(".winbufnr(0).")|silent ".swline
let cursordata = cursordata."|".s:modifier."norm! 0z\<cr>"
if swwline > 0
let cursordata = cursordata.":".s:modifier."norm! ".swwline."\<c-y>\<cr>"
endif
if swwcol > 0
let cursordata = cursordata.":".s:modifier."norm! 0".swwcol."zl\<cr>"
endif
let cursordata = cursordata.":".s:modifier."call cursor(".swline.",".swcol.")\<cr>"
" restore scrolling flags
let &so = so_keep
let &siso = siso_keep
let &ss = ss_keep
return cursordata
endfun
" Cursor_set: {{{1
" Set the current cursor to an old one
"
fun! Cursor_set(cursordata)
exe "silent ".a:cursordata
endfun
" ---------------------------------------------------------------------
" Cursor_push {{{1
" let cursor = Cursor_push() save window position in b:cursor_position_{b:cursor_position_index}
" and return cursor.
fun! Cursor_push(...)
let cursordata = Cursor_get()
" save window position in
" b:cursor_position_{b:cursor_position_index} (stack)
if !exists("b:cursor_position_index")
let b:cursor_position_index= 1
else
let b:cursor_position_index = b:cursor_position_index + 1
endif
let b:cursor_position_{b:cursor_position_index} = cursordata
return cursordata
endfun
" ---------------------------------------------------------------------
" Cursor_pop: {{{1
fun! Cursor_pop()
if line(".") == 1 && getline(1) == ""
return ""
endif
let so_keep = &so
let siso_keep = &siso
let ss_keep = &ss
set so=0 siso=0 ss=0
" use saved window position in b:cursor_position_{b:cursor_position_index} if it exists
if exists("b:cursor_position_index") && exists("b:cursor_position_{b:cursor_position_index}")
try
exe "silent! ".b:cursor_position_{b:cursor_position_index}
catch /^Vim\%((\a\+)\)\=:E749/
" ignore empty buffer error messages
endtry
" normally drop top-of-stack by one
" but while new top-of-stack doesn't exist
" drop top-of-stack index by one again
if b:cursor_position_index >= 1
unlet b:cursor_position_{b:cursor_position_index}
let b:cursor_position_index= b:cursor_position_index - 1
while b:cursor_position_index >= 1 && !exists("b:cursor_position_{b:cursor_position_index}")
let b:cursor_position_index= b:cursor_position_index - 1
endwhile
if b:cursor_position_index < 1
unlet b:cursor_position_index
endif
endif
else
echohl WarningMsg
echomsg "***warning*** need to cursor_save() first!"
echohl None
endif
" seems to be something odd: vertical motions after RWP
" cause jump to first column. Following fixes that
if wincol() > 1
silent norm! hl
elseif virtcol(".") < virtcol("$")
silent norm! lh
endif
let &so = so_keep
let &siso = siso_keep
let &ss = ss_keep
endfun
" ---------------------------------------------------------------------
" Window_goto_by_buffer_number: go to window holding given buffer (by number) {{{1
" Prefers current window; if its buffer number doesn't match,
" then will try from topleft to bottom right
fun! Window_goto_by_buffer_number(bufnum)
if winbufnr(0) == a:bufnum
return
endif
winc t
let first=1
while winbufnr(0) != a:bufnum && (first || winnr() != 1)
winc w
let first= 0
endwhile
endfun
" ---------------------------------------------------------------------
" ListWinPosn:
"fun! ListWinPosn() " Decho
" if !exists("b:cursor_position_index") || b:cursor_position_index == 0 " Decho
" call Decho("nothing on SWP stack") " Decho
" else " Decho
" let jwinposn= b:cursor_position_index " Decho
" while jwinposn >= 1 " Decho
" if exists("b:cursor_position{jwinposn}") " Decho
" call Decho("winposn{".jwinposn."}<".b:cursor_position{jwinposn}.">") " Decho
" else " Decho
" call Decho("winposn{".jwinposn."} -- doesn't exist") " Decho
" endif " Decho
" let jwinposn= jwinposn - 1 " Decho
" endwhile " Decho
" endif " Decho
"endfun " Decho
"com! -nargs=0 LWP call ListWinPosn() " Decho
" ---------------------------------------------------------------------
" Restore: {{{1
let &cpo = s:keepcpo
unlet s:keepcpo
" ---------------------------------------------------------------------
" Modelines: {{{1
" vim: ts=4 fdm=marker

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@@ -0,0 +1,338 @@
" Vim color file
" Maintainer: Henry So, Jr. <henryso@panix.com>
" These are the colors of the "desert" theme by Hans Fugal with a few small
" modifications (namely that I lowered the intensity of the normal white and
" made the normal and nontext backgrounds black), modified to work with 88-
" and 256-color xterms.
"
" The original "desert" theme is available as part of the vim distribution or
" at http://hans.fugal.net/vim/colors/.
"
" The real feature of this color scheme, with a wink to the "inkpot" theme, is
" the programmatic approximation of the gui colors to the palettes of 88- and
" 256- color xterms. The functions that do this (folded away, for
" readability) are calibrated to the colors used for Thomas E. Dickey's xterm
" (version 200), which is available at http://dickey.his.com/xterm/xterm.html.
"
" I struggled with trying to parse the rgb.txt file to avoid the necessity of
" converting color names to #rrggbb form, but decided it was just not worth
" the effort. Maybe someone seeing this may decide otherwise...
set background=dark
if version > 580
" no guarantees for version 5.8 and below, but this makes it stop
" complaining
hi clear
if exists("syntax_on")
syntax reset
endif
endif
let g:colors_name="desert256"
if has("gui_running") || &t_Co == 88 || &t_Co == 256
" functions {{{
" returns an approximate grey index for the given grey level
fun <SID>grey_number(x)
if &t_Co == 88
if a:x < 23
return 0
elseif a:x < 69
return 1
elseif a:x < 103
return 2
elseif a:x < 127
return 3
elseif a:x < 150
return 4
elseif a:x < 173
return 5
elseif a:x < 196
return 6
elseif a:x < 219
return 7
elseif a:x < 243
return 8
else
return 9
endif
else
if a:x < 14
return 0
else
let l:n = (a:x - 8) / 10
let l:m = (a:x - 8) % 10
if l:m < 5
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" returns the actual grey level represented by the grey index
fun <SID>grey_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 46
elseif a:n == 2
return 92
elseif a:n == 3
return 115
elseif a:n == 4
return 139
elseif a:n == 5
return 162
elseif a:n == 6
return 185
elseif a:n == 7
return 208
elseif a:n == 8
return 231
else
return 255
endif
else
if a:n == 0
return 0
else
return 8 + (a:n * 10)
endif
endif
endfun
" returns the palette index for the given grey index
fun <SID>grey_color(n)
if &t_Co == 88
if a:n == 0
return 16
elseif a:n == 9
return 79
else
return 79 + a:n
endif
else
if a:n == 0
return 16
elseif a:n == 25
return 231
else
return 231 + a:n
endif
endif
endfun
" returns an approximate color index for the given color level
fun <SID>rgb_number(x)
if &t_Co == 88
if a:x < 69
return 0
elseif a:x < 172
return 1
elseif a:x < 230
return 2
else
return 3
endif
else
if a:x < 75
return 0
else
let l:n = (a:x - 55) / 40
let l:m = (a:x - 55) % 40
if l:m < 20
return l:n
else
return l:n + 1
endif
endif
endif
endfun
" returns the actual color level for the given color index
fun <SID>rgb_level(n)
if &t_Co == 88
if a:n == 0
return 0
elseif a:n == 1
return 139
elseif a:n == 2
return 205
else
return 255
endif
else
if a:n == 0
return 0
else
return 55 + (a:n * 40)
endif
endif
endfun
" returns the palette index for the given R/G/B color indices
fun <SID>rgb_color(x, y, z)
if &t_Co == 88
return 16 + (a:x * 16) + (a:y * 4) + a:z
else
return 16 + (a:x * 36) + (a:y * 6) + a:z
endif
endfun
" returns the palette index to approximate the given R/G/B color levels
fun <SID>color(r, g, b)
" get the closest grey
let l:gx = <SID>grey_number(a:r)
let l:gy = <SID>grey_number(a:g)
let l:gz = <SID>grey_number(a:b)
" get the closest color
let l:x = <SID>rgb_number(a:r)
let l:y = <SID>rgb_number(a:g)
let l:z = <SID>rgb_number(a:b)
if l:gx == l:gy && l:gy == l:gz
" there are two possibilities
let l:dgr = <SID>grey_level(l:gx) - a:r
let l:dgg = <SID>grey_level(l:gy) - a:g
let l:dgb = <SID>grey_level(l:gz) - a:b
let l:dgrey = (l:dgr * l:dgr) + (l:dgg * l:dgg) + (l:dgb * l:dgb)
let l:dr = <SID>rgb_level(l:gx) - a:r
let l:dg = <SID>rgb_level(l:gy) - a:g
let l:db = <SID>rgb_level(l:gz) - a:b
let l:drgb = (l:dr * l:dr) + (l:dg * l:dg) + (l:db * l:db)
if l:dgrey < l:drgb
" use the grey
return <SID>grey_color(l:gx)
else
" use the color
return <SID>rgb_color(l:x, l:y, l:z)
endif
else
" only one possibility
return <SID>rgb_color(l:x, l:y, l:z)
endif
endfun
" returns the palette index to approximate the 'rrggbb' hex string
fun <SID>rgb(rgb)
let l:r = ("0x" . strpart(a:rgb, 0, 2)) + 0
let l:g = ("0x" . strpart(a:rgb, 2, 2)) + 0
let l:b = ("0x" . strpart(a:rgb, 4, 2)) + 0
return <SID>color(l:r, l:g, l:b)
endfun
" sets the highlighting for the given group
fun <SID>X(group, fg, bg, attr)
if a:fg != ""
exec "hi " . a:group . " guifg=#" . a:fg . " ctermfg=" . <SID>rgb(a:fg)
endif
if a:bg != ""
exec "hi " . a:group . " guibg=#" . a:bg . " ctermbg=" . <SID>rgb(a:bg)
endif
if a:attr != ""
exec "hi " . a:group . " gui=" . a:attr . " cterm=" . a:attr
endif
endfun
" }}}
call <SID>X("Normal", "cccccc", "000000", "")
" highlight groups
call <SID>X("Cursor", "708090", "f0e68c", "")
"CursorIM
"Directory
"DiffAdd
"DiffChange
"DiffDelete
"DiffText
"ErrorMsg
call <SID>X("VertSplit", "c2bfa5", "7f7f7f", "reverse")
call <SID>X("Folded", "ffd700", "4d4d4d", "")
call <SID>X("FoldColumn", "d2b48c", "4d4d4d", "")
call <SID>X("IncSearch", "708090", "f0e68c", "")
"LineNr
call <SID>X("ModeMsg", "daa520", "", "")
call <SID>X("MoreMsg", "2e8b57", "", "")
call <SID>X("NonText", "addbe7", "000000", "bold")
call <SID>X("Question", "00ff7f", "", "")
call <SID>X("Search", "f5deb3", "cd853f", "")
call <SID>X("SpecialKey", "9acd32", "", "")
call <SID>X("StatusLine", "c2bfa5", "000000", "reverse")
call <SID>X("StatusLineNC", "c2bfa5", "7f7f7f", "reverse")
call <SID>X("Title", "cd5c5c", "", "")
call <SID>X("Visual", "6b8e23", "f0e68c", "reverse")
"VisualNOS
call <SID>X("WarningMsg", "fa8072", "", "")
"WildMenu
"Menu
"Scrollbar
"Tooltip
" syntax highlighting groups
call <SID>X("Comment", "87ceeb", "", "")
call <SID>X("Constant", "ffa0a0", "", "")
call <SID>X("Identifier", "98fb98", "", "none")
call <SID>X("Statement", "f0e68c", "", "bold")
call <SID>X("PreProc", "cd5c5c", "", "")
call <SID>X("Type", "bdb76b", "", "bold")
call <SID>X("Special", "ffdead", "", "")
"Underlined
call <SID>X("Ignore", "666666", "", "")
"Error
call <SID>X("Todo", "ff4500", "eeee00", "")
" delete functions {{{
delf <SID>X
delf <SID>rgb
delf <SID>color
delf <SID>rgb_color
delf <SID>rgb_level
delf <SID>rgb_number
delf <SID>grey_color
delf <SID>grey_level
delf <SID>grey_number
" }}}
else
" color terminal definitions
hi SpecialKey ctermfg=darkgreen
hi NonText cterm=bold ctermfg=darkblue
hi Directory ctermfg=darkcyan
hi ErrorMsg cterm=bold ctermfg=7 ctermbg=1
hi IncSearch cterm=NONE ctermfg=yellow ctermbg=green
hi Search cterm=NONE ctermfg=grey ctermbg=blue
hi MoreMsg ctermfg=darkgreen
hi ModeMsg cterm=NONE ctermfg=brown
hi LineNr ctermfg=3
hi Question ctermfg=green
hi StatusLine cterm=bold,reverse
hi StatusLineNC cterm=reverse
hi VertSplit cterm=reverse
hi Title ctermfg=5
hi Visual cterm=reverse
hi VisualNOS cterm=bold,underline
hi WarningMsg ctermfg=1
hi WildMenu ctermfg=0 ctermbg=3
hi Folded ctermfg=darkgrey ctermbg=NONE
hi FoldColumn ctermfg=darkgrey ctermbg=NONE
hi DiffAdd ctermbg=4
hi DiffChange ctermbg=5
hi DiffDelete cterm=bold ctermfg=4 ctermbg=6
hi DiffText cterm=bold ctermbg=1
hi Comment ctermfg=darkcyan
hi Constant ctermfg=brown
hi Special ctermfg=5
hi Identifier ctermfg=6
hi Statement ctermfg=3
hi PreProc ctermfg=5
hi Type ctermfg=2
hi Underlined cterm=underline ctermfg=5
hi Ignore ctermfg=darkgrey
hi Error cterm=bold ctermfg=7 ctermbg=1
endif
" vim: set fdl=0 fdm=marker:

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@@ -0,0 +1,236 @@
"
" limp/vim/highlight.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" Highlight parens and containing s-exps
"
" Version:
" 0.2
"
" Date:
" 2008-04-25
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
" Charles E. Campbell, Jr. <drNchipO@ScampbellPfamilyA.Mbiz>-NOSPAM
"
" Changelog:
" 2008-04-25
" * Fixed regressions. Now properly highlights blocks again.
"
" 2008-04-18
" * Removed all mappings
" * Removed < 7.00 compatibility
" * Renamed to Lim-Highlight
" * Changed from Search to Brackets[Block]
"
" Usage: {{{1
" Before loading:
" let g:LimpHighlight = 1
" or after loading:
" call LimpHighlight_start()
"
" ---------------------------------------------------------------------
" Load Once: {{{1
let s:keepcpo = &cpo
set cpo&vim
" disable matchparen: we do that ourselves.
let g:loaded_matchparen = 1
" assume that all of the file has been loaded & defined once
" if one of the functions are defined.
if exists("*LimpHighlight_start")
finish
endif
fun! LimpHighlight_start()
if exists("g:limp_highlight_active")
return
endif
let g:limp_highlight_active = 1
if !exists("*Cursor_get")
" due to loading order, <limp/cursor.vim> may not have loaded yet.
" attempt to force a load now. Ditto for matchit!
silent! runtime limp/cursor.vim
endif
silent! runtime plugin/matchit.vim
" set whichwrap
let s:wwkeep = &ww
set ww=b,s,<,>,[,]
augroup LimpHighlight
au!
au CursorMoved * silent call s:LimpHighlight_handler()
augroup END
set lz
call s:LimpHighlight_handler()
set nolz
endfun
fun! LimpHighlight_stop()
"echom "Stopping highlight"
set lz
if exists("g:limp_highlight_active")
unlet g:limp_highlight_active
endif
match none
2match none
" remove cursorhold event for highlighting matching bracket
augroup LimpHighlight
au!
augroup END
let &ww = s:wwkeep
set nolz
endfun
" ---------------------------------------------------------------------
" LimpHighlight_handler: this routine actually performs the highlighting of {{{1
" the matching bracket.
fun! <SID>LimpHighlight_handler()
if mode() =~ '['."\<c-v>".'vV]'
" don't try to highlight matching/surrounding brackets while in
" visual-block mode
return
endif
" save
let magickeep = &magic
let regdq = @"
let regunnamed = @@
let sokeep = &so
let sskeep = &ss
let sisokeep = &siso
let solkeep = &sol
let t_vbkeep = &t_vb
let vbkeep = &vb
silent! let regpaste = @*
" turn beep/visual flash off
set nosol vb t_vb= so=0 siso=0 ss=0 magic
" remove every other character from the mps option set
let mps = substitute(&mps,'\(.\).','\1','g')
" grab a copy of the character under the cursor into @0
silent! norm! yl
" if the character grabbed in @0 is in the mps option set, then highlight
" the matching character
if stridx(mps,@0) != -1
"------------------------------------------
" We are at a bracket character
"------------------------------------------
let curchr = @0
" determine match line, column.
" Restrict search to currently visible portion of window.
if &mps =~ curchr.':'
let stopline = line("w$")
let chrmatch = substitute(&mps,'^.*'.curchr.':\(.\).*$','\1','')
let [mtchline,mtchcol] = searchpairpos(escape(curchr,'[]'),'',escape(chrmatch,'[]'),'n','synIDattr(synID(line("."), col("."), 0), "name") =~? "string\\|comment"',stopline)
else
let stopline = line("w0")
let chrmatch = substitute(&mps,'^.*\(.\):'.curchr.'.*$','\1','')
let [mtchline,mtchcol] = searchpairpos(escape(chrmatch,'[]'),'',escape(curchr,'[]'),'bn','synIDattr(synID(line("."), col("."), 0), "name") =~? "string\\|comment"',stopline)
endif
if mtchline != 0 && mtchcol != 0
let mtchline2 = line('.')
let mtchcol2 = col('.')
let mtchline1 = mtchline
let mtchcol1 = mtchcol
call s:PerformMatch(mtchline1, mtchcol1, mtchline2, mtchcol2)
else
2match none
match none
endif
" if g:HiMtchBrkt_surround exists and is true, then highlight the surrounding brackets
"elseif exists("g:HiMtchBrkt_surround") && g:HiMtchBrkt_surround
else
"------------------------------------------
" We are inside brackets!
"------------------------------------------
let swp = Cursor_get()
let openers = '['.escape(substitute(&mps,':.,\=',"","g"),']').']'
let closers = '['.escape(substitute(&mps,',\=.:',"","g"),']').']'
call searchpair(openers,"",closers,'','synIDattr(synID(line("."), col("."), 0), "name") =~? "string\\|comment"')
silent! norm! yl
if stridx(mps,@0) != -1
let mtchline1 = line('.')
let mtchcol1 = virtcol('.')
keepj norm! %
let mtchline2 = line('.')
let mtchcol2 = virtcol('.')
call Cursor_set(swp)
call s:PerformMatch(mtchline1, mtchcol1, mtchline2, mtchcol2)
else
match none
2match none
endif
endif
" restore
let &magic = magickeep
let @" = regdq
let @@ = regunnamed
let &sol = solkeep
let &so = sokeep
let &siso = sisokeep
let &ss = sskeep
let &t_vb = t_vbkeep
let &vb = vbkeep
silent! let @* = regpaste
endfun
fun! s:PerformMatch(line1, col1, line2, col2)
let line1 = a:line1
let col1 = a:col1
let line2 = a:line2
let col2 = a:col2
if line1 == line2
" at a single line => sort points on columns
if col1 > col2
let tmp = col2
let col2 = col1
let col1 = tmp
let tmp = line2
let line2 = line1
let line1 = tmp
endif
exe '2match BracketsBlock /\%'.line1.'l\%>'.col1.'v\%<'.col2.'v/'
else
" at a single line => sort points on lines
if line1 > line2
let tmp = line2
let line2 = line1
let line1 = tmp
let tmp = col2
let col2 = col1
let col1 = tmp
endif
exe '2match BracketsBlock /\%'.line1.'l\%>'.col1.'v\|\%>'.line1.'l\%<'.line2.'l\|\%'.line2.'l\%<'.col2.'v/'
endif
exe 'match Brackets /\%'.line1.'l\%'.col1.'v\|\%'.line2.'l\%'.col2.'v/'
endfun
let &cpo = s:keepcpo
unlet s:keepcpo

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@@ -0,0 +1,96 @@
"
" limp/vim/keys.vim
"
" Description:
" Limp key bindings
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
"
nmap <buffer> <F12> <Plug>LimpBootConnectDisplay
nmap <buffer> <C-F12> <Plug>LimpDisconnect
nmap <buffer> <S-F12> <Plug>LimpShutdownLisp
" Eval Top: send top-level s-exp to Lisp
" Eval Current: send current s-exp to Lisp
" Eval Expression: send arbitrary code to Lisp
nmap <buffer> <LocalLeader>et <Plug>EvalTop
nmap <buffer> <LocalLeader>ec <Plug>EvalCurrent
nmap <buffer> <LocalLeader>ex <Plug>EvalExpression
" Eval Block: visual mode
vmap <buffer> <LocalLeader>et <Plug>EvalBlock
vmap <buffer> <LocalLeader>ec <Plug>EvalBlock
vmap <buffer> <LocalLeader>ex <Plug>EvalBlock
" SBCL Abort Reset: abort from the debugger
nmap <buffer> <LocalLeader>ar <Plug>AbortReset
" Abort Interrupt: send ^C to interpreter
nmap <buffer> <LocalLeader>ai <Plug>AbortInterrupt
" Test Current: copy current s-exp to test buffer
" Test Top: copy top s-exp to test buffer
nmap <buffer> <LocalLeader>tc <Plug>TestCurrent
nmap <buffer> <LocalLeader>tt <Plug>TestTop
" Load File: load /this/ file into Lisp
" Load Any File: load whichever version of this file (.lisp not given)
nmap <buffer> <LocalLeader>lf <Plug>LoadThisFile
nmap <buffer> <LocalLeader>la <Plug>LoadAnyFile
" Compile File: compile the current file
" Compile Load File: compile, then load the current file
nmap <buffer> <LocalLeader>cf <Plug>CompileFile
nmap <buffer> <LocalLeader>cl <Plug>CompileAndLoadFile
" Goto Test Buffer:
" Goto Split: split current buffer and goto test buffer
nmap <buffer> <LocalLeader>gt <Plug>GotoTestBuffer
nmap <buffer> <LocalLeader>gs <Plug>GotoTestBufferAndSplit
" Goto Last: return to last Lisp buffer
nmap <buffer> <LocalLeader>gl <Plug>GotoLastLispBuffer
" HyperSpec:
nmap <buffer> <LocalLeader>he <Plug>HyperspecExact
nmap <buffer> <LocalLeader>hp <Plug>HyperspecPrefix
nmap <buffer> <LocalLeader>hs <Plug>HyperspecSuffix
nmap <buffer> <LocalLeader>hg <Plug>HyperspecGrep
nmap <buffer> <LocalLeader>hi <Plug>HyperspecFirstLetterIndex
nmap <buffer> <LocalLeader>hI <Plug>HyperspecFullIndex
nmap <buffer> K <Plug>HyperspecExact
" Help Describe: ask Lisp about the current symbol
nmap <buffer> <LocalLeader>hd <Plug>HelpDescribe
" Mark Top: mark visual block
nmap <buffer> <LocalLeader>mt <Plug>MarkTop
" Format Current: reindent/format
" Format Top:
nmap <buffer> <LocalLeader>fc <Plug>FormatCurrent
nmap <buffer> <LocalLeader>ft <Plug>FormatTop
" Sexp Wrap: wrap the current form in a list
" Sexp Peel: peel a list off the current form
nmap <buffer> <LocalLeader>sw <Plug>SexpWrap
nmap <buffer> <LocalLeader>sp <Plug>SexpPeel
" Sexp Previous: navigate to previous s-exp
" Sexp Next: navigate to previous s-exp
nmap <buffer> ( <Plug>SexpPrevious
nmap <buffer> ) <Plug>SexpNext
" Sexp Move Back: swap this and previous s-exp
" Sexp Move Forward: swap this and next s-exp
nmap <buffer> { <Plug>SexpMoveBack
nmap <buffer> } <Plug>SexpMoveForward
" Sexp Comment: comment all the way from the top level
nmap <buffer> <LocalLeader>sc <Plug>SexpComment
" Sexp Comment Current: comment current form
nmap <buffer> <LocalLeader>sC <Plug>SexpCommentCurrent

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"
" limp/vim/limp.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" Setup the Limp environment
"
" Version:
" 0.2
"
" Date:
" 2008-04-28
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
"
" Changelog:
" * 2008-04-28 by Mikael Jansson <mail@mikael.jansson.be>
" Only change colorscheme and nocompatible when not previously set.
"
" * 2008-04-25 by Mikael Jansson <mail@mikael.jansson.be>
" Catch-all key <F12> for Lisp boot, connect & display
"
" * 2008-04-20 by Mikael Jansson <mail@mikael.jansson.be>
" Initial version.
"-------------------------------------------------------------------
if exists("b:did_ftplugin")
finish
endif
let b:did_ftplugin = 1
"-------------------------------------------------------------------
" external dependencies
"-------------------------------------------------------------------
silent! runtime plugin/matchit.vim
"-------------------------------------------------------------------
" the Limp library
"-------------------------------------------------------------------
runtime ftplugin/lisp/limp/cursor.vim
runtime ftplugin/lisp/limp/highlight.vim
runtime ftplugin/lisp/limp/sexp.vim
runtime ftplugin/lisp/limp/bridge.vim
runtime ftplugin/lisp/limp/autoclose.vim
runtime ftplugin/lisp/limp/keys.vim
runtime ftplugin/lisp/limp/mode.vim

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"
" limp/vim/mode.vim
"
" URL:
" http://mikael.jansson.be
"
" Description:
" Lisp-mode specific functions
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
"
"Eval (say-hello 'mikael)
command! -buffer -nargs=* Eval silent call LimpBridge_send_to_lisp(<q-args>)
let b:listener_always_open_window=0
let b:listener_keep_open=0
let g:lisp_mode_active = 0
fun! LimpMode_start()
if g:lisp_mode_active
return
endif
let g:lisp_mode_active = 1
"-------------------------------------------------------------------
" coloring
"-------------------------------------------------------------------
let g:lisp_rainbow=1
set t_Co=256
if !exists("g:colors_name")
colorscheme desert256
endif
hi Brackets ctermbg=53 ctermfg=white
hi BracketsBlock ctermbg=235 guibg=lightgray
hi StatusLine ctermbg=white ctermfg=160
hi StatusLineNC ctermbg=black ctermfg=gray
hi Pmenu ctermbg=53 ctermfg=255
hi PmenuSel ctermbg=255 ctermfg=53
"
" set all parens to gray
"
hi hlLevel0 ctermfg=238
hi hlLevel1 ctermfg=238
hi hlLevel2 ctermfg=238
hi hlLevel3 ctermfg=238
hi hlLevel4 ctermfg=238
hi hlLevel5 ctermfg=238
hi hlLevel6 ctermfg=238
hi hlLevel7 ctermfg=238
hi hlLevel8 ctermfg=238
hi hlLevel9 ctermfg=238
hi hlLevel10 ctermfg=238
hi hlLevel11 ctermfg=238
call LimpHighlight_start()
call AutoClose_start()
" for whatever reason, nocursorline isn't set after pressing F12... (i.e.,
" switching back to the buffer)
setlocal nocursorline
endfun
fun! LimpMode_stop()
let g:lisp_mode_active = 0
call LimpHighlight_stop()
call AutoClose_stop()
endfun
augroup LimpMode
au!
au BufEnter * :if &filetype == "lisp" | call LimpMode_start() | endif
au BufLeave * :if &filetype == "lisp" | call LimpMode_stop() | endif
augroup END
"-------------------------------------------------------------------
" init filetype plugin
"-------------------------------------------------------------------
syntax on
setlocal nocompatible nocursorline
setlocal lisp syntax=lisp
setlocal ls=2 bs=2 si et sw=2 ts=2 tw=0
setlocal statusline=%<%f\ \(%{LimpBridge_connection_status()}\)\ %h%m%r%=%-14.(%l,%c%V%)\ %P\ of\ %L\ \(%.45{getcwd()}\)
setlocal iskeyword=&,*,+,45,/,48-57,:,<,=,>,@,A-Z,a-z,_
setlocal cpoptions=-mp
setlocal foldmethod=marker foldmarker=(,) foldminlines=1
" This allows gf and :find to work. Fix path to your needs
setlocal suffixesadd=.lisp,cl path=/home/mikael/hacking/lisp/**
" This allows [d [i [D [I work across files if an ASDF buffer is opened
" If I used load, it would be there too.
setlocal include=(:file\
"-------------------------------------------------------------------
" reset to previous values
"-------------------------------------------------------------------
let s:save_cpo = &cpo
set cpo&vim
let b:undo_ftplugin = "setlocal syntax< lisp< ls< bs< si< et< sw< "
\ . "ts< tw< complete< nocursorline< nocompatible< statusline< iskeyword< "
\ . "cpoptions< foldmethod< foldmarker< foldminlines< "
\ . "suffixesadd< path< include< "
let &cpo = s:save_cpo
unlet s:save_cpo
"------------- boot!
call LimpMode_start()

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"
" limp/vim/sexp.vim
"
" URL:
" http://mikael.jansson.be/hacking
"
" Description:
" Things to help you out with s-exps.
"
" Version:
" 0.2
"
" Date:
" 2008-04-20
"
" Authors:
" Mikael Jansson <mail@mikael.jansson.be>
"
" Changelog:
" 2008-04-20
" * Initial version.
" * Based on ViLisp.vim by Larry Clapp <vim@theclapp.org>
" Mark Top: mark visual block
nnoremap <buffer> <Plug>MarkTop 99[(V%
" Format Current: reindent/format
" Format Top:
nnoremap <buffer> <Plug>FormatCurrent [(=%`'
nnoremap <buffer> <Plug>FormatTop 99[(=%`'
" Sexp Wrap: wrap the current form in a list
" Sexp Peel: peel a list off the current form
nnoremap <silent> <buffer> <Plug>SexpWrap :call Cursor_push()<CR>[(%a)<ESC>h%i(<ESC>:call Cursor_pop()<CR>
nnoremap <silent> <buffer> <Plug>SexpPeel :call Cursor_push()<CR>[(:call Cursor_push()<CR>%x:call Cursor_pop()<CR>x:call Cursor_pop()<CR>
" Sexp Previous: navigate to previous s-exp
" Sexp Next: navigate to previous s-exp
nnoremap <silent> <buffer> <Plug>SexpPrevious :call Sexp_Previous()<CR>
nnoremap <silent> <buffer> <Plug>SexpNext :call Sexp_Next()<CR>
" Sexp Move Back: swap this and previous s-exp
" Sexp Move Forward: swap this and next s-exp
nnoremap <silent> <buffer> <Plug>SexpMoveBack :call Sexp_MoveBack()<CR>
nnoremap <silent> <buffer> <Plug>SexpMoveForward :call Sexp_MoveForward()<CR>
" Sexp Comment: comment all the way from the top level
nnoremap <silent> <buffer> <Plug>SexpComment :call Cursor_push()<CR>99[(%a\|#<ESC>hh%i#\|<ESC>:call Cursor_pop()<CR>
" Sexp Comment Current: comment current form
nnoremap <silent> <buffer> <Plug>SexpCommentCurrent :call Cursor_push()<CR>[(%a\|#<ESC>hh%i#\|<ESC>:call Cursor_pop()<CR>
"-------------------------------------------------------------------
fun! Sexp_Next()
let [l, c] = Sexp_get_Next()
call cursor(l, c)
endfun
fun! Sexp_Previous()
let [l, c] = Sexp_get_Previous()
if l == 0 && c == 0
return
endif
call cursor(l, c)
return
endfun
" return the position of the next s-exp
fun! Sexp_get_Next()
return searchpos('(', 'nW')
endfun
" return the position of the previous s-exp
fun! Sexp_get_Previous()
let p = getpos(".")
" If outside of *any* s-exps, move to the previous s-exp first.
let [l, c] = searchpairpos('(', '', ')', 'bnW')
if l == 0 && c == 0
call searchpos(')', 'Wb')
endif
" now, move to the start of this s-exp, wherever it may be.
let [l, c] = searchpos('(', 'Wnb')
call setpos(".", p)
return [l, c]
endfun
"XXX: MoveBack/MoveForward share much code
fun! Sexp_MoveBack()
" Inside an s-exp?
let [l, c] = searchpairpos('(', '', ')', 'bcnW')
if l == 0 || c == 0
" Nope,
return
endif
silent! let regs = @*
" mark the start of this s-exp
silent! norm! yl
if @0 != "("
call Sexp_Previous()
endif
"
" Find out if the previous s-exp is the parent of the current
"
" This by searching to the previous s-exp, doing a % and checking either
" of the following conditions:
"
" * prev_line2 == this_line2 && prev_col2 > this_col2
" * prev_line2 > this_line2
"
" where prev_line2/prev_col2 = the ) of the previous match, and
" this_line2/this_col2 = the ) of the current s-exp.
"
" so we can get back.
silent! norm! ma
let [b, this_line1, this_col1, o] = getpos('.')
" where does the *current* s-exp end?
silent! norm! %
let [b, this_line2, this_col2, o] = getpos('.')
silent! norm! %
" where does the previous s-exp end?
call Sexp_Previous()
silent! norm! mb
let [b, prev_line1, prev_col1, o] = getpos('.')
silent! norm! %
let [b, prev_line2, prev_col2, o] = getpos('.')
if (prev_line2 == this_line2 && prev_col2 > this_col2) || (prev_line2 > this_line2)
" For now, just do nothing
echom "Error: Trying to transpose s-exp backwards with parent."
silent! norm! `a
return
endif
" --------------------------------------------------------
" get the s-exps
silent! norm! `a
silent! norm! "ayab
silent! norm! `b
silent! norm! "byab
" copy and replace current s-exp with whitespace
let @c = Fill(" ", len(@b))
let @d = Fill(" ", len(@a))
silent! norm! `a"_dab
silent! norm! `a"cP
silent! norm! `b"_dab
silent! norm! `b"dP
if this_line1 == prev_line1
let diff = len(@a) - len(@b)
if diff > 0
let movement = ''.diff.'l'
elseif diff < 0
let movement = ''.(-diff).'h'
else
let movement = ''
endif
silent! norm! `b"aPl
silent! exe 'norm! '.len(@a).'x'
silent! exe 'norm! `a'.movement.'"bPl'
silent! exe 'norm! '.len(@b).'x'
silent! norm! `b
else
" different lines, so a simple paste will do
silent! norm! `a"bP
silent! exe 'norm! l'.len(@a).'x'
silent! norm! `b"aP
silent! exe 'norm! l'.len(@b).'x'
silent! norm! `b
endif
silent! let @* = regs
endfun
fun! Sexp_MoveForward()
" Inside an s-exp?
let [l, c] = searchpairpos('(', '', ')', 'bcnW')
if l == 0 || c == 0
" Nope,
return
endif
silent! let regs = @*
" mark the start of this s-exp
silent! norm! yl
if @0 != "("
call Sexp_Previous()
endif
"
" Find out if the next s-exp is the parent of the current.
"
" Search for the next ')', then see where the matching '(' ends.
" Check for any of the following conditions.
"
" * prev_line1 == this_line1 && prev_col1 < this_col1
" * prev_line1 < this_line1
"
" where prev_line1/prev_col1 = the ( of the previous match, and
" this_line1/this_col1 = the ( of the current s-exp.
"
" so we can get back.
silent! norm! ma
let [b, this_line1, this_col1, o] = getpos('.')
" where does the *current* s-exp end?
silent! norm! %
let [b, this_line2, this_col2, o] = getpos('.')
" where does the next s-exp end?
call search(')', 'W')
let [b, prev_line2, prev_col2, o] = getpos('.')
silent! norm! %
silent! norm! mb
let [b, prev_line1, prev_col1, o] = getpos('.')
if (prev_line1 == this_line1 && prev_col1 < this_col1) || (prev_line1 < this_line1)
" For now, just do nothing
echom "Error: Trying to transpose s-exp forward with parent."
silent! norm! `a
return
endif
" --------------------------------------------------------
" get the s-exps
silent! norm! `a
silent! norm! "ayab
silent! norm! `b
silent! norm! "byab
" copy and replace current s-exp with whitespace
let @c = Fill(" ", len(@b))
let @d = Fill(" ", len(@a))
silent! norm! `b"_dab
silent! norm! `b"dP
silent! norm! `a"_dab
silent! norm! `a"cP
if this_line1 == prev_line1
let diff = len(@a) - len(@b)
if diff > 0
let movement = ''.diff.'h'
elseif diff < 0
let movement = ''.(-diff).'l'
else
let movement = ''
endif
silent! norm! `a"bPl
silent! exe 'norm! '.len(@b).'x'
silent! exe 'norm! `b'.movement.'"aPl'
silent! exe 'norm! '.len(@a).'x'
silent! exe 'norm! `b'.movement
else
" different lines, so a simple paste will do
silent! norm! `a"bP
silent! exe 'norm! l'.len(@a).'x'
silent! norm! `b"aP
silent! exe 'norm! l'.len(@b).'x'
silent! norm! `b
endif
silent! let @* = regs
endfun
fun! Fill(c, n)
let s = ""
let n = a:n
while n > 0
let s = s.a:c
let n = n-1
endwhile
return s
endfun

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dot_vim/gvimrc Normal file
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runtime vimrc
set gfn=Source\ Code\ Pro\ 9
set go-=T

43
dot_vim/indent/cpp.vim Normal file
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" Vim indent file
" Language: C++
" Maintainer: Charles Banas <greyfade@greyfade.org>
" Last Change: 2010 May 27
" Version: 1.0.1
if exists("b:did_indent")
finish
endif
let b:did_indent = 1
function! GreyfadeCppIndent()
let l:cline_num = line('.')
let l:pline_num = prevnonblank(l:cline_num - 1)
let l:pline = getline(l:pline_num)
while l:pline =~# '\(^\s*{\s*\|^\s*//\|^\s*/\*\|\*/\s*$\)'
let l:pline_num = prevnonblank(l:pline_num - 1)
let l:pline = getline(l:pline_num)
endwhile
let l:retv = cindent('.')
if l:pline =~# '^\s*template.*'
let l:retv = cindent(l:pline_num)
elseif l:pline =~# '^\s*namespace.*'
let l:retv = 0
endif
return l:retv
endfunction
setlocal shiftwidth=4
setlocal tabstop=4
setlocal softtabstop=4
setlocal noexpandtab
setlocal textwidth=80
setlocal nowrap
setlocal cindent
setlocal cinoptions=l1,g0,t0,i6,+6,(0,w1,W6
setlocal indentexpr=GreyfadeCppIndent()
let b:undo_indent = "setl sw< ts< sts< et< tw< wrap< cin< cino< inde<"

1
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runtime vimrc

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FROM testbed/vim:24
RUN install_vim -tag v8.0.0027 -build \
-tag v9.0.0297 -build \
-tag neovim:v0.2.0 -build \
-tag neovim:v0.8.0 -build
ENV PACKAGES="\
bash \
git \
python2 \
python3 \
py3-pip \
grep \
sed \
"
RUN apk --update add $PACKAGES && \
rm -rf /var/cache/apk/* /tmp/* /var/tmp/*
RUN pip install vim-vint==0.3.21
RUN git clone https://github.com/junegunn/vader.vim vader && \
cd vader && git checkout c6243dd81c98350df4dec608fa972df98fa2a3af
ARG GIT_VERSION
LABEL Version=${GIT_VERSION}
LABEL Name=denseanalysis/ale

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@@ -0,0 +1,22 @@
Copyright (c) 2016-2023, Dense Analysis
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
1. Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
2. Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR
ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
(INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

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# Asynchronous Lint Engine [![GitHub Build Status](https://github.com/dense-analysis/ale/workflows/CI/badge.svg)](https://github.com/dense-analysis/ale/actions?query=event%3Apush+workflow%3ACI+branch%3Amaster++) [![AppVeyor Build Status](https://ci.appveyor.com/api/projects/status/r0ef1xu8xjmik58d/branch/master?svg=true)](https://ci.appveyor.com/project/dense-analysis/ale) [![Join the Dense Analysis Discord server](https://img.shields.io/badge/chat-Discord-5865F2)](https://discord.gg/5zFD6pQxDk)
![ALE Logo by Mark Grealish - https://www.bhalash.com/](https://user-images.githubusercontent.com/3518142/59195920-2c339500-8b85-11e9-9c22-f6b7f69637b8.jpg)
ALE (Asynchronous Lint Engine) is a plugin providing linting (syntax checking
and semantic errors) in NeoVim 0.2.0+ and Vim 8 while you edit your text files,
and acts as a Vim [Language Server Protocol](https://langserver.org/) client.
<video autoplay="true" muted="true" loop="true" controls="false" src="https://user-images.githubusercontent.com/3518142/210141215-8f2ff760-6a87-4704-a11e-c109b8e9ec41.mp4" title="An example showing what ALE can do."></video>
ALE makes use of NeoVim and Vim 8 job control functions and timers to
run linters on the contents of text buffers and return errors as
text is changed in Vim. This allows for displaying warnings and
errors in files being edited in Vim before files have been saved
back to a filesystem.
In other words, this plugin allows you to lint while you type.
ALE offers support for fixing code with command line tools in a non-blocking
manner with the `:ALEFix` feature, supporting tools in many languages, like
`prettier`, `eslint`, `autopep8`, and more.
ALE acts as a "language client" to support a variety of Language Server Protocol
features, including:
* Diagnostics (via Language Server Protocol linters)
* Go To Definition (`:ALEGoToDefinition`)
* Completion (Built in completion support, or with Deoplete)
* Finding references (`:ALEFindReferences`)
* Hover information (`:ALEHover`)
* Symbol search (`:ALESymbolSearch`)
If you don't care about Language Server Protocol, ALE won't load any of the code
for working with it unless needed. One of ALE's general missions is that you
won't pay for the features that you don't use.
**Help Wanted:** If you would like to help maintain this plugin by managing the
many issues and pull requests that are submitted, please send the author an
email at [dev@w0rp.com](mailto:dev@w0rp.com?subject=Helping%20with%20ALE).
If you enjoy this plugin, feel free to contribute or check out the author's
other content at [w0rp.com](https://w0rp.com).
## Table of Contents
1. [Supported Languages and Tools](#supported-languages)
2. [Usage](#usage)
1. [Linting](#usage-linting)
2. [Fixing](#usage-fixing)
3. [Completion](#usage-completion)
4. [Go To Definition](#usage-go-to-definition)
5. [Find References](#usage-find-references)
6. [Hovering](#usage-hover)
7. [Symbol Search](#usage-symbol-search)
8. [Refactoring: Rename, Actions](#usage-refactoring)
3. [Installation](#installation)
1. [Installation with Vim package management](#standard-installation)
2. [Installation with Pathogen](#installation-with-pathogen)
3. [Installation with Vundle](#installation-with-vundle)
4. [Installation with Vim-Plug](#installation-with-vim-plug)
4. [Contributing](#contributing)
5. [FAQ](#faq)
1. [How do I disable particular linters?](#faq-disable-linters)
2. [How can I see what ALE has configured for the current file?](#faq-get-info)
3. [How can I use ALE and coc.nvim together?](#faq-coc-nvim)
4. [How can I keep the sign gutter open?](#faq-keep-signs)
5. [How can I change the signs ALE uses?](#faq-change-signs)
6. [How can I change or disable the highlights ALE uses?](#faq-change-highlights)
7. [How can I show errors or warnings in my statusline?](#faq-statusline)
8. [How can I show errors or warnings in my lightline?](#faq-lightline)
9. [How can I change the format for echo messages?](#faq-echo-format)
10. [How can I execute some code when ALE starts or stops linting?](#faq-autocmd)
11. [How can I navigate between errors quickly?](#faq-navigation)
12. [How can I run linters only when I save files?](#faq-lint-on-save)
13. [How can I use the quickfix list instead of the loclist?](#faq-quickfix)
14. [How can I check JSX files with both stylelint and eslint?](#faq-jsx-stylelint-eslint)
15. [How can I check Vue files with ESLint?](#faq-vue-eslint)
16. [Will this plugin eat all of my laptop battery power?](#faq-my-battery-is-sad)
17. [How can I configure my C or C++ project?](#faq-c-configuration)
18. [How can I configure ALE differently for different buffers?](#faq-buffer-configuration)
19. [How can I configure the height of the list in which ALE displays errors?](#faq-list-window-height)
20. [How can I run linters or fixers via Docker or a VM?](#faq-vm)
21. [How can I change the borders for floating preview windows?](#faq-window-borders)
22. [How can I use ALE and vim-lsp together?](#faq-vim-lsp)
<a name="supported-languages"></a>
## 1. Supported Languages and Tools
ALE supports a wide variety of languages and tools. See the
[full list](supported-tools.md) in the
[Supported Languages and Tools](supported-tools.md) page.
<a name="usage"></a>
## 2. Usage
<a name="usage-linting"></a>
### 2.i Linting
Once this plugin is installed, while editing your files in supported
languages and tools which have been correctly installed,
this plugin will send the contents of your text buffers to a variety of
programs for checking the syntax and semantics of your programs. By default,
linters will be re-run in the background to check your syntax when you open
new buffers or as you make edits to your files.
The behavior of linting can be configured with a variety of options,
documented in [the Vim help file](doc/ale.txt). For more information on the
options ALE offers, consult `:help ale-options` for global options and `:help
ale-integration-options` for options specified to particular linters.
<a name="usage-fixing"></a>
### 2.ii Fixing
ALE can fix files with the `ALEFix` command. Functions need to be configured
either in each buffer with a `b:ale_fixers`, or globally with `g:ale_fixers`.
The recommended way to configure fixers is to define a List in an ftplugin file.
```vim
" In ~/.vim/ftplugin/javascript.vim, or somewhere similar.
" Fix files with prettier, and then ESLint.
let b:ale_fixers = ['prettier', 'eslint']
" Equivalent to the above.
let b:ale_fixers = {'javascript': ['prettier', 'eslint']}
```
You can also configure your fixers from vimrc using `g:ale_fixers`, before or
after ALE has been loaded.
A `*` in place of the filetype will apply a List of fixers to all files which
do not match some filetype in the Dictionary.
Note that using a plain List for `g:ale_fixers` is not supported.
```vim
" In ~/.vim/vimrc, or somewhere similar.
let g:ale_fixers = {
\ '*': ['remove_trailing_lines', 'trim_whitespace'],
\ 'javascript': ['eslint'],
\}
```
If you want to automatically fix files when you save them, you need to turn
a setting on in vimrc.
```vim
" Set this variable to 1 to fix files when you save them.
let g:ale_fix_on_save = 1
```
The `:ALEFixSuggest` command will suggest some supported tools for fixing code.
Both `g:ale_fixers` and `b:ale_fixers` can also accept functions, including
lambda functions, as fixers, for fixing files with custom tools.
See `:help ale-fix` for complete information on how to fix files with ALE.
<a name="usage-completion"></a>
### 2.iii Completion
ALE offers some support for completion via hijacking of omnicompletion while you
type. All of ALE's completion information must come from Language Server
Protocol linters, or from `tsserver` for TypeScript.
ALE integrates with [Deoplete](https://github.com/Shougo/deoplete.nvim) as a
completion source, named `'ale'`. You can configure Deoplete to only use ALE as
the source of completion information, or mix it with other sources.
```vim
" Use ALE and also some plugin 'foobar' as completion sources for all code.
call deoplete#custom#option('sources', {
\ '_': ['ale', 'foobar'],
\})
```
ALE also offers its own automatic completion support, which does not require any
other plugins, and can be enabled by changing a setting before ALE is loaded.
```vim
" Enable completion where available.
" This setting must be set before ALE is loaded.
"
" You should not turn this setting on if you wish to use ALE as a completion
" source for other completion plugins, like Deoplete.
let g:ale_completion_enabled = 1
```
ALE provides an omni-completion function you can use for triggering
completion manually with `<C-x><C-o>`.
```vim
set omnifunc=ale#completion#OmniFunc
```
ALE supports automatic imports from external modules. This behavior is enabled
by default and can be disabled by setting:
```vim
let g:ale_completion_autoimport = 0
```
Note that disabling auto import can result in missing completion items from some
LSP servers (e.g. eclipselsp). See `:help ale-completion` for more information.
<a name="usage-go-to-definition"></a>
### 2.iv Go To Definition
ALE supports jumping to the definition of words under your cursor with the
`:ALEGoToDefinition` command using any enabled Language Server Protocol linters
and `tsserver`.
See `:help ale-go-to-definition` for more information.
<a name="usage-find-references"></a>
### 2.v Find References
ALE supports finding references for words under your cursor with the
`:ALEFindReferences` command using any enabled Language Server Protocol linters
and `tsserver`.
See `:help ale-find-references` for more information.
<a name="usage-hover"></a>
### 2.vi Hovering
ALE supports "hover" information for printing brief information about symbols at
the cursor taken from Language Server Protocol linters and `tsserver` with the
`ALEHover` command.
Truncated information will be displayed when the cursor rests on a symbol by
default, as long as there are no problems on the same line.
The information can be displayed in a `balloon` tooltip in Vim or GVim by
hovering your mouse over symbols. Mouse hovering is enabled by default in GVim,
and needs to be configured for Vim 8.1+ in terminals.
See `:help ale-hover` for more information.
<a name="usage-symbol-search"></a>
### 2.vii Symbol Search
ALE supports searching for workspace symbols via Language Server Protocol
linters with the `ALESymbolSearch` command.
Search queries can be performed to find functions, types, and more which are
similar to a given query string.
See `:help ale-symbol-search` for more information.
<a name="usage-refactoring"></a>
### 2.viii Refactoring: Rename, Actions
ALE supports renaming symbols in symbols in code such as variables or class
names with the `ALERename` command.
`ALEFileRename` will rename file and fix import paths (tsserver
only).
`ALECodeAction` will execute actions on the cursor or applied to a visual
range selection, such as automatically fixing errors.
See `:help ale-refactor` for more information.
<a name="installation"></a>
## 3. Installation
To install this plugin, you should use one of the following methods.
For Windows users, replace usage of the Unix `~/.vim` directory with
`%USERPROFILE%\vimfiles`, or another directory if you have configured
Vim differently. On Windows, your `~/.vimrc` file will be similarly
stored in `%USERPROFILE%\_vimrc`.
<a name="standard-installation"></a>
### 3.i. Installation with Vim package management
In Vim 8 and NeoVim, you can install plugins easily without needing to use
any other tools. Simply clone the plugin into your `pack` directory.
#### Vim 8 on Unix
```bash
mkdir -p ~/.vim/pack/git-plugins/start
git clone --depth 1 https://github.com/dense-analysis/ale.git ~/.vim/pack/git-plugins/start/ale
```
#### NeoVim on Unix
```bash
mkdir -p ~/.local/share/nvim/site/pack/git-plugins/start
git clone --depth 1 https://github.com/dense-analysis/ale.git ~/.local/share/nvim/site/pack/git-plugins/start/ale
```
#### Vim 8 on Windows
```bash
# Run these commands in the "Git for Windows" Bash terminal
mkdir -p ~/vimfiles/pack/git-plugins/start
git clone --depth 1 https://github.com/dense-analysis/ale.git ~/vimfiles/pack/git-plugins/start/ale
```
#### Generating Vim help files
You can add the following line to your vimrc files to generate documentation
tags automatically, if you don't have something similar already, so you can use
the `:help` command to consult ALE's online documentation:
```vim
" Put these lines at the very end of your vimrc file.
" Load all plugins now.
" Plugins need to be added to runtimepath before helptags can be generated.
packloadall
" Load all of the helptags now, after plugins have been loaded.
" All messages and errors will be ignored.
silent! helptags ALL
```
<a name="installation-with-pathogen"></a>
### 3.ii. Installation with Pathogen
To install this module with [Pathogen](https://github.com/tpope/vim-pathogen),
you should clone this repository to your bundle directory, and ensure
you have the line `execute pathogen#infect()` in your `~/.vimrc` file.
You can run the following commands in your terminal to do so:
```bash
cd ~/.vim/bundle
git clone https://github.com/dense-analysis/ale.git
```
<a name="installation-with-vundle"></a>
### 3.iii. Installation with Vundle
You can install this plugin using [Vundle](https://github.com/VundleVim/Vundle.vim)
by adding the GitHub path for this repository to your `~/.vimrc`:
```vim
Plugin 'dense-analysis/ale'
```
Then run the command `:PluginInstall` in Vim.
See the Vundle documentation for more information.
<a name="installation-with-vim-plug"></a>
### 3.iv. Installation with Vim-Plug
You can install this plugin using [Vim-Plug](https://github.com/junegunn/vim-plug)
by adding the GitHub path for this repository to your `~/.vimrc`:
```vim
Plug 'dense-analysis/ale'
```
Then run the command `:PlugInstall` in Vim.
See the Vim-Plug documentation for more information.
<a name="contributing"></a>
## 4. Contributing
If you would like to see support for more languages and tools, please
[create an issue](https://github.com/dense-analysis/ale/issues)
or [create a pull request](https://github.com/dense-analysis/ale/pulls).
If your tool can read from stdin or you have code to suggest which is good,
support can be happily added for it.
If you are interested in the general direction of the project, check out the
[wiki home page](https://github.com/dense-analysis/ale/wiki). The wiki includes
a Roadmap for the future, and more.
If you'd liked to discuss ALE and more check out the Dense Analysis Discord
server here: https://discord.gg/5zFD6pQxDk
<a name="faq"></a>
## 5. FAQ
<a name="faq-disable-linters"></a>
### 5.i. How do I disable particular linters?
By default, all available tools for all supported languages will be run. If you
want to only select a subset of the tools, you can define `b:ale_linters` for a
single buffer, or `g:ale_linters` globally.
The recommended way to configure linters is to define a List in an ftplugin
file.
```vim
" In ~/.vim/ftplugin/javascript.vim, or somewhere similar.
" Enable ESLint only for JavaScript.
let b:ale_linters = ['eslint']
" Equivalent to the above.
let b:ale_linters = {'javascript': ['eslint']}
```
You can also declare which linters you want to run in your vimrc file, before or
after ALE has been loaded.
```vim
" In ~/.vim/vimrc, or somewhere similar.
let g:ale_linters = {
\ 'javascript': ['eslint'],
\}
```
For all languages unspecified in the dictionary, all possible linters will
be run for those languages, just as when the dictionary is not defined.
Running many linters should not typically obstruct editing in Vim,
as they will all be executed in separate processes simultaneously.
If you don't want ALE to run anything other than what you've explicitly asked
for, you can set `g:ale_linters_explicit` to `1`.
```vim
" Only run linters named in ale_linters settings.
let g:ale_linters_explicit = 1
```
This plugin will look for linters in the [`ale_linters`](ale_linters) directory.
Each directory within corresponds to a particular filetype in Vim, and each file
in each directory corresponds to the name of a particular linter.
<a name="faq-get-info"></a>
### 5.ii. How can I see what ALE has configured for the current file?
Run the following to see what is currently configured:
```vim
:ALEInfo
```
<a name="faq-coc-nvim"></a>
### 5.iii. How can I use ALE and coc.nvim together?
[coc.nvim](https://github.com/neoclide/coc.nvim) is a popular Vim plugin written
in TypeScript and dependent on the [npm](https://www.npmjs.com/) ecosystem for
providing full IDE features to Vim. Both ALE and coc.nvim implement
[Language Server Protocol](https://microsoft.github.io/language-server-protocol/)
(LSP) clients for supporting diagnostics (linting with a live server), and other
features like auto-completion, and others listed above.
ALE is primarily focused on integrating with external programs through virtually
any means, provided the plugin remains almost entirely written in Vim script.
coc.nvim is primarily focused on bringing IDE features to Vim. If you want to
run external programs on your files to check for errors, and also use the most
advanced IDE features, you might want to use both plugins at the same time.
The easiest way to get both plugins to work together is to configure coc.nvim to
send diagnostics to ALE, so ALE controls how all problems are presented to you,
and to disable all LSP features in ALE, so ALE doesn't try to provide LSP
features already provided by coc.nvim, such as auto-completion.
1. Open your coc.nvim configuration file with `:CocConfig` and add
`"diagnostic.displayByAle": true` to your settings.
2. Add `let g:ale_disable_lsp = 1` to your vimrc file, before plugins are
loaded.
You can also use `b:ale_disable_lsp` in your ftplugin files to enable or disable
LSP features in ALE for different filetypes. After you configure coc.nvim and
ALE this way, you can further configure how problems appear to you by using all
of the settings mentioned in ALE's help file, including how often diagnostics
are requested. See `:help ale-lint`.
The integration between ALE and coc.nvim works using an API ALE offers for
letting any other plugin integrate with ALE. If you are interested in writing a
similar integration, see `:help ale-lint-other-sources`.
<a name="faq-keep-signs"></a>
### 5.iv. How can I keep the sign gutter open?
You can keep the sign gutter open at all times by setting the
`g:ale_sign_column_always` to 1
```vim
let g:ale_sign_column_always = 1
```
<a name="faq-change-signs"></a>
### 5.v. How can I change the signs ALE uses?
Use these options to specify what text should be used for signs:
```vim
let g:ale_sign_error = '>>'
let g:ale_sign_warning = '--'
```
ALE sets some background colors automatically for warnings and errors
in the sign gutter, with the names `ALEErrorSign` and `ALEWarningSign`.
These colors can be customised, or even removed completely:
```vim
highlight clear ALEErrorSign
highlight clear ALEWarningSign
```
<a name="faq-change-highlights"></a>
### 5.vi. How can I change or disable the highlights ALE uses?
ALE's highlights problems with highlight groups which link to `SpellBad`,
`SpellCap`, `error`, and `todo` groups by default. The characters that are
highlighted depend on the linters being used, and the information provided to
ALE.
Highlighting can be disabled completely by setting `g:ale_set_highlights` to
`0`.
```vim
" Set this in your vimrc file to disabling highlighting
let g:ale_set_highlights = 0
```
You can control all of the highlights ALE uses, say if you are using a different
color scheme which produces ugly highlights. For example:
```vim
highlight ALEWarning ctermbg=DarkMagenta
```
See `:help ale-highlights` for more information.
<a name="faq-statusline"></a>
### 5.vii. How can I show errors or warnings in my statusline?
[vim-airline](https://github.com/vim-airline/vim-airline) integrates with ALE
for displaying error information in the status bar. If you want to see the
status for ALE in a nice format, it is recommended to use vim-airline with ALE.
The airline extension can be enabled by adding the following to your vimrc:
```vim
" Set this. Airline will handle the rest.
let g:airline#extensions#ale#enabled = 1
```
If you don't want to use vim-airline, you can implement your own statusline
function without adding any other plugins. ALE provides some functions to
assist in this endeavour, including:
* `ale#statusline#Count`: Which returns the number of problems found by ALE
for a specified buffer.
* `ale#statusline#FirstProblem`: Which returns a dictionary containing the
full loclist details of the first problem of a specified type found by ALE
in a buffer. (e.g. The first style warning in the current buffer.)
This can be useful for displaying more detailed information such as the
line number of the first problem in a file.
Say you want to display all errors as one figure, and all non-errors as another
figure. You can do the following:
```vim
function! LinterStatus() abort
let l:counts = ale#statusline#Count(bufnr(''))
let l:all_errors = l:counts.error + l:counts.style_error
let l:all_non_errors = l:counts.total - l:all_errors
return l:counts.total == 0 ? 'OK' : printf(
\ '%dW %dE',
\ all_non_errors,
\ all_errors
\)
endfunction
set statusline=%{LinterStatus()}
```
See `:help ale#statusline#Count()` or `:help ale#statusline#FirstProblem()`
for more information.
<a name="faq-lightline"></a>
### 5.viii. How can I show errors or warnings in my lightline?
[lightline](https://github.com/itchyny/lightline.vim) does not have built-in
support for ALE, nevertheless there is a plugin that adds this functionality: [maximbaz/lightline-ale](https://github.com/maximbaz/lightline-ale).
For more information, check out the sources of that plugin, `:help ale#statusline#Count()` and [lightline documentation](https://github.com/itchyny/lightline.vim#advanced-configuration).
<a name="faq-echo-format"></a>
### 5.ix. How can I change the format for echo messages?
There are 3 global options that allow customizing the echoed message.
- `g:ale_echo_msg_format` where:
* `%s` is the error message itself
* `%...code...%` is an optional error code, and most characters can be
written between the `%` characters.
* `%linter%` is the linter name
* `%severity%` is the severity type
- `g:ale_echo_msg_error_str` is the string used for error severity.
- `g:ale_echo_msg_warning_str` is the string used for warning severity.
So for example this:
```vim
let g:ale_echo_msg_error_str = 'E'
let g:ale_echo_msg_warning_str = 'W'
let g:ale_echo_msg_format = '[%linter%] %s [%severity%]'
```
Will give you:
![Echoed message](https://user-images.githubusercontent.com/3518142/59195927-348bd000-8b85-11e9-88b6-508a094f1548.png)
See `:help g:ale_echo_msg_format` for more information.
<a name="faq-autocmd"></a>
### 5.x. How can I execute some code when ALE starts or stops linting?
ALE runs its own [autocmd](http://vimdoc.sourceforge.net/htmldoc/autocmd.html)
events when a lint or fix cycle are started and stopped. There is also an event
that runs when a linter job has been successfully started. These events can be
used to call arbitrary functions during these respective parts of the ALE's
operation.
```vim
augroup YourGroup
autocmd!
autocmd User ALELintPre call YourFunction()
autocmd User ALELintPost call YourFunction()
autocmd User ALEJobStarted call YourFunction()
autocmd User ALEFixPre call YourFunction()
autocmd User ALEFixPost call YourFunction()
augroup END
```
<a name="faq-navigation"></a>
### 5.xi. How can I navigate between errors quickly?
ALE offers some commands with `<Plug>` keybinds for moving between warnings and
errors quickly. You can map the keys Ctrl+j and Ctrl+k to moving between errors
for example:
```vim
nmap <silent> <C-k> <Plug>(ale_previous_wrap)
nmap <silent> <C-j> <Plug>(ale_next_wrap)
```
For more information, consult the online documentation with
`:help ale-navigation-commands`.
<a name="faq-lint-on-save"></a>
### 5.xii. How can I run linters only when I save files?
ALE offers an option `g:ale_lint_on_save` for enabling running the linters
when files are saved. This option is enabled by default. If you only
wish to run linters when files are saved, you can turn the other
options off.
```vim
" Write this in your vimrc file
let g:ale_lint_on_text_changed = 'never'
let g:ale_lint_on_insert_leave = 0
" You can disable this option too
" if you don't want linters to run on opening a file
let g:ale_lint_on_enter = 0
```
If for whatever reason you don't wish to run linters again when you save
files, you can set `g:ale_lint_on_save` to `0`.
<a name="faq-quickfix"></a>
### 5.xiii. How can I use the quickfix list instead of the loclist?
The quickfix list can be enabled by turning the `g:ale_set_quickfix`
option on. If you wish to also disable the loclist, you can disable
the `g:ale_set_loclist` option.
```vim
" Write this in your vimrc file
let g:ale_set_loclist = 0
let g:ale_set_quickfix = 1
```
If you wish to show Vim windows for the loclist or quickfix items
when a file contains warnings or errors, `g:ale_open_list` can be
set to `1`. `g:ale_keep_list_window_open` can be set to `1`
if you wish to keep the window open even after errors disappear.
```vim
let g:ale_open_list = 1
" Set this if you want to.
" This can be useful if you are combining ALE with
" some other plugin which sets quickfix errors, etc.
let g:ale_keep_list_window_open = 1
```
You can also set `let g:ale_list_vertical = 1` to open the windows vertically
instead of the default horizontally.
<a name="faq-jsx-stylelint-eslint"></a>
### 5.xiv. How can I check JSX files with both stylelint and eslint?
If you configure ALE options correctly in your vimrc file, and install
the right tools, you can check JSX files with stylelint and eslint.
First, install eslint and install stylelint with
[stylelint-processor-styled-components](https://github.com/styled-components/stylelint-processor-styled-components).
Supposing you have installed both tools correctly, configure your .jsx files so
`jsx` is included in the filetype. You can use an `autocmd` for this.
```vim
augroup FiletypeGroup
autocmd!
au BufNewFile,BufRead *.jsx set filetype=javascript.jsx
augroup END
```
Supposing the filetype has been set correctly, you can set the following
options in a jsx.vim ftplugin file.
```vim
" In ~/.vim/ftplugin/jsx.vim, or somewhere similar.
let b:ale_linter_aliases = ['css', 'javascript']
let b:ale_linters = ['stylelint', 'eslint']
```
Or if you want, you can configure the linters from your vimrc file.
```vim
" In ~/.vim/vimrc, or somewhere similar.
let g:ale_linter_aliases = {'jsx': ['css', 'javascript']}
let g:ale_linters = {'jsx': ['stylelint', 'eslint']}
```
ALE will alias the `jsx` filetype so it uses the `css` filetype linters, and
use the original Array of selected linters for `jsx` from the `g:ale_linters`
object. All available linters will be used for the filetype `javascript`, and
no linter will be run twice for the same file.
<a name="faq-vue-eslint"></a>
### 5.xv. How can I check Vue files with ESLint?
To check Vue files with ESLint, your ESLint project configuration file must be
configured to use the [Vue plugin](https://github.com/vuejs/eslint-plugin-vue).
After that, you need to configure ALE so it will run the JavaScript ESLint
linter on your files. The settings you need are similar to the settings needed
for checking JSX code with both stylelint and ESLint, in the previous section.
```vim
" In ~/.vim/ftplugin/vue.vim, or somewhere similar.
" Run both javascript and vue linters for vue files.
let b:ale_linter_aliases = ['javascript', 'vue']
" Select the eslint and vls linters.
let b:ale_linters = ['eslint', 'vls']
```
Run `:ALEInfo` to see which linters are available after telling ALE to run
JavaScript linters on Vue files. Not all linters support checking Vue files.
If you don't want to configure your linters in ftplugin files for some reason,
you can configure them from your vimrc file instead.
```vim
" In ~/.vim/vimrc, or somewhere similar.
let g:ale_linter_aliases = {'vue': ['vue', 'javascript']}
let g:ale_linters = {'vue': ['eslint', 'vls']}
```
<a name="faq-my-battery-is-sad"></a>
### 5.xvi. Will this plugin eat all of my laptop battery power?
ALE takes advantage of the power of various tools to check your code. This of
course means that CPU time will be used to continuously check your code. If you
are concerned about the CPU time ALE will spend, which will of course imply
some cost to battery life, you can adjust your settings to make your CPU do
less work.
First, consider increasing the delay before which ALE will run any linters
while you type. ALE uses a timeout which is cancelled and reset every time you
type, and this delay can be increased so linters are run less often. See
`:help g:ale_lint_delay` for more information.
If you don't wish to run linters while you type, you can disable that behavior.
Set `g:ale_lint_on_text_changed` to `never`. You won't get as frequent error
checking, but ALE shouldn't block your ability to edit a document after you save
a file, so the asynchronous nature of the plugin will still be an advantage.
If you are still concerned, you can turn the automatic linting off altogether,
including the option `g:ale_lint_on_enter`, and you can run ALE manually with
`:ALELint`.
<a name="faq-c-configuration"></a>
### 5.xvii. How can I configure my C or C++ project?
The structure of C and C++ projects varies wildly from project to project, with
many different build tools being used for building them, and many different
formats for project configuration files. ALE can run compilers easily, but
ALE cannot easily detect which compiler flags to use.
Some tools and build configurations can generate
[compile_commands.json](https://clang.llvm.org/docs/JSONCompilationDatabase.html)
files. The `cppcheck`, `clangcheck`, `clangtidy` and `cquery` linters can read
these files for automatically determining the appropriate compiler flags to
use.
For linting with compilers like `gcc` and `clang`, and with other tools, you
will need to tell ALE which compiler flags to use yourself. You can use
different options for different projects with the `g:ale_pattern_options`
setting. Consult the documentation for that setting for more information.
`b:ale_linters` can be used to select which tools you want to run, say if you
want to use only `gcc` for one project, and only `clang` for another.
ALE will attempt to parse `compile_commands.json` files to discover compiler
flags to use when linting code. See `:help g:ale_c_parse_compile_commands` for
more information. See Clang's documentation for
[compile_commands.json files](https://clang.llvm.org/docs/JSONCompilationDatabase.html).
You should strongly consider generating them in your builds, which is easy to do
with CMake.
You can also configure ALE to automatically run `make -n` to run dry runs on
`Makefile`s to discover compiler flags. This can execute arbitrary code, so the
option is disabled by default. See `:help g:ale_c_parse_makefile`.
You may also configure buffer-local settings for linters with project-specific
vimrc files. [local_vimrc](https://github.com/LucHermitte/local_vimrc) can be
used for executing local vimrc files which can be shared in your project.
<a name="faq-buffer-configuration"></a>
### 5.xviii. How can I configure ALE differently for different buffers?
ALE offers various ways to configure which linters or fixers are run, and
other settings. For the majority of ALE's settings, they can either be
configured globally with a `g:` variable prefix, or for a specific buffer
with a `b:` variable prefix. For example, you can configure a Python ftplugin
file like so.
```vim
" In ~/.vim/ftplugin/python.vim
" Check Python files with flake8 and pylint.
let b:ale_linters = ['flake8', 'pylint']
" Fix Python files with autopep8 and yapf.
let b:ale_fixers = ['autopep8', 'yapf']
" Disable warnings about trailing whitespace for Python files.
let b:ale_warn_about_trailing_whitespace = 0
```
For configuring files based on regular expression patterns matched against the
absolute path to a file, you can use `g:ale_pattern_options`.
```vim
" Do not lint or fix minified files.
let g:ale_pattern_options = {
\ '\.min\.js$': {'ale_linters': [], 'ale_fixers': []},
\ '\.min\.css$': {'ale_linters': [], 'ale_fixers': []},
\}
" If you configure g:ale_pattern_options outside of vimrc, you need this.
let g:ale_pattern_options_enabled = 1
```
Buffer-local variables for settings always override the global settings.
<a name="faq-list-window-height"></a>
### 5.xix. How can I configure the height of the list in which ALE displays errors?
To set a default height for the error list, use the `g:ale_list_window_size` variable.
```vim
" Show 5 lines of errors (default: 10)
let g:ale_list_window_size = 5
```
<a name="faq-vm"></a>
### 5.xx. How can I run linters or fixers via Docker or a VM?
ALE supports running linters or fixers via Docker, virtual machines, or in
combination with any remote machine with a different file system, so long as the
tools are well-integrated with ALE, and ALE is properly configured to run the
correct commands and map filename paths between different file systems. See
`:help ale-lint-other-machines` for the full documentation on how to configure
ALE to support this.
<a name="faq-window-borders"></a>
### 5.xxi. How can I change the borders for floating preview windows?
Borders for floating preview windows are enabled by default. You can use the
`g:ale_floating_window_border` setting to configure them.
You could disable the border with an empty list.
```vim
let g:ale_floating_window_border = []
```
If the terminal supports Unicode, you might try setting the value like below, to
make it look nicer.
```vim
let g:ale_floating_window_border = ['│', '─', '╭', '╮', '╯', '╰', '│', '─']
```
Since vim's default uses nice unicode characters when possible, you can trick
ale into using that default with
```vim
let g:ale_floating_window_border = repeat([''], 8)
```
<a name="faq-vim-lsp"></a>
### 5.xxii. How can I use ALE and vim-lsp together?
[vim-lsp](https://github.com/prabirshrestha/vim-lsp) is a popular plugin as
implementation of Language Server Protocol (LSP) client for Vim. It provides
all the LSP features including auto completion, diagnostics, go to definitions,
etc.
ALE also provides LSP support for diagnostics. When you use both ALE and
vim-lsp, one option is disabling ALE's LSP support by
`let g:ale_disable_lsp = 1`. However ALE provides integration of external
programs. Showing errors from language servers by vim-lsp and showing errors
from other external programs by ALE are confusing and problematic.
[vim-lsp-ale](https://github.com/rhysd/vim-lsp-ale) is a bridge plugin to solve
the problem when using both ALE and vim-lsp. With the plugin, diagnostics are
provided by vim-lsp and ALE can handle all the errors. Please read
[vim-lsp-ale's documentation](https://github.com/rhysd/vim-lsp-ale/blob/master/doc/vim-lsp-ale.txt)
for more details.

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" Author: Bartek Jasicki http://github.com/thindil
" Description: Support for Ada Language Server
call ale#Set('ada_adals_executable', 'ada_language_server')
call ale#Set('ada_adals_project', 'default.gpr')
call ale#Set('ada_adals_encoding', 'utf-8')
function! ale_linters#ada#adals#GetAdaLSConfig(buffer) abort
return {
\ 'ada.projectFile': ale#Var(a:buffer, 'ada_adals_project'),
\ 'ada.defaultCharset': ale#Var(a:buffer, 'ada_adals_encoding')
\}
endfunction
function! ale_linters#ada#adals#GetRootDirectory(buffer) abort
return fnamemodify(bufname(a:buffer), ':p:h')
endfunction
call ale#linter#Define('ada', {
\ 'name': 'adals',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'ada_adals_executable')},
\ 'command': '%e',
\ 'project_root': function('ale_linters#ada#adals#GetRootDirectory'),
\ 'lsp_config': function('ale_linters#ada#adals#GetAdaLSConfig')
\})

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scriptencoding utf-8
" Author: David Houston <houstdav000>
" Description: cspell support for Ada files.
call ale#handlers#cspell#DefineLinter('ada')

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@@ -0,0 +1,54 @@
" Author: Martino Pilia <martino.pilia@gmail.com>
" Description: Lint Ada files with GCC
call ale#Set('ada_gcc_executable', 'gcc')
" -gnatwa: activate most optional warnings
" -gnatq: try semantic analysis even if syntax errors have been found
call ale#Set('ada_gcc_options', '-gnatwa -gnatq')
function! ale_linters#ada#gcc#GetCommand(buffer) abort
" Build a suitable output file name. The output file is specified because
" the .ali file may be created even if no code generation is attempted.
" The output file name must match the source file name (except for the
" extension), so here we cannot use the null file as output.
let l:tmp_dir = fnamemodify(ale#command#CreateDirectory(a:buffer), ':p')
let l:out_file = l:tmp_dir . fnamemodify(bufname(a:buffer), ':t:r') . '.o'
" -gnatc: Check syntax and semantics only (no code generation attempted)
return '%e -x ada -c -gnatc'
\ . ' -o ' . ale#Escape(l:out_file)
\ . ' -I %s:h'
\ . ale#Pad(ale#Var(a:buffer, 'ada_gcc_options'))
\ . ' %t'
endfunction
" For the message format please refer to:
" https://gcc.gnu.org/onlinedocs/gnat_ugn/Output-and-Error-Message-Control.html
" https://gcc.gnu.org/onlinedocs/gnat_ugn/Warning-Message-Control.html
function! ale_linters#ada#gcc#Handle(buffer, lines) abort
" Error format: <filename>:<lnum>:<col>: <text>
" Warning format: <filename>:<lnum>:<col>: warning: <text>
let l:re = '\v(.+):([0-9]+):([0-9]+):\s+(warning:)?\s*(.+)\s*'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:re)
call add(l:output, {
\ 'bufnr': a:buffer,
\ 'lnum': str2nr(l:match[2]),
\ 'col': str2nr(l:match[3]),
\ 'type': l:match[4] is# 'warning:' ? 'W' : 'E',
\ 'text': l:match[5],
\})
endfor
return l:output
endfunction
call ale#linter#Define('ada', {
\ 'name': 'gcc',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'ada_gcc_executable')},
\ 'command': function('ale_linters#ada#gcc#GetCommand'),
\ 'callback': 'ale_linters#ada#gcc#Handle',
\})

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" Author: Horacio Sanson <https://github.com/hsanson>
" Description: Support ansible language server https://github.com/ansible/ansible-language-server/
call ale#Set('ansible_language_server_executable', 'ansible-language-server')
call ale#Set('ansible_language_server_config', {})
function! ale_linters#ansible#ansible_language_server#Executable(buffer) abort
return ale#Var(a:buffer, 'ansible_language_server_executable')
endfunction
function! ale_linters#ansible#ansible_language_server#GetCommand(buffer) abort
let l:executable = ale_linters#ansible#ansible_language_server#Executable(a:buffer)
return ale#Escape(l:executable) . ' --stdio'
endfunction
function! ale_linters#ansible#ansible_language_server#FindProjectRoot(buffer) abort
let l:dir = fnamemodify(
\ ale#path#FindNearestFile(a:buffer, 'ansible.cfg'),
\ ':h'
\)
if l:dir isnot# '.' && isdirectory(l:dir)
return l:dir
endif
let l:dir = fnamemodify(
\ ale#path#FindNearestDirectory(a:buffer, '.git'),
\ ':h:h'
\)
if l:dir isnot# '.' && isdirectory(l:dir)
return l:dir
endif
return ''
endfunction
call ale#linter#Define('ansible', {
\ 'name': 'ansible-language-server',
\ 'lsp': 'stdio',
\ 'executable': function('ale_linters#ansible#ansible_language_server#Executable'),
\ 'command': function('ale_linters#ansible#ansible_language_server#GetCommand'),
\ 'project_root': function('ale_linters#ansible#ansible_language_server#FindProjectRoot'),
\ 'lsp_config': {b -> ale#Var(b, 'ansible_language_server_config')}
\})

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" Authors: Bjorn Neergaard <bjorn@neersighted.com>, Vytautas Macionis <vytautas.macionis@manomail.de>
" Description: ansible-lint for ansible-yaml files
call ale#Set('ansible_ansible_lint_executable', 'ansible-lint')
function! ale_linters#ansible#ansible_lint#GetExecutable(buffer) abort
return ale#Var(a:buffer, 'ansible_ansible_lint_executable')
endfunction
function! ale_linters#ansible#ansible_lint#Handle(buffer, version, lines) abort
for l:line in a:lines[:10]
if match(l:line, '^Traceback') >= 0
return [{
\ 'lnum': 1,
\ 'text': 'An exception was thrown. See :ALEDetail',
\ 'detail': join(a:lines, "\n"),
\}]
endif
endfor
let l:version_group = ale#semver#GTE(a:version, [6, 0, 0]) ? '>=6.0.0' :
\ ale#semver#GTE(a:version, [5, 0, 0]) ? '>=5.0.0' :
\ '<5.0.0'
let l:output = []
if '>=6.0.0' is# l:version_group
let l:error_codes = { 'blocker': 'E', 'critical': 'E', 'major': 'W', 'minor': 'W', 'info': 'I' }
let l:linter_issues = ale#util#FuzzyJSONDecode(a:lines, [])
for l:issue in l:linter_issues
if ale#path#IsBufferPath(a:buffer, l:issue.location.path)
call add(l:output, {
\ 'lnum': exists('l:issue.location.lines.begin.column') ? l:issue.location.lines.begin.line :
\ l:issue.location.lines.begin,
\ 'col': exists('l:issue.location.lines.begin.column') ? l:issue.location.lines.begin.column : 0,
\ 'text': l:issue.check_name,
\ 'detail': l:issue.description,
\ 'code': l:issue.severity,
\ 'type': l:error_codes[l:issue.severity],
\})
endif
endfor
endif
if '>=5.0.0' is# l:version_group
" Matches patterns line the following:
" test.yml:3:148: syntax-check 'var' is not a valid attribute for a Play
" roles/test/tasks/test.yml:8: [package-latest] [VERY_LOW] Package installs should not use latest
" D:\test\tasks\test.yml:8: [package-latest] [VERY_LOW] package installs should not use latest
let l:pattern = '\v^(%([a-zA-Z]:)?[^:]+):(\d+):%((\d+):)? %(\[([-[:alnum:]]+)\]) %(\[([_[:alnum:]]+)\]) (.*)$'
let l:error_codes = { 'VERY_HIGH': 'E', 'HIGH': 'E', 'MEDIUM': 'W', 'LOW': 'W', 'VERY_LOW': 'W', 'INFO': 'I' }
for l:match in ale#util#GetMatches(a:lines, l:pattern)
if ale#path#IsBufferPath(a:buffer, l:match[1])
call add(l:output, {
\ 'lnum': l:match[2] + 0,
\ 'col': l:match[3] + 0,
\ 'text': l:match[6],
\ 'code': l:match[4],
\ 'type': l:error_codes[l:match[5]],
\})
endif
endfor
endif
if '<5.0.0' is# l:version_group
" Matches patterns line the following:
" test.yml:35: [EANSIBLE0002] Trailing whitespace
let l:pattern = '\v^([a-zA-Z]?:?[^:]+):(\d+):?(\d+)?: \[?([[:alnum:]]+)\]? (.*)$'
for l:match in ale#util#GetMatches(a:lines, l:pattern)
let l:code = l:match[4]
if l:code is# 'EANSIBLE0002'
\&& !ale#Var(a:buffer, 'warn_about_trailing_whitespace')
" Skip warnings for trailing whitespace if the option is off.
continue
endif
if ale#path#IsBufferPath(a:buffer, l:match[1])
call add(l:output, {
\ 'lnum': l:match[2] + 0,
\ 'col': l:match[3] + 0,
\ 'text': l:match[5],
\ 'code': l:code,
\ 'type': l:code[:0] is# 'E' ? 'E' : 'W',
\})
endif
endfor
endif
return l:output
endfunction
function! ale_linters#ansible#ansible_lint#GetCommand(buffer, version) abort
let l:commands = {
\ '>=6.0.0': '%e --nocolor -f json -x yaml %s',
\ '>=5.0.0': '%e --nocolor --parseable-severity -x yaml %s',
\ '<5.0.0': '%e --nocolor -p %t'
\}
let l:command = ale#semver#GTE(a:version, [6, 0]) ? l:commands['>=6.0.0'] :
\ ale#semver#GTE(a:version, [5, 0]) ? l:commands['>=5.0.0'] :
\ l:commands['<5.0.0']
return l:command
endfunction
call ale#linter#Define('ansible', {
\ 'name': 'ansible_lint',
\ 'aliases': ['ansible', 'ansible-lint'],
\ 'executable': function('ale_linters#ansible#ansible_lint#GetExecutable'),
\ 'command': {buffer -> ale#semver#RunWithVersionCheck(
\ buffer,
\ ale_linters#ansible#ansible_lint#GetExecutable(buffer),
\ '%e --version',
\ function('ale_linters#ansible#ansible_lint#GetCommand'),
\ )},
\ 'lint_file': 1,
\ 'callback': {buffer, lines -> ale#semver#RunWithVersionCheck(
\ buffer,
\ ale_linters#ansible#ansible_lint#GetExecutable(buffer),
\ '%e --version',
\ {buffer, version -> ale_linters#ansible#ansible_lint#Handle(
\ buffer,
\ l:version,
\ lines)},
\ )},
\})

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@@ -0,0 +1,38 @@
" Author: nametake https://nametake.github.io
" Description: apiblueprint parser
function! ale_linters#apiblueprint#drafter#HandleErrors(buffer, lines) abort
" Matches patterns line the following:
"
" warning: (3) unable to parse response signature, expected 'response [<HTTP status code>] [(<media type>)]'; line 4, column 3k - line 4, column 22
" warning: (10) message-body asset is expected to be a pre-formatted code block, separate it by a newline and indent every of its line by 12 spaces or 3 tabs; line 30, column 5 - line 30, column 9; line 31, column 9 - line 31, column 14; line 32, column 9 - line 32, column 14
let l:pattern = '\(^.*\): (\d\+) \(.\{-\}\); line \(\d\+\), column \(\d\+\) - line \d\+, column \d\+\(.*; line \d\+, column \d\+ - line \(\d\+\), column \(\d\+\)\)\{-\}$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines[2:], l:pattern)
let l:item = {
\ 'type': l:match[1] is# 'warning' ? 'W' : 'E',
\ 'text': l:match[2],
\ 'lnum': l:match[3] + 0,
\ 'col': l:match[4] + 0,
\}
if l:match[5] isnot# ''
let l:item.end_lnum = l:match[6] + 0
let l:item.end_col = l:match[7] + 0
endif
call add(l:output, l:item)
endfor
return l:output
endfunction
call ale#linter#Define('apiblueprint', {
\ 'name': 'drafter',
\ 'output_stream': 'stderr',
\ 'executable': 'drafter',
\ 'command': 'drafter --use-line-num --validate',
\ 'callback': 'ale_linters#apiblueprint#drafter#HandleErrors',
\})

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@@ -0,0 +1,12 @@
" Author: Leo <thinkabit.ukim@gmail.com>
" Description: apkbuild-lint from atools linter for APKBUILDs
call ale#Set('apkbuild_apkbuild_lint_executable', 'apkbuild-lint')
call ale#linter#Define('apkbuild', {
\ 'name': 'apkbuild_lint',
\ 'output_stream': 'stdout',
\ 'executable': {b -> ale#Var(b, 'apkbuild_apkbuild_lint_executable')},
\ 'command': '%e %t',
\ 'callback': 'ale#handlers#atools#Handle',
\})

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@@ -0,0 +1,12 @@
" Author: Leo <thinkabit.ukim@gmail.com>
" Description: secfixes-check from atools linter for APKBUILDs
call ale#Set('apkbuild_secfixes_check_executable', 'secfixes-check')
call ale#linter#Define('apkbuild', {
\ 'name': 'secfixes_check',
\ 'output_stream': 'stdout',
\ 'executable': {b -> ale#Var(b, 'apkbuild_secfixes_check_executable')},
\ 'command': '%e %t',
\ 'callback': 'ale#handlers#atools#Handle',
\})

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@@ -0,0 +1,4 @@
" Author: Johannes Wienke <languitar@semipol.de>
" Description: alex for asciidoc files
call ale#handlers#alex#DefineLinter('asciidoc', '--text')

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@@ -0,0 +1,5 @@
scriptencoding utf-8
" Author: David Houston <houstdav000>
" Description: cspell support for ASCIIDoc files.
call ale#handlers#cspell#DefineLinter('asciidoc')

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@@ -0,0 +1,5 @@
" Author: Horacio Sanson (hsanson [ät] gmail.com)
" Description: languagetool for asciidoc files, copied from markdown.
call ale#handlers#languagetool#DefineLinter('asciidoc')

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@@ -0,0 +1,9 @@
" Author: Daniel M. Capella https://github.com/polyzen
" Description: proselint for AsciiDoc files
call ale#linter#Define('asciidoc', {
\ 'name': 'proselint',
\ 'executable': 'proselint',
\ 'command': 'proselint %t',
\ 'callback': 'ale#handlers#unix#HandleAsWarning',
\})

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@@ -0,0 +1,9 @@
" Author: rhysd https://rhysd.github.io
" Description: Redpen, a proofreading tool (http://redpen.cc)
call ale#linter#Define('asciidoc', {
\ 'name': 'redpen',
\ 'executable': 'redpen',
\ 'command': 'redpen -f asciidoc -r json %t',
\ 'callback': 'ale#handlers#redpen#HandleRedpenOutput',
\})

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@@ -0,0 +1,9 @@
" Author: TANIGUCHI Masaya <ta2gch@gmail.com>
" Description: textlint for AsciiDoc files
call ale#linter#Define('asciidoc', {
\ 'name': 'textlint',
\ 'executable': function('ale#handlers#textlint#GetExecutable'),
\ 'command': function('ale#handlers#textlint#GetCommand'),
\ 'callback': 'ale#handlers#textlint#HandleTextlintOutput',
\})

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@@ -0,0 +1,9 @@
" Author: Jeff Kreeftmeijer https://github.com/jeffkreeftmeijer
" Description: vale for AsciiDoc files
call ale#linter#Define('asciidoc', {
\ 'name': 'vale',
\ 'executable': 'vale',
\ 'command': 'vale --output=line %t',
\ 'callback': 'ale#handlers#unix#HandleAsWarning',
\})

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@@ -0,0 +1,4 @@
" Author: Sumner Evans <sumner.evans98@gmail.com>
" Description: write-good for AsciiDoc files
call ale#handlers#writegood#DefineLinter('asciidoc')

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" Author: Lucas Kolstad <lkolstad@uw.edu>
" Description: gcc linter for asm files
call ale#Set('asm_gcc_executable', 'gcc')
call ale#Set('asm_gcc_options', '-Wall')
function! ale_linters#asm#gcc#GetCommand(buffer) abort
" `-o /dev/null` or `-o null` is needed to catch all errors,
" -fsyntax-only doesn't catch everything.
return '%e -x assembler'
\ . ' -o ' . g:ale#util#nul_file
\ . '-iquote %s:h'
\ . ' ' . ale#Var(a:buffer, 'asm_gcc_options') . ' -'
endfunction
function! ale_linters#asm#gcc#Handle(buffer, lines) abort
let l:pattern = '^.\+:\(\d\+\): \([^:]\+\): \(.\+\)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': l:match[1] + 0,
\ 'type': l:match[2] =~? 'error' ? 'E' : 'W',
\ 'text': l:match[3],
\})
endfor
return l:output
endfunction
call ale#linter#Define('asm', {
\ 'name': 'gcc',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'asm_gcc_executable')},
\ 'command': function('ale_linters#asm#gcc#GetCommand'),
\ 'callback': 'ale_linters#asm#gcc#Handle',
\})

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@@ -0,0 +1,36 @@
" Author: Utkarsh Verma <utkarshverma@protonmail.com>
" Description: AVRA linter for avra syntax.
call ale#Set('avra_avra_executable', 'avra')
call ale#Set('avra_avra_options', '')
function! ale_linters#avra#avra#GetCommand(buffer) abort
return '%e'
\ . ' %t'
\ . ale#Pad(ale#Var(a:buffer, 'avra_avra_options'))
\ . ' -o ' . g:ale#util#nul_file
endfunction
function! ale_linters#avra#avra#Handle(buffer, lines) abort
" Note that we treat 'fatal' as errors.
let l:pattern = '^\S\+(\(\d\+\))\s\+:\s\+\(\S\+\)\s\+:\s\+\(.\+\)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': l:match[1] + 0,
\ 'type': l:match[2] =~? 'Error' ? 'E' : 'W',
\ 'text': l:match[3],
\})
endfor
return l:output
endfunction
call ale#linter#Define('avra', {
\ 'name': 'avra',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'avra_avra_executable')},
\ 'command': function('ale_linters#avra#avra#GetCommand'),
\ 'callback': 'ale_linters#avra#avra#Handle',
\})

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@@ -0,0 +1,23 @@
" Author: kmarc <korondi.mark@gmail.com>
" Description: This file adds support for using GNU awk with scripts.
call ale#Set('awk_gawk_executable', 'gawk')
call ale#Set('awk_gawk_options', '')
function! ale_linters#awk#gawk#GetCommand(buffer) abort
" note the --source 'BEGIN ...' is to prevent
" gawk from attempting to execute the body of the script
" it is linting.
return '%e --source ' . ale#Escape('BEGIN { exit } END { exit 1 }')
\ . ' --lint'
\ . ale#Pad(ale#Var(a:buffer, 'awk_gawk_options'))
\ . ' -f %t /dev/null'
endfunction
call ale#linter#Define('awk', {
\ 'name': 'gawk',
\ 'executable': {b -> ale#Var(b, 'awk_gawk_executable')},
\ 'command': function('ale_linters#awk#gawk#GetCommand'),
\ 'callback': 'ale#handlers#gawk#HandleGawkFormat',
\ 'output_stream': 'both'
\})

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" Author: Ian2020 <https://github.com/Ian2020>
" Description: shellcheck linter for bats scripts.
call ale#handlers#shellcheck#DefineLinter('bats')

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@@ -0,0 +1,80 @@
" Author: Horacio Sanson - https://github.com/hsanson
" Description: Support for bibclean linter for BibTeX files.
call ale#Set('bib_bibclean_executable', 'bibclean')
function! ale_linters#bib#bibclean#GetCommand(buffer) abort
let l:executable = ale#Var(a:buffer, 'bib_bibclean_executable')
return ale#Escape(l:executable) . ' -file-position '
endfunction
function! ale_linters#bib#bibclean#get_type(str) abort
if a:str is# '??'
return 'E'
else
return 'W'
endif
endfunction
function! ale_linters#bib#bibclean#match_msg(line) abort
" Legacy message pattern works for bibclean <= v2.11.4. If empty, try
" the new message pattern for bibtex > v2.11.4
let l:matches_legacy = matchlist(a:line, '^\(.*\) "stdin", line \(\d\+\): \(.*\)$')
return ! empty(l:matches_legacy) ? l:matches_legacy
\ : matchlist(a:line, '^\(.*\) stdin:\(\d\+\):\(.*\)$')
endfunction
function! ale_linters#bib#bibclean#match_entry(line) abort
return matchlist(a:line, 'Entry input byte=.* line=\(.*\) column=\(.*\) output .*$')
endfunction
function! ale_linters#bib#bibclean#match_value(line) abort
return matchlist(a:line, 'Value input byte=.* line=\(.*\) column=\(.*\) output .*$')
endfunction
function! ale_linters#bib#bibclean#Handle(buffer, lines) abort
let l:output = []
let l:type = 'E'
let l:msg = ''
for l:line in a:lines
if empty(l:msg)
let l:mlist = ale_linters#bib#bibclean#match_msg(l:line)
if !empty(l:mlist)
let l:msg = l:mlist[3]
let l:type = ale_linters#bib#bibclean#get_type(l:mlist[1])
endif
else
if l:type is# 'E'
let l:mlist = ale_linters#bib#bibclean#match_entry(l:line)
else
let l:mlist = ale_linters#bib#bibclean#match_value(l:line)
endif
if !empty(l:mlist)
call add(l:output, {
\ 'lnum': l:mlist[1],
\ 'col': l:mlist[2],
\ 'text': l:msg,
\ 'type': l:type
\})
let l:msg = ''
endif
endif
endfor
return l:output
endfunction
call ale#linter#Define('bib', {
\ 'name': 'bibclean',
\ 'executable': {b -> ale#Var(b, 'bib_bibclean_executable')},
\ 'command': function('ale_linters#bib#bibclean#GetCommand'),
\ 'output_stream': 'stderr',
\ 'callback': 'ale_linters#bib#bibclean#Handle',
\})

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" Author: Carl Smedstad <carl.smedstad at protonmail dot com>
" Description: bicep for bicep files
let g:ale_bicep_bicep_executable =
\ get(g:, 'ale_bicep_bicep_executable', 'bicep')
let g:ale_bicep_bicep_options =
\ get(g:, 'ale_bicep_bicep_options', '')
function! ale_linters#bicep#bicep#Executable(buffer) abort
return ale#Var(a:buffer, 'bicep_bicep_executable')
endfunction
function! ale_linters#bicep#bicep#Command(buffer) abort
let l:executable = ale_linters#bicep#bicep#Executable(a:buffer)
let l:options = ale#Var(a:buffer, 'bicep_bicep_options')
if has('win32')
let l:nullfile = 'NUL'
else
let l:nullfile = '/dev/null'
endif
return ale#Escape(l:executable)
\ . ' build --outfile '
\ . l:nullfile
\ . ' '
\ . l:options
\ . ' %s'
endfunction
function! ale_linters#bicep#bicep#Handle(buffer, lines) abort
let l:pattern = '\v^.*\((\d+),(\d+)\)\s:\s([a-zA-Z]*)\s([-a-zA-Z0-9]*):\s(.*)'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
if l:match[3] is# 'Error'
let l:type = 'E'
elseif l:match[3] is# 'Warning'
let l:type = 'W'
else
let l:type = 'I'
endif
call add(l:output, {
\ 'lnum': l:match[1] + 0,
\ 'col': l:match[2] + 0,
\ 'type': l:type,
\ 'code': l:match[4],
\ 'text': l:match[5],
\})
endfor
return l:output
endfunction
call ale#linter#Define('bicep', {
\ 'name': 'bicep',
\ 'executable': function('ale_linters#bicep#bicep#Executable'),
\ 'command': function('ale_linters#bicep#bicep#Command'),
\ 'callback': 'ale_linters#bicep#bicep#Handle',
\ 'output_stream': 'both',
\ 'lint_file': 1,
\})

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" Author: offa
" Description: oelint-adv for BitBake files
call ale#Set('bitbake_oelint_adv_executable', 'oelint-adv')
call ale#Set('bitbake_oelint_adv_options', '')
call ale#Set('bitbake_oelint_adv_config', '.oelint.cfg')
function! ale_linters#bitbake#oelint_adv#Command(buffer) abort
let l:config_file = ale#path#FindNearestFile(a:buffer,
\ ale#Var(a:buffer, 'bitbake_oelint_adv_config'))
return ((!empty(l:config_file))
\ ? 'OELINT_CONFIG=' . ale#Escape(l:config_file) . ' '
\ : '')
\ . '%e --quiet '
\ . ale#Pad(ale#Var(a:buffer, 'bitbake_oelint_adv_options')) . '%s'
endfunction
function! ale_linters#bitbake#oelint_adv#Handle(buffer, lines) abort
let l:pattern = '\v^(.+):(.+):(.+):(.+):(.+)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': str2nr(l:match[2]),
\ 'type': l:match[3] is# 'error'
\ ? 'E' : (l:match[3] is# 'warning' ? 'W' : 'I'),
\ 'text': StripAnsiCodes(l:match[5]),
\ 'code': l:match[4]
\ })
endfor
return l:output
endfunction
function! StripAnsiCodes(line) abort
return substitute(a:line, '\e\[[0-9;]\+[mK]', '', 'g')
endfunction
call ale#linter#Define('bitbake', {
\ 'name': 'oelint_adv',
\ 'output_stream': 'both',
\ 'executable': {b -> ale#Var(b, 'bitbake_oelint_adv_executable')},
\ 'cwd': '%s:h',
\ 'command': function('ale_linters#bitbake#oelint_adv#Command'),
\ 'callback': 'ale_linters#bitbake#oelint_adv#Handle',
\ })

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" Author: w0rp <devw0rp@gmail.com>
" Description: A C compiler linter for C files with gcc/clang, etc.
call ale#Set('c_cc_executable', '<auto>')
call ale#Set('c_cc_options', '-std=c11 -Wall')
call ale#Set('c_cc_use_header_lang_flag', -1)
call ale#Set('c_cc_header_exts', ['h'])
function! ale_linters#c#cc#GetExecutable(buffer) abort
let l:executable = ale#Var(a:buffer, 'c_cc_executable')
" Default to either clang or gcc.
if l:executable is# '<auto>'
if ale#engine#IsExecutable(a:buffer, 'clang')
let l:executable = 'clang'
else
let l:executable = 'gcc'
endif
endif
return l:executable
endfunction
function! ale_linters#c#cc#GetCommand(buffer, output) abort
let l:cflags = ale#c#GetCFlags(a:buffer, a:output)
let l:ale_flags = ale#Var(a:buffer, 'c_cc_options')
if l:cflags =~# '-std='
let l:ale_flags = substitute(
\ l:ale_flags,
\ '-std=\(c\|gnu\)[0-9]\{2\}',
\ '',
\ 'g')
endif
" Select the correct language flag depending on the executable, options
" and file extension
let l:executable = ale_linters#c#cc#GetExecutable(a:buffer)
let l:use_header_lang_flag = ale#Var(a:buffer, 'c_cc_use_header_lang_flag')
let l:header_exts = ale#Var(a:buffer, 'c_cc_header_exts')
let l:lang_flag = ale#c#GetLanguageFlag(
\ a:buffer,
\ l:executable,
\ l:use_header_lang_flag,
\ l:header_exts,
\ 'c')
" -iquote with the directory the file is in makes #include work for
" headers in the same directory.
"
" `-o /dev/null` or `-o null` is needed to catch all errors,
" -fsyntax-only doesn't catch everything.
return '%e -S -x ' . l:lang_flag
\ . ' -o ' . g:ale#util#nul_file
\ . ' -iquote %s:h'
\ . ale#Pad(l:cflags)
\ . ale#Pad(l:ale_flags) . ' -'
endfunction
call ale#linter#Define('c', {
\ 'name': 'cc',
\ 'aliases': ['gcc', 'clang'],
\ 'output_stream': 'stderr',
\ 'executable': function('ale_linters#c#cc#GetExecutable'),
\ 'command': {b -> ale#c#RunMakeCommand(b, function('ale_linters#c#cc#GetCommand'))},
\ 'callback': 'ale#handlers#gcc#HandleGCCFormatWithIncludes',
\})

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" Author: Ye Jingchen <ye.jingchen@gmail.com>, Ben Falconer <ben@falconers.me.uk>, jtalowell <jtalowell@protonmail.com>
" Description: A language server for C
call ale#Set('c_ccls_executable', 'ccls')
call ale#Set('c_ccls_init_options', {})
call ale#Set('c_build_dir', '')
call ale#linter#Define('c', {
\ 'name': 'ccls',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'c_ccls_executable')},
\ 'command': '%e',
\ 'project_root': function('ale#handlers#ccls#GetProjectRoot'),
\ 'initialization_options': {b -> ale#handlers#ccls#GetInitOpts(b, 'c_ccls_init_options')},
\})

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" Author: Andrey Melentyev <andrey.melentyev@protonmail.com>
" Description: Clangd language server
call ale#Set('c_clangd_executable', 'clangd')
call ale#Set('c_clangd_options', '')
call ale#Set('c_build_dir', '')
function! ale_linters#c#clangd#GetCommand(buffer) abort
let l:build_dir = ale#c#GetBuildDirectory(a:buffer)
return '%e'
\ . ale#Pad(ale#Var(a:buffer, 'c_clangd_options'))
\ . (!empty(l:build_dir) ? ' -compile-commands-dir=' . ale#Escape(l:build_dir) : '')
endfunction
call ale#linter#Define('c', {
\ 'name': 'clangd',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'c_clangd_executable')},
\ 'command': function('ale_linters#c#clangd#GetCommand'),
\ 'project_root': function('ale#c#FindProjectRoot'),
\})

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" Author: vdeurzen <tim@kompiler.org>, w0rp <devw0rp@gmail.com>,
" gagbo <gagbobada@gmail.com>, Andrej Radovic <r.andrej@gmail.com>
" Description: clang-tidy linter for c files
call ale#Set('c_clangtidy_executable', 'clang-tidy')
" Set this option to check the checks clang-tidy will apply.
" The number of checks that can be applied to C files is limited in contrast to
" C++
"
" Consult the check list in clang-tidy's documentation:
" http://clang.llvm.org/extra/clang-tidy/checks/list.html
call ale#Set('c_clangtidy_checks', [])
" Set this option to manually set some options for clang-tidy to use as compile
" flags.
" This will disable compile_commands.json detection.
call ale#Set('c_clangtidy_options', '')
" Set this option to manually set options for clang-tidy directly.
call ale#Set('c_clangtidy_extra_options', '')
call ale#Set('c_build_dir', '')
function! ale_linters#c#clangtidy#GetCommand(buffer, output) abort
let l:checks = join(ale#Var(a:buffer, 'c_clangtidy_checks'), ',')
let l:build_dir = ale#c#GetBuildDirectory(a:buffer)
let l:options = ''
" Get the extra options if we couldn't find a build directory.
if empty(l:build_dir)
let l:options = ale#Var(a:buffer, 'c_clangtidy_options')
let l:cflags = ale#c#GetCFlags(a:buffer, a:output)
let l:options .= !empty(l:options) ? ale#Pad(l:cflags) : l:cflags
endif
" Get the options to pass directly to clang-tidy
let l:extra_options = ale#Var(a:buffer, 'c_clangtidy_extra_options')
return '%e'
\ . (!empty(l:checks) ? ' -checks=' . ale#Escape(l:checks) : '')
\ . (!empty(l:extra_options) ? ' ' . ale#Escape(l:extra_options) : '')
\ . ' %s'
\ . (!empty(l:build_dir) ? ' -p ' . ale#Escape(l:build_dir) : '')
\ . (!empty(l:options) ? ' -- ' . l:options : '')
endfunction
call ale#linter#Define('c', {
\ 'name': 'clangtidy',
\ 'output_stream': 'stdout',
\ 'executable': {b -> ale#Var(b, 'c_clangtidy_executable')},
\ 'command': {b -> ale#c#RunMakeCommand(b, function('ale_linters#c#clangtidy#GetCommand'))},
\ 'callback': 'ale#handlers#gcc#HandleGCCFormat',
\ 'lint_file': 1,
\})

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" Author: Bart Libert <bart.libert@gmail.com>
" Description: cppcheck linter for c files
call ale#Set('c_cppcheck_executable', 'cppcheck')
call ale#Set('c_cppcheck_options', '--enable=style')
function! ale_linters#c#cppcheck#GetCommand(buffer) abort
let l:compile_commands_option = ale#handlers#cppcheck#GetCompileCommandsOptions(a:buffer)
let l:buffer_path_include = empty(l:compile_commands_option)
\ ? ale#handlers#cppcheck#GetBufferPathIncludeOptions(a:buffer)
\ : ''
let l:template = ' --template=' . ale#Escape('{file}:{line}:{column}: {severity}:{inconclusive:inconclusive:} {message} [{id}]\\n{code}')
return '%e -q --language=c'
\ . l:template
\ . ale#Pad(l:compile_commands_option)
\ . ale#Pad(ale#Var(a:buffer, 'c_cppcheck_options'))
\ . l:buffer_path_include
\ . ' %t'
endfunction
call ale#linter#Define('c', {
\ 'name': 'cppcheck',
\ 'output_stream': 'both',
\ 'executable': {b -> ale#Var(b, 'c_cppcheck_executable')},
\ 'cwd': function('ale#handlers#cppcheck#GetCwd'),
\ 'command': function('ale_linters#c#cppcheck#GetCommand'),
\ 'callback': 'ale#handlers#cppcheck#HandleCppCheckFormat',
\})

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" Author: Justin Huang <justin.y.huang@live.com>
" Description: cpplint for c files
call ale#Set('c_cpplint_executable', 'cpplint')
call ale#Set('c_cpplint_options', '')
function! ale_linters#c#cpplint#GetCommand(buffer) abort
let l:options = ale#Var(a:buffer, 'c_cpplint_options')
return '%e' . ale#Pad(l:options) . ' %s'
endfunction
call ale#linter#Define('c', {
\ 'name': 'cpplint',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'c_cpplint_executable')},
\ 'command': function('ale_linters#c#cpplint#GetCommand'),
\ 'callback': 'ale#handlers#cpplint#HandleCppLintFormat',
\ 'lint_file': 1,
\})

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" Author: Ben Falconer <ben@falconers.me.uk>, jtalowell <jtalowell@protonmail.com>
" Description: A language server for C
call ale#Set('c_cquery_executable', 'cquery')
call ale#Set('c_cquery_cache_directory', expand('~/.cache/cquery'))
function! ale_linters#c#cquery#GetProjectRoot(buffer) abort
" Try to find cquery configuration files first.
let l:config = ale#path#FindNearestFile(a:buffer, '.cquery')
if !empty(l:config)
return fnamemodify(l:config, ':h')
endif
" Fall back on default project root detection.
return ale#c#FindProjectRoot(a:buffer)
endfunction
function! ale_linters#c#cquery#GetInitializationOptions(buffer) abort
return {'cacheDirectory': ale#Var(a:buffer, 'c_cquery_cache_directory')}
endfunction
call ale#linter#Define('c', {
\ 'name': 'cquery',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'c_cquery_executable')},
\ 'command': '%e',
\ 'project_root': function('ale_linters#c#cquery#GetProjectRoot'),
\ 'initialization_options': function('ale_linters#c#cquery#GetInitializationOptions'),
\})

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scriptencoding utf-8
" Author: David Houston <houstdav000>
" Description: cspell support for C files.
call ale#handlers#cspell#DefineLinter('c')

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" Author: Christian Gibbons <cgibbons@gmu.edu>
" Description: flawfinder linter for c files
call ale#Set('c_flawfinder_executable', 'flawfinder')
call ale#Set('c_flawfinder_options', '')
call ale#Set('c_flawfinder_minlevel', 1)
call ale#Set('c_flawfinder_error_severity', 6)
function! ale_linters#c#flawfinder#GetCommand(buffer) abort
" Set the minimum vulnerability level for flawfinder to bother with
let l:minlevel = ' --minlevel=' . ale#Var(a:buffer, 'c_flawfinder_minlevel')
return '%e -CDQS'
\ . ale#Pad(ale#Var(a:buffer, 'c_flawfinder_options'))
\ . l:minlevel
\ . ' %t'
endfunction
call ale#linter#Define('c', {
\ 'name': 'flawfinder',
\ 'output_stream': 'stdout',
\ 'executable': {b -> ale#Var(b, 'c_flawfinder_executable')},
\ 'command': function('ale_linters#c#flawfinder#GetCommand'),
\ 'callback': 'ale#handlers#flawfinder#HandleFlawfinderFormat',
\})

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" Author: 0xHyoga <0xHyoga@gmx.com>
" Description: Report starknet-compile errors in cairo code
call ale#Set('cairo_starknet_executable', 'starknet-compile')
call ale#Set('cairo_starknet_options', '')
function! ale_linters#cairo#starknet#Handle(buffer, lines) abort
" Error always on the first line
" e.g ex01.cairo:20:6: Could not find module 'contracts.utils.ex00_base'. Searched in the following paths:
let l:pattern = '\v\.cairo:(\d+):(\d+):+ (.*)'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': str2nr(l:match[1]),
\ 'col': str2nr(l:match[2]),
\ 'type': 'E',
\ 'text': l:match[3],
\})
endfor
return l:output
endfunction
function! ale_linters#cairo#starknet#GetCommand(buffer) abort
let l:executable = ale#Var(a:buffer, 'cairo_starknet_executable')
return l:executable . ale#Pad(ale#Var(a:buffer, 'cairo_starknet_options')) . ' %s'
endfunction
call ale#linter#Define('cairo', {
\ 'name': 'starknet',
\ 'executable': {b -> ale#Var(b, 'cairo_starknet_executable')},
\ 'command': function('ale_linters#cairo#starknet#GetCommand'),
\ 'callback': 'ale_linters#cairo#starknet#Handle',
\ 'output_stream': 'stderr',
\})

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" Author: Raphael Hoegger - https://github.com/pfuender
" Description: Cookstyle (RuboCop based), a code style analyzer for Ruby files
call ale#Set('chef_cookstyle_executable', 'cookstyle')
call ale#Set('chef_cookstyle_options', '')
function! ale_linters#chef#cookstyle#GetCommand(buffer) abort
let l:options = ale#Var(a:buffer, 'chef_cookstyle_options')
return '%e' . ale#Pad(escape(l:options, '~')) . ' --force-exclusion --format json --stdin ' . ' %s'
endfunction
function! ale_linters#chef#cookstyle#Handle(buffer, lines) abort
if len(a:lines) == 0
return []
endif
let l:errors = ale#util#FuzzyJSONDecode(a:lines[0], {})
if !has_key(l:errors, 'summary')
\|| l:errors['summary']['offense_count'] == 0
\|| empty(l:errors['files'])
return []
endif
let l:output = []
for l:error in l:errors['files'][0]['offenses']
let l:start_col = str2nr(l:error['location']['start_column'])
let l:end_col = str2nr(l:error['location']['last_column'])
if !l:end_col
let l:end_col = l:start_col + 1
endif
call add(l:output, {
\ 'lnum': str2nr(l:error['location']['line']),
\ 'col': l:start_col,
\ 'end_col': l:end_col,
\ 'code': l:error['cop_name'],
\ 'text': l:error['message'],
\ 'type': l:error['severity'] is? 'convention' ? 'W' : 'E',
\})
endfor
return l:output
endfunction
call ale#linter#Define('chef', {
\ 'name': 'cookstyle',
\ 'executable': {b -> ale#Var(b, 'chef_cookstyle_executable')},
\ 'command': function('ale_linters#chef#cookstyle#GetCommand'),
\ 'callback': 'ale_linters#chef#cookstyle#Handle',
\})

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" Author: Edward Larkey <edwlarkey@mac.com>
" Author: Jose Junior <jose.junior@gmail.com>
" Author: w0rp <devw0rp@gmail.com>
" Description: This file adds the foodcritic linter for Chef files.
call ale#Set('chef_foodcritic_executable', 'foodcritic')
call ale#Set('chef_foodcritic_options', '')
function! ale_linters#chef#foodcritic#GetCommand(buffer) abort
let l:options = ale#Var(a:buffer, 'chef_foodcritic_options')
return '%e' . ale#Pad(escape(l:options, '~')) . ' %s'
endfunction
function! ale_linters#chef#foodcritic#Handle(buffer, lines) abort
" Matches patterns line the following:
"
" FC002: Avoid string interpolation where not required: httpd.rb:13
let l:pattern = '\v([^:]+): (.+): ([a-zA-Z]?:?[^:]+):(\d+)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'code': l:match[1],
\ 'text': l:match[2],
\ 'filename': l:match[3],
\ 'lnum': l:match[4] + 0,
\ 'type': 'W',
\})
endfor
return l:output
endfunction
call ale#linter#Define('chef', {
\ 'name': 'foodcritic',
\ 'executable': {b -> ale#Var(b, 'chef_foodcritic_executable')},
\ 'command': function('ale_linters#chef#foodcritic#GetCommand'),
\ 'callback': 'ale_linters#chef#foodcritic#Handle',
\ 'lint_file': 1,
\})

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" Author: Masashi Iizuka <liquidz.uo@gmail.com>
" Description: linter for clojure using clj-kondo https://github.com/borkdude/clj-kondo
call ale#Set('clojure_clj_kondo_options', '--cache')
function! ale_linters#clojure#clj_kondo#GetCommand(buffer) abort
let l:options = ale#Var(a:buffer, 'clojure_clj_kondo_options')
let l:command = 'clj-kondo'
\ . ale#Pad(l:options)
\ . ' --lint -'
\ . ' --filename %s'
return l:command
endfunction
function! ale_linters#clojure#clj_kondo#HandleCljKondoFormat(buffer, lines) abort
" output format
" <filename>:<line>:<column>: <issue type>: <message>
let l:pattern = '\v^[a-zA-Z]?:?[^:]+:(\d+)?:(\d+)?:? ((Exception|error|warning): ?(.+))$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
let l:type = 'E'
if l:match[4] is? 'warning'
let l:type = 'W'
endif
call add(l:output, {
\ 'lnum': l:match[1] + 0,
\ 'col': l:match[2] + 0,
\ 'text': l:match[3],
\ 'type': l:type,
\})
endfor
return l:output
endfunction
call ale#linter#Define('clojure', {
\ 'name': 'clj-kondo',
\ 'output_stream': 'stdout',
\ 'executable': 'clj-kondo',
\ 'command': function('ale_linters#clojure#clj_kondo#GetCommand'),
\ 'callback': 'ale_linters#clojure#clj_kondo#HandleCljKondoFormat',
\})

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" Author: Nic West <nicwest@mailbox.org>
" Description: linter for clojure using joker https://github.com/candid82/joker
function! ale_linters#clojure#joker#HandleJokerFormat(buffer, lines) abort
" output format
" <filename>:<line>:<column>: <issue type>: <message>
let l:pattern = '\v^[a-zA-Z]?:?[^:]+:(\d+):(\d+):? ((Read error|Parse error|Parse warning|Exception): ?(.+))$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
let l:type = 'E'
if l:match[4] is? 'Parse warning'
let l:type = 'W'
endif
call add(l:output, {
\ 'lnum': l:match[1] + 0,
\ 'col': l:match[2] + 0,
\ 'text': l:match[3],
\ 'type': l:type,
\})
endfor
return l:output
endfunction
call ale#linter#Define('clojure', {
\ 'name': 'joker',
\ 'output_stream': 'stderr',
\ 'executable': 'joker',
\ 'command': 'joker --working-dir %s --lint %t',
\ 'callback': 'ale_linters#clojure#joker#HandleJokerFormat',
\})

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" Author: Yasuhiro Kiyota <yasuhiroki.duck@gmail.com>
" Description: Support cfn-python-lint for AWS Cloudformation template file
function! ale_linters#cloudformation#cfn_python_lint#Handle(buffer, lines) abort
" Matches patterns line the following:
"
" sample.template.yaml:96:7:96:15:E3012:Property Resources/Sample/Properties/FromPort should be of type Integer
let l:pattern = '\v^(.*):(\d+):(\d+):(\d+):(\d+):([[:alnum:]]+):(.*)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
let l:code = l:match[6]
if ale#path#IsBufferPath(a:buffer, l:match[1])
call add(l:output, {
\ 'lnum': l:match[2],
\ 'col': l:match[3],
\ 'end_lnum': l:match[4],
\ 'end_col': l:match[5],
\ 'code': l:code,
\ 'type': l:code[:0] is# 'E' ? 'E' : 'W',
\ 'text': l:match[7]
\})
endif
endfor
return l:output
endfunction
call ale#linter#Define('cloudformation', {
\ 'name': 'cloudformation',
\ 'aliases': ['cfn-lint'],
\ 'executable': 'cfn-lint',
\ 'command': 'cfn-lint --template %t --format parseable',
\ 'callback': 'ale_linters#cloudformation#cfn_python_lint#Handle',
\})

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" Author: Carl Smedstad <carl.smedstad at protonmail dot com>
" Description: cmake-lint for cmake files
let g:ale_cmake_cmake_lint_executable =
\ get(g:, 'ale_cmake_cmake_lint_executable', 'cmake-lint')
let g:ale_cmake_cmake_lint_options =
\ get(g:, 'ale_cmake_cmake_lint_options', '')
function! ale_linters#cmake#cmake_lint#Executable(buffer) abort
return ale#Var(a:buffer, 'cmake_cmake_lint_executable')
endfunction
function! ale_linters#cmake#cmake_lint#Command(buffer) abort
let l:executable = ale_linters#cmake#cmake_lint#Executable(a:buffer)
let l:options = ale#Var(a:buffer, 'cmake_cmake_lint_options')
return ale#Escape(l:executable) . ' ' . l:options . ' %t'
endfunction
function! ale_linters#cmake#cmake_lint#Handle(buffer, lines) abort
let l:pattern = '\v^[^:]+:(\d+),?(\d+)?:\s\[([A-Z]\d+)\]\s(.+)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': l:match[1] + 0,
\ 'col': l:match[2] + 0,
\ 'type': 'W',
\ 'code': l:match[3],
\ 'text': l:match[4],
\})
endfor
return l:output
endfunction
call ale#linter#Define('cmake', {
\ 'name': 'cmake_lint',
\ 'executable': function('ale_linters#cmake#cmake_lint#Executable'),
\ 'command': function('ale_linters#cmake#cmake_lint#Command'),
\ 'callback': 'ale_linters#cmake#cmake_lint#Handle',
\})

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" Author: Kenneth Benzie <k.benzie83@gmail.com>
" Description: cmakelint for cmake files
let g:ale_cmake_cmakelint_executable =
\ get(g:, 'ale_cmake_cmakelint_executable', 'cmakelint')
let g:ale_cmake_cmakelint_options =
\ get(g:, 'ale_cmake_cmakelint_options', '')
function! ale_linters#cmake#cmakelint#Executable(buffer) abort
return ale#Var(a:buffer, 'cmake_cmakelint_executable')
endfunction
function! ale_linters#cmake#cmakelint#Command(buffer) abort
return ale_linters#cmake#cmakelint#Executable(a:buffer)
\ . ' ' . ale#Var(a:buffer, 'cmake_cmakelint_options') . ' %t'
endfunction
call ale#linter#Define('cmake', {
\ 'name': 'cmakelint',
\ 'executable': function('ale_linters#cmake#cmakelint#Executable'),
\ 'command': function('ale_linters#cmake#cmakelint#Command'),
\ 'callback': 'ale#handlers#unix#HandleAsWarning',
\})

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" Author: KabbAmine - https://github.com/KabbAmine
" Description: Coffee for checking coffee files
function! ale_linters#coffee#coffee#GetExecutable(buffer) abort
return ale#path#ResolveLocalPath(
\ a:buffer,
\ 'node_modules/.bin/coffee',
\ 'coffee'
\)
endfunction
function! ale_linters#coffee#coffee#GetCommand(buffer) abort
return ale_linters#coffee#coffee#GetExecutable(a:buffer)
\ . ' -cp -s'
endfunction
call ale#linter#Define('coffee', {
\ 'name': 'coffee',
\ 'executable': function('ale_linters#coffee#coffee#GetExecutable'),
\ 'command': function('ale_linters#coffee#coffee#GetCommand'),
\ 'output_stream': 'stderr',
\ 'callback': 'ale#handlers#gcc#HandleGCCFormat',
\})

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" Author: Prashanth Chandra https://github.com/prashcr
" Description: coffeelint linter for coffeescript files
function! ale_linters#coffee#coffeelint#GetExecutable(buffer) abort
return ale#path#ResolveLocalPath(
\ a:buffer,
\ 'node_modules/.bin/coffeelint',
\ 'coffeelint'
\)
endfunction
function! ale_linters#coffee#coffeelint#GetCommand(buffer) abort
return ale_linters#coffee#coffeelint#GetExecutable(a:buffer)
\ . ' --stdin --reporter csv'
endfunction
function! ale_linters#coffee#coffeelint#Handle(buffer, lines) abort
" Matches patterns like the following:
"
" path,lineNumber,lineNumberEnd,level,message
" stdin,14,,error,Throwing strings is forbidden
"
" Note that we currently ignore lineNumberEnd for multiline errors
let l:pattern = 'stdin,\(\d\+\),\(\d*\),\(.\{-1,}\),\(.\+\)'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': str2nr(l:match[1]),
\ 'type': l:match[3] is# 'error' ? 'E' : 'W',
\ 'text': l:match[4],
\})
endfor
return l:output
endfunction
call ale#linter#Define('coffee', {
\ 'name': 'coffeelint',
\ 'executable': function('ale_linters#coffee#coffeelint#GetExecutable'),
\ 'command': function('ale_linters#coffee#coffeelint#GetCommand'),
\ 'callback': 'ale_linters#coffee#coffeelint#Handle',
\})

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" Author: w0rp <devw0rp@gmail.com>
" Description: A C++ compiler linter for C++ files with gcc/clang, etc.
call ale#Set('cpp_cc_executable', '<auto>')
call ale#Set('cpp_cc_options', '-std=c++14 -Wall')
call ale#Set('cpp_cc_use_header_lang_flag', -1)
call ale#Set('cpp_cc_header_exts', ['h', 'hpp'])
function! ale_linters#cpp#cc#GetExecutable(buffer) abort
let l:executable = ale#Var(a:buffer, 'cpp_cc_executable')
" Default to either clang++ or gcc.
if l:executable is# '<auto>'
if ale#engine#IsExecutable(a:buffer, 'clang++')
let l:executable = 'clang++'
else
let l:executable = 'gcc'
endif
endif
return l:executable
endfunction
function! ale_linters#cpp#cc#GetCommand(buffer, output) abort
let l:cflags = ale#c#GetCFlags(a:buffer, a:output)
let l:ale_flags = ale#Var(a:buffer, 'cpp_cc_options')
if l:cflags =~# '-std='
let l:ale_flags = substitute(
\ l:ale_flags,
\ '-std=\(c\|gnu\)++[0-9]\{2\}',
\ '',
\ 'g')
endif
" Select the correct language flag depending on the executable, options
" and file extension
let l:executable = ale_linters#cpp#cc#GetExecutable(a:buffer)
let l:use_header_lang_flag = ale#Var(a:buffer, 'cpp_cc_use_header_lang_flag')
let l:header_exts = ale#Var(a:buffer, 'cpp_cc_header_exts')
let l:lang_flag = ale#c#GetLanguageFlag(
\ a:buffer,
\ l:executable,
\ l:use_header_lang_flag,
\ l:header_exts,
\ 'c++')
" -iquote with the directory the file is in makes #include work for
" headers in the same directory.
"
" `-o /dev/null` or `-o null` is needed to catch all errors,
" -fsyntax-only doesn't catch everything.
return '%e -S -x ' . l:lang_flag
\ . ' -o ' . g:ale#util#nul_file
\ . ' -iquote %s:h'
\ . ale#Pad(l:cflags)
\ . ale#Pad(l:ale_flags) . ' -'
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'cc',
\ 'aliases': ['gcc', 'clang', 'g++', 'clang++'],
\ 'output_stream': 'stderr',
\ 'executable': function('ale_linters#cpp#cc#GetExecutable'),
\ 'command': {b -> ale#c#RunMakeCommand(b, function('ale_linters#cpp#cc#GetCommand'))},
\ 'callback': 'ale#handlers#gcc#HandleGCCFormatWithIncludes',
\})

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" Author: Ye Jingchen <ye.jingchen@gmail.com>, Ben Falconer <ben@falconers.me.uk>, jtalowell <jtalowell@protonmail.com>
" Description: A language server for C++
call ale#Set('cpp_ccls_executable', 'ccls')
call ale#Set('cpp_ccls_init_options', {})
call ale#Set('c_build_dir', '')
call ale#linter#Define('cpp', {
\ 'name': 'ccls',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'cpp_ccls_executable')},
\ 'command': '%e',
\ 'project_root': function('ale#handlers#ccls#GetProjectRoot'),
\ 'initialization_options': {b -> ale#handlers#ccls#GetInitOpts(b, 'cpp_ccls_init_options')},
\})

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" Author: gagbo <gagbobada@gmail.com>
" Description: clang-check linter for cpp files
call ale#Set('cpp_clangcheck_executable', 'clang-check')
call ale#Set('cpp_clangcheck_options', '')
call ale#Set('c_build_dir', '')
function! ale_linters#cpp#clangcheck#GetCommand(buffer) abort
let l:user_options = ale#Var(a:buffer, 'cpp_clangcheck_options')
" Try to find compilation database to link automatically
let l:build_dir = ale#Var(a:buffer, 'c_build_dir')
if empty(l:build_dir)
let [l:root, l:json_file] = ale#c#FindCompileCommands(a:buffer)
let l:build_dir = ale#path#Dirname(l:json_file)
endif
" The extra arguments in the command are used to prevent .plist files from
" being generated. These are only added if no build directory can be
" detected.
return '%e -analyze %s'
\ . (empty(l:build_dir) ? ' --extra-arg=-Xclang --extra-arg=-analyzer-output=text --extra-arg=-fno-color-diagnostics': '')
\ . ale#Pad(l:user_options)
\ . (!empty(l:build_dir) ? ' -p ' . ale#Escape(l:build_dir) : '')
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'clangcheck',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'cpp_clangcheck_executable')},
\ 'command': function('ale_linters#cpp#clangcheck#GetCommand'),
\ 'callback': 'ale#handlers#gcc#HandleGCCFormat',
\ 'lint_file': 1,
\})

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" Author: Andrey Melentyev <andrey.melentyev@protonmail.com>
" Description: Clangd language server
call ale#Set('cpp_clangd_executable', 'clangd')
call ale#Set('cpp_clangd_options', '')
call ale#Set('c_build_dir', '')
function! ale_linters#cpp#clangd#GetCommand(buffer) abort
let l:build_dir = ale#c#GetBuildDirectory(a:buffer)
return '%e'
\ . ale#Pad(ale#Var(a:buffer, 'cpp_clangd_options'))
\ . (!empty(l:build_dir) ? ' -compile-commands-dir=' . ale#Escape(l:build_dir) : '')
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'clangd',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'cpp_clangd_executable')},
\ 'command': function('ale_linters#cpp#clangd#GetCommand'),
\ 'project_root': function('ale#c#FindProjectRoot'),
\})

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" Author: vdeurzen <tim@kompiler.org>, w0rp <devw0rp@gmail.com>,
" gagbo <gagbobada@gmail.com>
" Description: clang-tidy linter for cpp files
call ale#Set('cpp_clangtidy_executable', 'clang-tidy')
" Set this option to check the checks clang-tidy will apply.
call ale#Set('cpp_clangtidy_checks', [])
" Set this option to manually set some options for clang-tidy to use as compile
" flags.
" This will disable compile_commands.json detection.
call ale#Set('cpp_clangtidy_options', '')
" Set this option to manually set options for clang-tidy directly.
call ale#Set('cpp_clangtidy_extra_options', '')
call ale#Set('c_build_dir', '')
function! ale_linters#cpp#clangtidy#GetCommand(buffer, output) abort
let l:checks = join(ale#Var(a:buffer, 'cpp_clangtidy_checks'), ',')
let l:build_dir = ale#c#GetBuildDirectory(a:buffer)
let l:options = ''
" Get the extra options if we couldn't find a build directory.
if empty(l:build_dir)
let l:options = ale#Var(a:buffer, 'cpp_clangtidy_options')
let l:cflags = ale#c#GetCFlags(a:buffer, a:output)
let l:options .= !empty(l:options) ? ale#Pad(l:cflags) : l:cflags
" Tell clang-tidy a .h header with a C++ filetype in Vim is a C++ file
" only when compile-commands.json file is not there. Adding these
" flags makes clang-tidy completely ignore compile commands.
if expand('#' . a:buffer) =~# '\.h$'
let l:options .= !empty(l:options) ? ' -x c++' : '-x c++'
endif
endif
" Get the options to pass directly to clang-tidy
let l:extra_options = ale#Var(a:buffer, 'cpp_clangtidy_extra_options')
return '%e'
\ . (!empty(l:checks) ? ' -checks=' . ale#Escape(l:checks) : '')
\ . (!empty(l:extra_options) ? ' ' . ale#Escape(l:extra_options) : '')
\ . ' %s'
\ . (!empty(l:build_dir) ? ' -p ' . ale#Escape(l:build_dir) : '')
\ . (!empty(l:options) ? ' -- ' . l:options : '')
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'clangtidy',
\ 'output_stream': 'stdout',
\ 'executable': {b -> ale#Var(b, 'cpp_clangtidy_executable')},
\ 'command': {b -> ale#c#RunMakeCommand(b, function('ale_linters#cpp#clangtidy#GetCommand'))},
\ 'callback': 'ale#handlers#gcc#HandleGCCFormat',
\ 'lint_file': 1,
\})

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" Description: clazy linter for cpp files (clang-based and Qt-oriented)
call ale#Set('cpp_clazy_executable', 'clazy-standalone')
" Set this option to check the checks clazy will apply.
call ale#Set('cpp_clazy_checks', ['level1'])
" Set this option to manually set some options for clazy.
" This will disable compile_commands.json detection.
call ale#Set('cpp_clazy_options', '')
call ale#Set('c_build_dir', '')
function! ale_linters#cpp#clazy#GetCommand(buffer) abort
let l:checks = join(ale#Var(a:buffer, 'cpp_clazy_checks'), ',')
let l:build_dir = ale#c#GetBuildDirectory(a:buffer)
" Get the extra options if we couldn't find a build directory.
let l:options = ale#Var(a:buffer, 'cpp_clazy_options')
return '%e'
\ . (!empty(l:checks) ? ' -checks=' . ale#Escape(l:checks) : '')
\ . (!empty(l:build_dir) ? ' -p ' . ale#Escape(l:build_dir) : '')
\ . (!empty(l:options) ? ' ' . l:options : '')
\ . ' %s'
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'clazy',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'cpp_clazy_executable')},
\ 'command': function('ale_linters#cpp#clazy#GetCommand'),
\ 'callback': 'ale#handlers#gcc#HandleGCCFormat',
\ 'lint_file': 1,
\})

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" Author: Bart Libert <bart.libert@gmail.com>
" Description: cppcheck linter for cpp files
call ale#Set('cpp_cppcheck_executable', 'cppcheck')
call ale#Set('cpp_cppcheck_options', '--enable=style')
function! ale_linters#cpp#cppcheck#GetCommand(buffer) abort
let l:compile_commands_option = ale#handlers#cppcheck#GetCompileCommandsOptions(a:buffer)
let l:buffer_path_include = empty(l:compile_commands_option)
\ ? ale#handlers#cppcheck#GetBufferPathIncludeOptions(a:buffer)
\ : ''
let l:template = ' --template=' . ale#Escape('{file}:{line}:{column}: {severity}:{inconclusive:inconclusive:} {message} [{id}]\\n{code}')
return '%e -q --language=c++'
\ . l:template
\ . ale#Pad(l:compile_commands_option)
\ . ale#Pad(ale#Var(a:buffer, 'cpp_cppcheck_options'))
\ . l:buffer_path_include
\ . ' %t'
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'cppcheck',
\ 'output_stream': 'both',
\ 'executable': {b -> ale#Var(b, 'cpp_cppcheck_executable')},
\ 'cwd': function('ale#handlers#cppcheck#GetCwd'),
\ 'command': function('ale_linters#cpp#cppcheck#GetCommand'),
\ 'callback': 'ale#handlers#cppcheck#HandleCppCheckFormat',
\})

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" Author: Dawid Kurek https://github.com/dawikur
" Description: cpplint for cpp files
call ale#Set('cpp_cpplint_executable', 'cpplint')
call ale#Set('cpp_cpplint_options', '')
function! ale_linters#cpp#cpplint#GetCommand(buffer) abort
let l:options = ale#Var(a:buffer, 'cpp_cpplint_options')
return '%e' . ale#Pad(l:options) . ' %s'
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'cpplint',
\ 'output_stream': 'stderr',
\ 'executable': {b -> ale#Var(b, 'cpp_cpplint_executable')},
\ 'command': function('ale_linters#cpp#cpplint#GetCommand'),
\ 'callback': 'ale#handlers#cpplint#HandleCppLintFormat',
\ 'lint_file': 1,
\})

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" Author: Ben Falconer <ben@falconers.me.uk>
" Description: A language server for C++
call ale#Set('cpp_cquery_executable', 'cquery')
call ale#Set('cpp_cquery_cache_directory', expand('~/.cache/cquery'))
function! ale_linters#cpp#cquery#GetProjectRoot(buffer) abort
" Try to find cquery configuration files first.
let l:config = ale#path#FindNearestFile(a:buffer, '.cquery')
if !empty(l:config)
return fnamemodify(l:config, ':h')
endif
" Fall back on default project root detection.
return ale#c#FindProjectRoot(a:buffer)
endfunction
function! ale_linters#cpp#cquery#GetInitializationOptions(buffer) abort
return {'cacheDirectory': ale#Var(a:buffer, 'cpp_cquery_cache_directory')}
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'cquery',
\ 'lsp': 'stdio',
\ 'executable': {b -> ale#Var(b, 'cpp_cquery_executable')},
\ 'command': '%e',
\ 'project_root': function('ale_linters#cpp#cquery#GetProjectRoot'),
\ 'initialization_options': function('ale_linters#cpp#cquery#GetInitializationOptions'),
\})

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scriptencoding utf-8
" Author: David Houston <houstdav000>
" Description: cspell support for C++ files.
call ale#handlers#cspell#DefineLinter('cpp')

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" Author: Christian Gibbons <cgibbons@gmu.edu>
" Description: flawfinder linter for c++ files
call ale#Set('cpp_flawfinder_executable', 'flawfinder')
call ale#Set('cpp_flawfinder_options', '')
call ale#Set('cpp_flawfinder_minlevel', 1)
call ale#Set('c_flawfinder_error_severity', 6)
function! ale_linters#cpp#flawfinder#GetCommand(buffer) abort
" Set the minimum vulnerability level for flawfinder to bother with
let l:minlevel = ' --minlevel=' . ale#Var(a:buffer, 'cpp_flawfinder_minlevel')
return '%e -CDQS'
\ . ale#Var(a:buffer, 'cpp_flawfinder_options')
\ . l:minlevel
\ . ' %t'
endfunction
call ale#linter#Define('cpp', {
\ 'name': 'flawfinder',
\ 'output_stream': 'stdout',
\ 'executable': {b -> ale#Var(b, 'cpp_flawfinder_executable')},
\ 'command': function('ale_linters#cpp#flawfinder#GetCommand'),
\ 'callback': 'ale#handlers#flawfinder#HandleFlawfinderFormat',
\})

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" Author: Harrison Bachrach - https://github.com/HarrisonB
" Description: Ameba, a linter for crystal files
call ale#Set('crystal_ameba_executable', 'bin/ameba')
function! ale_linters#crystal#ameba#GetCommand(buffer) abort
let l:executable = ale#Var(a:buffer, 'crystal_ameba_executable')
return ale#Escape(l:executable)
\ . ' --format json '
\ . ale#Escape(expand('#' . a:buffer . ':p'))
endfunction
" Handle output from ameba
function! ale_linters#crystal#ameba#HandleAmebaOutput(buffer, lines) abort
if len(a:lines) == 0
return []
endif
let l:errors = ale#util#FuzzyJSONDecode(a:lines[0], {})
if !has_key(l:errors, 'summary')
\|| l:errors['summary']['issues_count'] == 0
\|| empty(l:errors['sources'])
return []
endif
let l:output = []
for l:error in l:errors['sources'][0]['issues']
let l:start_col = str2nr(l:error['location']['column'])
let l:end_col = str2nr(l:error['end_location']['column'])
if !l:end_col
let l:end_col = l:start_col + 1
endif
call add(l:output, {
\ 'lnum': str2nr(l:error['location']['line']),
\ 'col': l:start_col,
\ 'end_col': l:end_col,
\ 'code': l:error['rule_name'],
\ 'text': l:error['message'],
\ 'type': 'W',
\})
endfor
return l:output
endfunction
call ale#linter#Define('crystal', {
\ 'name': 'ameba',
\ 'executable': {b -> ale#Var(b, 'crystal_ameba_executable')},
\ 'command': function('ale_linters#crystal#ameba#GetCommand'),
\ 'callback': 'ale_linters#crystal#ameba#HandleAmebaOutput',
\ 'lint_file': 1,
\})

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" Author: Jordan Andree <https://github.com/jordanandree>, David Alexander <opensource@thelonelyghost.com>
" Description: This file adds support for checking Crystal with crystal build
function! ale_linters#crystal#crystal#Handle(buffer, lines) abort
let l:output = []
for l:error in ale#util#FuzzyJSONDecode(a:lines, [])
if !has_key(l:error, 'file')
continue
endif
call add(l:output, {
\ 'lnum': l:error.line + 0,
\ 'col': l:error.column + 0,
\ 'text': l:error.message,
\})
endfor
return l:output
endfunction
function! ale_linters#crystal#crystal#GetCommand(buffer) abort
return 'crystal build -f json --no-codegen --no-color -o '
\ . ale#Escape(g:ale#util#nul_file)
\ . ' %s'
endfunction
call ale#linter#Define('crystal', {
\ 'name': 'crystal',
\ 'executable': 'crystal',
\ 'output_stream': 'both',
\ 'lint_file': 1,
\ 'command': function('ale_linters#crystal#crystal#GetCommand'),
\ 'callback': 'ale_linters#crystal#crystal#Handle',
\})

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call ale#Set('cs_csc_options', '')
call ale#Set('cs_csc_source', '')
call ale#Set('cs_csc_assembly_path', [])
call ale#Set('cs_csc_assemblies', [])
function! ale_linters#cs#csc#GetCwd(buffer) abort
let l:cwd = ale#Var(a:buffer, 'cs_csc_source')
return !empty(l:cwd) ? l:cwd : expand('#' . a:buffer . ':p:h')
endfunction
function! ale_linters#cs#csc#GetCommand(buffer) abort
" Pass assembly paths via the -lib: parameter.
let l:path_list = ale#Var(a:buffer, 'cs_csc_assembly_path')
let l:lib_option = !empty(l:path_list)
\ ? '/lib:' . join(map(copy(l:path_list), 'ale#Escape(v:val)'), ',')
\ : ''
" Pass paths to DLL files via the -r: parameter.
let l:assembly_list = ale#Var(a:buffer, 'cs_csc_assemblies')
let l:r_option = !empty(l:assembly_list)
\ ? '/r:' . join(map(copy(l:assembly_list), 'ale#Escape(v:val)'), ',')
\ : ''
" register temporary module target file with ale
" register temporary module target file with ALE.
let l:out = ale#command#CreateFile(a:buffer)
" The code is compiled as a module and the output is redirected to a
" temporary file.
return 'csc /unsafe'
\ . ale#Pad(ale#Var(a:buffer, 'cs_csc_options'))
\ . ale#Pad(l:lib_option)
\ . ale#Pad(l:r_option)
\ . ' /out:' . l:out
\ . ' /t:module'
\ . ' /recurse:' . ale#Escape('*.cs')
endfunction
function! ale_linters#cs#csc#Handle(buffer, lines) abort
" Look for lines like the following.
"
" Tests.cs(12,29): error CSXXXX: ; expected
"
" NOTE: pattern also captures file name as linter compiles all
" files within the source tree rooted at the specified source
" path and not just the file loaded in the buffer
let l:patterns = [
\ '^\v(.+\.cs)\((\d+),(\d+)\)\:\s+([^ ]+)\s+([cC][sS][^ ]+):\s(.+)$',
\ '^\v([^ ]+)\s+([Cc][sS][^ ]+):\s+(.+)$',
\]
let l:output = []
let l:dir = ale_linters#cs#csc#GetCwd(a:buffer)
for l:match in ale#util#GetMatches(a:lines, l:patterns)
if len(l:match) > 6 && strlen(l:match[5]) > 2 && l:match[5][:1] is? 'CS'
call add(l:output, {
\ 'filename': ale#path#GetAbsPath(l:dir, l:match[1]),
\ 'lnum': l:match[2] + 0,
\ 'col': l:match[3] + 0,
\ 'type': l:match[4] is# 'error' ? 'E' : 'W',
\ 'code': l:match[5],
\ 'text': l:match[6] ,
\})
elseif strlen(l:match[2]) > 2 && l:match[2][:1] is? 'CS'
call add(l:output, {
\ 'filename':'<csc>',
\ 'lnum': -1,
\ 'col': -1,
\ 'type': l:match[1] is# 'error' ? 'E' : 'W',
\ 'code': l:match[2],
\ 'text': l:match[3],
\})
endif
endfor
return l:output
endfunction
call ale#linter#Define('cs',{
\ 'name': 'csc',
\ 'output_stream': 'stdout',
\ 'executable': 'csc',
\ 'cwd': function('ale_linters#cs#csc#GetCwd'),
\ 'command': function('ale_linters#cs#csc#GetCommand'),
\ 'callback': 'ale_linters#cs#csc#Handle',
\ 'lint_file': 1
\})

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scriptencoding utf-8
" Author: David Houston <houstdav000>
" Description: cspell support for C# files.
call ale#handlers#cspell#DefineLinter('cs')

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@@ -0,0 +1,37 @@
let g:ale_cs_mcs_options = get(g:, 'ale_cs_mcs_options', '')
function! ale_linters#cs#mcs#GetCommand(buffer) abort
let l:options = ale#Var(a:buffer, 'cs_mcs_options')
return 'mcs -unsafe --parse'
\ . (!empty(l:options) ? ' ' . l:options : '')
\ . ' %t'
endfunction
function! ale_linters#cs#mcs#Handle(buffer, lines) abort
" Look for lines like the following.
"
" Tests.cs(12,29): error CSXXXX: ; expected
let l:pattern = '^\v(.+\.cs)\((\d+),(\d+)\)\: ([^ ]+) ([^ ]+): (.+)$'
let l:output = []
for l:match in ale#util#GetMatches(a:lines, l:pattern)
call add(l:output, {
\ 'lnum': l:match[2] + 0,
\ 'col': l:match[3] + 0,
\ 'type': l:match[4] is# 'error' ? 'E' : 'W',
\ 'code': l:match[5],
\ 'text': l:match[6],
\})
endfor
return l:output
endfunction
call ale#linter#Define('cs',{
\ 'name': 'mcs',
\ 'output_stream': 'stderr',
\ 'executable': 'mcs',
\ 'command': function('ale_linters#cs#mcs#GetCommand'),
\ 'callback': 'ale_linters#cs#mcs#Handle',
\})

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@@ -0,0 +1,91 @@
call ale#Set('cs_mcsc_options', '')
call ale#Set('cs_mcsc_source', '')
call ale#Set('cs_mcsc_assembly_path', [])
call ale#Set('cs_mcsc_assemblies', [])
function! ale_linters#cs#mcsc#GetCwd(buffer) abort
let l:cwd = ale#Var(a:buffer, 'cs_mcsc_source')
return !empty(l:cwd) ? l:cwd : expand('#' . a:buffer . ':p:h')
endfunction
function! ale_linters#cs#mcsc#GetCommand(buffer) abort
" Pass assembly paths via the -lib: parameter.
let l:path_list = ale#Var(a:buffer, 'cs_mcsc_assembly_path')
let l:lib_option = !empty(l:path_list)
\ ? '-lib:' . join(map(copy(l:path_list), 'ale#Escape(v:val)'), ',')
\ : ''
" Pass paths to DLL files via the -r: parameter.
let l:assembly_list = ale#Var(a:buffer, 'cs_mcsc_assemblies')
let l:r_option = !empty(l:assembly_list)
\ ? '-r:' . join(map(copy(l:assembly_list), 'ale#Escape(v:val)'), ',')
\ : ''
" register temporary module target file with ale
" register temporary module target file with ALE.
let l:out = ale#command#CreateFile(a:buffer)
" The code is compiled as a module and the output is redirected to a
" temporary file.
return 'mcs -unsafe'
\ . ale#Pad(ale#Var(a:buffer, 'cs_mcsc_options'))
\ . ale#Pad(l:lib_option)
\ . ale#Pad(l:r_option)
\ . ' -out:' . l:out
\ . ' -t:module'
\ . ' -recurse:' . ale#Escape('*.cs')
endfunction
function! ale_linters#cs#mcsc#Handle(buffer, lines) abort
" Look for lines like the following.
"
" Tests.cs(12,29): error CSXXXX: ; expected
"
" NOTE: pattern also captures file name as linter compiles all
" files within the source tree rooted at the specified source
" path and not just the file loaded in the buffer
let l:patterns = [
\ '^\v(.+\.cs)\((\d+),(\d+)\)\:\s+([^ ]+)\s+([cC][sS][^ ]+):\s(.+)$',
\ '^\v([^ ]+)\s+([Cc][sS][^ ]+):\s+(.+)$',
\]
let l:output = []
let l:dir = ale_linters#cs#mcsc#GetCwd(a:buffer)
for l:match in ale#util#GetMatches(a:lines, l:patterns)
if len(l:match) > 6 && strlen(l:match[5]) > 2 && l:match[5][:1] is? 'CS'
call add(l:output, {
\ 'filename': ale#path#GetAbsPath(l:dir, l:match[1]),
\ 'lnum': l:match[2] + 0,
\ 'col': l:match[3] + 0,
\ 'type': l:match[4] is# 'error' ? 'E' : 'W',
\ 'code': l:match[5],
\ 'text': l:match[6] ,
\})
elseif strlen(l:match[2]) > 2 && l:match[2][:1] is? 'CS'
call add(l:output, {
\ 'filename':'<mcs>',
\ 'lnum': -1,
\ 'col': -1,
\ 'type': l:match[1] is# 'error' ? 'E' : 'W',
\ 'code': l:match[2],
\ 'text': l:match[3],
\})
endif
endfor
return l:output
endfunction
call ale#linter#Define('cs',{
\ 'name': 'mcsc',
\ 'output_stream': 'stderr',
\ 'executable': 'mcs',
\ 'cwd': function('ale_linters#cs#mcsc#GetCwd'),
\ 'command': function('ale_linters#cs#mcsc#GetCommand'),
\ 'callback': 'ale_linters#cs#mcsc#Handle',
\ 'lint_file': 1
\})

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@@ -0,0 +1,5 @@
scriptencoding utf-8
" Author: David Houston <houstdav000>
" Description: cspell support for CSS files.
call ale#handlers#cspell#DefineLinter('css')

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@@ -0,0 +1,18 @@
" Author: w0rp <devw0rp@gmail.com>
" Description: This file adds support for checking CSS code with csslint.
function! ale_linters#css#csslint#GetCommand(buffer) abort
let l:csslintrc = ale#path#FindNearestFile(a:buffer, '.csslintrc')
let l:config_option = !empty(l:csslintrc)
\ ? '--config=' . ale#Escape(l:csslintrc)
\ : ''
return 'csslint --format=compact ' . l:config_option . ' %t'
endfunction
call ale#linter#Define('css', {
\ 'name': 'csslint',
\ 'executable': 'csslint',
\ 'command': function('ale_linters#css#csslint#GetCommand'),
\ 'callback': 'ale#handlers#css#HandleCSSLintFormat',
\})

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@@ -0,0 +1,9 @@
" Author: harttle <yangjvn@126.com>
" Description: fecs for CSS files
call ale#linter#Define('css', {
\ 'name': 'fecs',
\ 'executable': function('ale#handlers#fecs#GetExecutable'),
\ 'command': function('ale#handlers#fecs#GetCommand'),
\ 'callback': 'ale#handlers#fecs#Handle',
\})

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@@ -0,0 +1,19 @@
" Author: diartyz <diartyz@gmail.com>
call ale#Set('css_stylelint_executable', 'stylelint')
call ale#Set('css_stylelint_options', '')
call ale#Set('css_stylelint_use_global', get(g:, 'ale_use_global_executables', 0))
function! ale_linters#css#stylelint#GetCommand(buffer) abort
return '%e ' . ale#Pad(ale#Var(a:buffer, 'css_stylelint_options'))
\ . ' --stdin-filename %s'
endfunction
call ale#linter#Define('css', {
\ 'name': 'stylelint',
\ 'executable': {b -> ale#path#FindExecutable(b, 'css_stylelint', [
\ 'node_modules/.bin/stylelint',
\ ])},
\ 'command': function('ale_linters#css#stylelint#GetCommand'),
\ 'callback': 'ale#handlers#css#HandleStyleLintFormat',
\})

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@@ -0,0 +1,16 @@
" Author: Dalius Dobravolskas <dalius.dobravolskas@gmail.com>
" Description: VSCode css language server
function! ale_linters#css#vscodecss#GetProjectRoot(buffer) abort
let l:git_path = ale#path#FindNearestDirectory(a:buffer, '.git')
return !empty(l:git_path) ? fnamemodify(l:git_path, ':h:h') : ''
endfunction
call ale#linter#Define('css', {
\ 'name': 'vscodecss',
\ 'lsp': 'stdio',
\ 'executable': 'vscode-css-language-server',
\ 'command': '%e --stdio',
\ 'project_root': function('ale_linters#css#vscodecss#GetProjectRoot'),
\})

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