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Change pathogen to vim-plug

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VectorKappa
2021-04-24 23:54:58 +02:00
parent 4bb5980cf8
commit 8aae9e256f
746 changed files with 34 additions and 129951 deletions
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347
vim/.vim_runtime/autoload/pathogen.vim
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@@ -1,347 +0,0 @@
" pathogen.vim - path option manipulation
" Maintainer: Tim Pope <http://tpo.pe/>
" Version: 2.3
" Install in ~/.vim/autoload (or ~\vimfiles\autoload).
"
" For management of individually installed plugins in ~/.vim/bundle (or
" ~\vimfiles\bundle), adding `execute pathogen#infect()` to the top of your
" .vimrc is the only other setup necessary.
"
" The API is documented inline below.
if exists("g:loaded_pathogen") || &cp
finish
endif
let g:loaded_pathogen = 1
" Point of entry for basic default usage. Give a relative path to invoke
" pathogen#interpose() (defaults to "bundle/{}"), or an absolute path to invoke
" pathogen#surround(). Curly braces are expanded with pathogen#expand():
" "bundle/{}" finds all subdirectories inside "bundle" inside all directories
" in the runtime path.
function! pathogen#infect(...) abort
for path in a:0 ? filter(reverse(copy(a:000)), 'type(v:val) == type("")') : ['bundle/{}']
if path =~# '^\%({\=[$~\\/]\|{\=\w:[\\/]\).*[{}*]'
call pathogen#surround(path)
elseif path =~# '^\%([$~\\/]\|\w:[\\/]\)'
call s:warn('Change pathogen#infect('.string(path).') to pathogen#infect('.string(path.'/{}').')')
call pathogen#surround(path . '/{}')
elseif path =~# '[{}*]'
call pathogen#interpose(path)
else
call s:warn('Change pathogen#infect('.string(path).') to pathogen#infect('.string(path.'/{}').')')
call pathogen#interpose(path . '/{}')
endif
endfor
call pathogen#cycle_filetype()
if pathogen#is_disabled($MYVIMRC)
return 'finish'
endif
return ''
endfunction
" Split a path into a list.
function! pathogen#split(path) abort
if type(a:path) == type([]) | return a:path | endif
if empty(a:path) | return [] | endif
let split = split(a:path,'\\\@<!\%(\\\\\)*\zs,')
return map(split,'substitute(v:val,''\\\([\\,]\)'',''\1'',"g")')
endfunction
" Convert a list to a path.
function! pathogen#join(...) abort
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
" Convert a list to a path with escaped spaces for 'path', 'tag', etc.
function! pathogen#legacyjoin(...) abort
return call('pathogen#join',[1] + a:000)
endfunction
" Turn filetype detection off and back on again if it was already enabled.
function! pathogen#cycle_filetype() abort
if exists('g:did_load_filetypes')
filetype off
filetype on
endif
endfunction
" Check if a bundle is disabled. A bundle is considered disabled if its
" basename or full name is included in the list g:pathogen_disabled.
function! pathogen#is_disabled(path) abort
if a:path =~# '\~$'
return 1
endif
let sep = pathogen#slash()
let blacklist = map(
\ get(g:, 'pathogen_blacklist', get(g:, 'pathogen_disabled', [])) +
\ pathogen#split($VIMBLACKLIST),
\ 'substitute(v:val, "[\\/]$", "", "")')
return index(blacklist, fnamemodify(a:path, ':t')) != -1 || index(blacklist, a:path) != -1
endfunction "}}}1
" Prepend the given directory to the runtime path and append its corresponding
" after directory. Curly braces are expanded with pathogen#expand().
function! pathogen#surround(path) abort
let sep = pathogen#slash()
let rtp = pathogen#split(&rtp)
let path = fnamemodify(a:path, ':p:?[\\/]\=$??')
let before = filter(pathogen#expand(path), '!pathogen#is_disabled(v:val)')
let after = filter(reverse(pathogen#expand(path.sep.'after')), '!pathogen#is_disabled(v:val[0:-7])')
call filter(rtp, 'index(before + after, v:val) == -1')
let &rtp = pathogen#join(before, rtp, after)
return &rtp
endfunction
" For each directory in the runtime path, add a second entry with the given
" argument appended. Curly braces are expanded with pathogen#expand().
function! pathogen#interpose(name) abort
let sep = pathogen#slash()
let name = a:name
if has_key(s:done_bundles, name)
return ""
endif
let s:done_bundles[name] = 1
let list = []
for dir in pathogen#split(&rtp)
if dir =~# '\<after$'
let list += reverse(filter(pathogen#expand(dir[0:-6].name.sep.'after'), '!pathogen#is_disabled(v:val[0:-7])')) + [dir]
else
let list += [dir] + filter(pathogen#expand(dir.sep.name), '!pathogen#is_disabled(v:val)')
endif
endfor
let &rtp = pathogen#join(pathogen#uniq(list))
return 1
endfunction
let s:done_bundles = {}
" Invoke :helptags on all non-$VIM doc directories in runtimepath.
function! pathogen#helptags() abort
let sep = pathogen#slash()
for glob in pathogen#split(&rtp)
for dir in map(split(glob(glob), "\n"), 'v:val.sep."/doc/".sep')
if (dir)[0 : strlen($VIMRUNTIME)] !=# $VIMRUNTIME.sep && filewritable(dir) == 2 && !empty(split(glob(dir.'*.txt'))) && (!filereadable(dir.'tags') || filewritable(dir.'tags'))
silent! execute 'helptags' pathogen#fnameescape(dir)
endif
endfor
endfor
endfunction
command! -bar Helptags :call pathogen#helptags()
" Execute the given command. This is basically a backdoor for --remote-expr.
function! pathogen#execute(...) abort
for command in a:000
execute command
endfor
return ''
endfunction
" Section: Unofficial
function! pathogen#is_absolute(path) abort
return a:path =~# (has('win32') ? '^\%([\\/]\|\w:\)[\\/]\|^[~$]' : '^[/~$]')
endfunction
" Given a string, returns all possible permutations of comma delimited braced
" alternatives of that string. pathogen#expand('/{a,b}/{c,d}') yields
" ['/a/c', '/a/d', '/b/c', '/b/d']. Empty braces are treated as a wildcard
" and globbed. Actual globs are preserved.
function! pathogen#expand(pattern) abort
if a:pattern =~# '{[^{}]\+}'
let [pre, pat, post] = split(substitute(a:pattern, '\(.\{-\}\){\([^{}]\+\)}\(.*\)', "\\1\001\\2\001\\3", ''), "\001", 1)
let found = map(split(pat, ',', 1), 'pre.v:val.post')
let results = []
for pattern in found
call extend(results, pathogen#expand(pattern))
endfor
return results
elseif a:pattern =~# '{}'
let pat = matchstr(a:pattern, '^.*{}[^*]*\%($\|[\\/]\)')
let post = a:pattern[strlen(pat) : -1]
return map(split(glob(substitute(pat, '{}', '*', 'g')), "\n"), 'v:val.post')
else
return [a:pattern]
endif
endfunction
" \ on Windows unless shellslash is set, / everywhere else.
function! pathogen#slash() abort
return !exists("+shellslash") || &shellslash ? '/' : '\'
endfunction
function! pathogen#separator() abort
return pathogen#slash()
endfunction
" Convenience wrapper around glob() which returns a list.
function! pathogen#glob(pattern) abort
let files = split(glob(a:pattern),"\n")
return map(files,'substitute(v:val,"[".pathogen#slash()."/]$","","")')
endfunction "}}}1
" Like pathogen#glob(), only limit the results to directories.
function! pathogen#glob_directories(pattern) abort
return filter(pathogen#glob(a:pattern),'isdirectory(v:val)')
endfunction "}}}1
" Remove duplicates from a list.
function! pathogen#uniq(list) abort
let i = 0
let seen = {}
while i < len(a:list)
if (a:list[i] ==# '' && exists('empty')) || has_key(seen,a:list[i])
call remove(a:list,i)
elseif a:list[i] ==# ''
let i += 1
let empty = 1
else
let seen[a:list[i]] = 1
let i += 1
endif
endwhile
return a:list
endfunction
" Backport of fnameescape().
function! pathogen#fnameescape(string) abort
if exists('*fnameescape')
return fnameescape(a:string)
elseif a:string ==# '-'
return '\-'
else
return substitute(escape(a:string," \t\n*?[{`$\\%#'\"|!<"),'^[+>]','\\&','')
endif
endfunction
" Like findfile(), but hardcoded to use the runtimepath.
function! pathogen#runtime_findfile(file,count) abort "{{{1
let rtp = pathogen#join(1,pathogen#split(&rtp))
let file = findfile(a:file,rtp,a:count)
if file ==# ''
return ''
else
return fnamemodify(file,':p')
endif
endfunction
" Section: Deprecated
function! s:warn(msg) abort
echohl WarningMsg
echomsg a:msg
echohl NONE
endfunction
" Prepend all subdirectories of path to the rtp, and append all 'after'
" directories in those subdirectories. Deprecated.
function! pathogen#runtime_prepend_subdirectories(path) abort
call s:warn('Change pathogen#runtime_prepend_subdirectories('.string(a:path).') to pathogen#infect('.string(a:path.'/{}').')')
return pathogen#surround(a:path . pathogen#slash() . '{}')
endfunction
function! pathogen#incubate(...) abort
let name = a:0 ? a:1 : 'bundle/{}'
call s:warn('Change pathogen#incubate('.(a:0 ? string(a:1) : '').') to pathogen#infect('.string(name).')')
return pathogen#interpose(name)
endfunction
" Deprecated alias for pathogen#interpose().
function! pathogen#runtime_append_all_bundles(...) abort
if a:0
call s:warn('Change pathogen#runtime_append_all_bundles('.string(a:1).') to pathogen#infect('.string(a:1.'/{}').')')
else
call s:warn('Change pathogen#runtime_append_all_bundles() to pathogen#infect()')
endif
return pathogen#interpose(a:0 ? a:1 . '/{}' : 'bundle/{}')
endfunction
if exists(':Vedit')
finish
endif
let s:vopen_warning = 0
function! s:find(count,cmd,file,lcd)
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'"
endif
if !s:vopen_warning
let s:vopen_warning = 1
let warning = '|echohl WarningMsg|echo "Install scriptease.vim to continue using :V'.a:cmd.'"|echohl NONE'
else
let warning = ''
endif
if a:lcd
let path = file[0:-strlen(a:file)-2]
execute 'lcd `=path`'
return a:cmd.' '.pathogen#fnameescape(a:file) . warning
else
return a:cmd.' '.pathogen#fnameescape(file) . warning
endif
endfunction
function! s:Findcomplete(A,L,P)
let sep = pathogen#slash()
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
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 et sw=2 foldmethod=expr foldexpr=getline(v\:lnum)=~'^\"\ Section\:'?'>1'\:getline(v\:lnum)=~#'^fu'?'a1'\:getline(v\:lnum)=~#'^endf'?'s1'\:'=':

0
vim/.vim_runtime/my_plugins/.gitkeep
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606
vim/.vim_runtime/sources_forked/peaksea/colors/peaksea.vim
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@@ -1,606 +0,0 @@
" Vim color file --- psc (peak sea color) "Lite version"
" Maintainer: Pan, Shi Zhu <Go to the following URL for my email>
" URL: http://vim.sourceforge.net/scripts/script.php?script_id=760
" Last Change: 5 Feb 2010
" Version: 3.4
"
" Comments and e-mails are welcomed, thanks.
"
" The peaksea color is simply a colorscheme with the default settings of
" the original ps_color. Lite version means there's no custom settings
" and fancy features such as integration with reloaded.vim
"
" The full version of ps_color.vim will be maintained until Vim 8.
" By then there will be only the lite version: peaksea.vim
"
" Note: Please set the background option in your .vimrc and/or .gvimrc
"
" It is much better *not* to set 'background' option inside
" a colorscheme file. because ":set background" improperly
" may cause colorscheme be sourced twice
"
" Color Scheme Overview:
" :ru syntax/hitest.vim
"
" Relevant Help:
" :h highlight-groups
" :h psc-cterm-color-table
"
" Colors Order:
" #rrggbb
"
hi clear
if exists("syntax_on")
syntax reset
endif
let g:colors_name = "peaksea"
" I don't want to abuse folding, but here folding is used to avoid confusion.
if &background=='light'
" for background=light {{{2
" LIGHT COLOR DEFINE START
hi Normal guifg=#000000 guibg=#e0e0e0 gui=NONE
hi Search guifg=White guibg=DarkRed gui=NONE
hi Visual guifg=NONE guibg=#a6caf0 gui=NONE
hi Cursor guifg=#f0f0f0 guibg=#008000 gui=NONE
" The idea of CursorIM is pretty good, however, the feature is still buggy
" in the current version (Vim 7.0).
" The following line will be kept commented until the bug fixed.
"
" hi CursorIM guifg=#f0f0f0 guibg=#800080
hi Special guifg=#907000 guibg=NONE gui=NONE
hi Comment guifg=#606000 guibg=NONE gui=NONE
hi Number guifg=#907000 guibg=NONE gui=NONE
hi Constant guifg=#007068 guibg=NONE gui=NONE
hi StatusLine guifg=fg guibg=#a6caf0 gui=NONE
hi LineNr guifg=#686868 guibg=NONE gui=NONE
hi Question guifg=fg guibg=#d0d090 gui=NONE
hi PreProc guifg=#009030 guibg=NONE gui=NONE
hi Statement guifg=#2060a8 guibg=NONE gui=NONE
hi Type guifg=#0850a0 guibg=NONE gui=NONE
hi Todo guifg=#800000 guibg=#e0e090 gui=NONE
" NOTE THIS IS IN THE WARM SECTION
hi Error guifg=#c03000 guibg=NONE gui=NONE
hi Identifier guifg=#a030a0 guibg=NONE gui=NONE
hi ModeMsg guifg=fg guibg=#b0b0e0 gui=NONE
hi VisualNOS guifg=fg guibg=#b0b0e0 gui=NONE
hi SpecialKey guifg=#1050a0 guibg=NONE gui=NONE
hi NonText guifg=#002090 guibg=#d0d0d0 gui=NONE
hi Directory guifg=#a030a0 guibg=NONE gui=NONE
hi ErrorMsg guifg=fg guibg=#f0b090 gui=NONE
hi MoreMsg guifg=#489000 guibg=NONE gui=NONE
hi Title guifg=#a030a0 guibg=NONE gui=NONE
hi WarningMsg guifg=#b02000 guibg=NONE gui=NONE
hi WildMenu guifg=fg guibg=#d0d090 gui=NONE
hi Folded guifg=NONE guibg=#b0e0b0 gui=NONE
hi FoldColumn guifg=fg guibg=NONE gui=NONE
hi DiffAdd guifg=NONE guibg=#b0b0e0 gui=NONE
hi DiffChange guifg=NONE guibg=#e0b0e0 gui=NONE
hi DiffDelete guifg=#002090 guibg=#d0d0d0 gui=NONE
hi DiffText guifg=NONE guibg=#c0e080 gui=NONE
hi SignColumn guifg=fg guibg=#90e090 gui=NONE
hi IncSearch guifg=White guibg=DarkRed gui=NONE
hi StatusLineNC guifg=fg guibg=#c0c0c0 gui=NONE
hi VertSplit guifg=fg guibg=#c0c0c0 gui=NONE
hi Underlined guifg=#6a5acd guibg=NONE gui=underline
hi Ignore guifg=bg guibg=NONE
" NOTE THIS IS IN THE WARM SECTION
if v:version >= 700
if has('spell')
hi SpellBad guifg=NONE guibg=NONE guisp=#c03000
hi SpellCap guifg=NONE guibg=NONE guisp=#2060a8
hi SpellRare guifg=NONE guibg=NONE guisp=#a030a0
hi SpellLocal guifg=NONE guibg=NONE guisp=#007068
endif
hi Pmenu guifg=fg guibg=#e0b0e0
hi PmenuSel guifg=#f0f0f0 guibg=#806060 gui=NONE
hi PmenuSbar guifg=fg guibg=#c0c0c0 gui=NONE
hi PmenuThumb guifg=fg guibg=#c0e080 gui=NONE
hi TabLine guifg=fg guibg=#c0c0c0 gui=NONE
hi TabLineFill guifg=fg guibg=#c0c0c0 gui=NONE
hi TabLineSel guifg=fg guibg=NONE gui=NONE
hi CursorColumn guifg=NONE guibg=#f0b090
hi CursorLine guifg=NONE guibg=NONE gui=underline
hi MatchParen guifg=NONE guibg=#c0e080
endif
" LIGHT COLOR DEFINE END
" Vim 7 added stuffs
if v:version >= 700
hi Ignore gui=NONE
" the gui=undercurl guisp could only support in Vim 7
if has('spell')
hi SpellBad gui=undercurl
hi SpellCap gui=undercurl
hi SpellRare gui=undercurl
hi SpellLocal gui=undercurl
endif
hi TabLine gui=underline
hi TabLineFill gui=underline
hi CursorLine gui=underline
endif
" For reversed stuffs, clear the reversed prop and set the bold prop again
hi IncSearch gui=bold
hi StatusLine gui=bold
hi StatusLineNC gui=bold
hi VertSplit gui=bold
hi Visual gui=bold
" Enable the bold property
hi Question gui=bold
hi DiffText gui=bold
hi Statement gui=bold
hi Type gui=bold
hi MoreMsg gui=bold
hi ModeMsg gui=bold
hi NonText gui=bold
hi Title gui=bold
hi DiffDelete gui=bold
hi TabLineSel gui=bold
" gui define for background=light end here
" generally, a dumb terminal is dark, we assume the light terminal has 256
" color support.
if &t_Co==8 || &t_Co==16
set t_Co=256
endif
if &t_Co==256
" 256color light terminal support here
hi Normal ctermfg=16 ctermbg=254 cterm=NONE
" Comment/Uncomment the following line to disable/enable transparency
"hi Normal ctermfg=16 ctermbg=NONE cterm=NONE
hi Search ctermfg=White ctermbg=DarkRed cterm=NONE
hi Visual ctermfg=NONE ctermbg=153 cterm=NONE
hi Cursor ctermfg=255 ctermbg=28 cterm=NONE
" hi CursorIM ctermfg=255 ctermbg=90
hi Special ctermfg=94 ctermbg=NONE cterm=NONE
hi Comment ctermfg=58 ctermbg=NONE cterm=NONE
hi Number ctermfg=94 ctermbg=NONE cterm=NONE
hi Constant ctermfg=23 ctermbg=NONE cterm=NONE
hi StatusLine ctermfg=fg ctermbg=153 cterm=NONE
hi LineNr ctermfg=242 ctermbg=NONE cterm=NONE
hi Question ctermfg=fg ctermbg=186 cterm=NONE
hi PreProc ctermfg=29 ctermbg=NONE cterm=NONE
hi Statement ctermfg=25 ctermbg=NONE cterm=NONE
hi Type ctermfg=25 ctermbg=NONE cterm=NONE
hi Todo ctermfg=88 ctermbg=186 cterm=NONE
" NOTE THIS IS IN THE WARM SECTION
hi Error ctermfg=130 ctermbg=NONE cterm=NONE
hi Identifier ctermfg=133 ctermbg=NONE cterm=NONE
hi ModeMsg ctermfg=fg ctermbg=146 cterm=NONE
hi VisualNOS ctermfg=fg ctermbg=146 cterm=NONE
hi SpecialKey ctermfg=25 ctermbg=NONE cterm=NONE
hi NonText ctermfg=18 ctermbg=252 cterm=NONE
" Comment/Uncomment the following line to disable/enable transparency
"hi NonText ctermfg=18 ctermbg=NONE cterm=NONE
hi Directory ctermfg=133 ctermbg=NONE cterm=NONE
hi ErrorMsg ctermfg=fg ctermbg=216 cterm=NONE
hi MoreMsg ctermfg=64 ctermbg=NONE cterm=NONE
hi Title ctermfg=133 ctermbg=NONE cterm=NONE
hi WarningMsg ctermfg=124 ctermbg=NONE cterm=NONE
hi WildMenu ctermfg=fg ctermbg=186 cterm=NONE
hi Folded ctermfg=NONE ctermbg=151 cterm=NONE
hi FoldColumn ctermfg=fg ctermbg=NONE cterm=NONE
hi DiffAdd ctermfg=NONE ctermbg=146 cterm=NONE
hi DiffChange ctermfg=NONE ctermbg=182 cterm=NONE
hi DiffDelete ctermfg=18 ctermbg=252 cterm=NONE
hi DiffText ctermfg=NONE ctermbg=150 cterm=NONE
hi SignColumn ctermfg=fg ctermbg=114 cterm=NONE
hi IncSearch ctermfg=White ctermbg=DarkRed cterm=NONE
hi StatusLineNC ctermfg=fg ctermbg=250 cterm=NONE
hi VertSplit ctermfg=fg ctermbg=250 cterm=NONE
hi Underlined ctermfg=62 ctermbg=NONE cterm=underline
hi Ignore ctermfg=bg ctermbg=NONE
" NOTE THIS IS IN THE WARM SECTION
if v:version >= 700
if has('spell')
if 0
" ctermsp is not supported in Vim7, we ignore it.
hi SpellBad cterm=undercurl ctermbg=NONE ctermfg=130
hi SpellCap cterm=undercurl ctermbg=NONE ctermfg=25
hi SpellRare cterm=undercurl ctermbg=NONE ctermfg=133
hi SpellLocal cterm=undercurl ctermbg=NONE ctermfg=23
else
hi SpellBad cterm=undercurl ctermbg=NONE ctermfg=NONE
hi SpellCap cterm=undercurl ctermbg=NONE ctermfg=NONE
hi SpellRare cterm=undercurl ctermbg=NONE ctermfg=NONE
hi SpellLocal cterm=undercurl ctermbg=NONE ctermfg=NONE
endif
endif
hi Pmenu ctermfg=fg ctermbg=182
hi PmenuSel ctermfg=255 ctermbg=95 cterm=NONE
hi PmenuSbar ctermfg=fg ctermbg=250 cterm=NONE
hi PmenuThumb ctermfg=fg ctermbg=150 cterm=NONE
hi TabLine ctermfg=fg ctermbg=250 cterm=NONE
hi TabLineFill ctermfg=fg ctermbg=250 cterm=NONE
hi TabLineSel ctermfg=fg ctermbg=NONE cterm=NONE
hi CursorColumn ctermfg=NONE ctermbg=216
hi CursorLine ctermfg=NONE ctermbg=NONE cterm=underline
hi MatchParen ctermfg=NONE ctermbg=150
endif
hi TabLine cterm=underline
hi TabLineFill cterm=underline
hi CursorLine cterm=underline
" For reversed stuffs, clear the reversed prop and set the bold prop again
hi IncSearch cterm=bold
hi StatusLine cterm=bold
hi StatusLineNC cterm=bold
hi VertSplit cterm=bold
hi Visual cterm=bold
hi NonText cterm=bold
hi Question cterm=bold
hi Title cterm=bold
hi DiffDelete cterm=bold
hi DiffText cterm=bold
hi Statement cterm=bold
hi Type cterm=bold
hi MoreMsg cterm=bold
hi ModeMsg cterm=bold
hi TabLineSel cterm=bold
"hi lCursor ctermfg=bg ctermbg=fg cterm=NONE
endif " t_Co==256
" }}}2
elseif &background=='dark'
" for background=dark {{{2
" DARK COLOR DEFINE START
hi Normal guifg=#d0d0d0 guibg=#202020 gui=NONE
hi Comment guifg=#d0d090 guibg=NONE gui=NONE
hi Constant guifg=#80c0e0 guibg=NONE gui=NONE
hi Number guifg=#e0c060 guibg=NONE gui=NONE
hi Identifier guifg=#f0c0f0 guibg=NONE gui=NONE
hi Statement guifg=#c0d8f8 guibg=NONE gui=NONE
hi PreProc guifg=#60f080 guibg=NONE gui=NONE
hi Type guifg=#b0d0f0 guibg=NONE gui=NONE
hi Special guifg=#e0c060 guibg=NONE gui=NONE
hi Error guifg=#f08060 guibg=NONE gui=NONE
hi Todo guifg=#800000 guibg=#d0d090 gui=NONE
hi Search guifg=White guibg=DarkRed gui=NONE
hi Visual guifg=#000000 guibg=#a6caf0 gui=NONE
hi Cursor guifg=#000000 guibg=#00f000 gui=NONE
" NOTE THIS IS IN THE COOL SECTION
" hi CursorIM guifg=#000000 guibg=#f000f0 gui=NONE
hi StatusLine guifg=#000000 guibg=#a6caf0 gui=NONE
hi LineNr guifg=#b0b0b0 guibg=NONE gui=NONE
hi Question guifg=#000000 guibg=#d0d090 gui=NONE
hi ModeMsg guifg=fg guibg=#000080 gui=NONE
hi VisualNOS guifg=fg guibg=#000080 gui=NONE
hi SpecialKey guifg=#b0d0f0 guibg=NONE gui=NONE
hi NonText guifg=#6080f0 guibg=#101010 gui=NONE
hi Directory guifg=#80c0e0 guibg=NONE gui=NONE
hi ErrorMsg guifg=#d0d090 guibg=#800000 gui=NONE
hi MoreMsg guifg=#c0e080 guibg=NONE gui=NONE
hi Title guifg=#f0c0f0 guibg=NONE gui=NONE
hi WarningMsg guifg=#f08060 guibg=NONE gui=NONE
hi WildMenu guifg=#000000 guibg=#d0d090 gui=NONE
hi Folded guifg=#aaaaaa guibg=#333333 gui=NONE
hi FoldColumn guifg=#202020 guibg=NONE gui=NONE
hi DiffAdd guifg=NONE guibg=#000080 gui=NONE
hi DiffChange guifg=NONE guibg=#800080 gui=NONE
hi DiffDelete guifg=#6080f0 guibg=#202020 gui=NONE
hi DiffText guifg=#000000 guibg=#c0e080 gui=NONE
hi SignColumn guifg=#e0e0e0 guibg=#202020 gui=NONE
hi IncSearch guifg=White guibg=DarkRed gui=NONE
hi StatusLineNC guifg=#000000 guibg=#c0c0c0 gui=NONE
hi VertSplit guifg=#000000 guibg=#c0c0c0 gui=NONE
hi Underlined guifg=#80a0ff guibg=NONE gui=underline
hi Ignore guifg=#000000 guibg=NONE
" NOTE THIS IS IN THE COOL SECTION
if v:version >= 700
if has('spell')
" the guisp= could only support in Vim 7
hi SpellBad guifg=NONE guibg=NONE guisp=#f08060
hi SpellCap guifg=NONE guibg=NONE guisp=#6080f0
hi SpellRare guifg=NONE guibg=NONE guisp=#f0c0f0
hi SpellLocal guifg=NONE guibg=NONE guisp=#c0d8f8
endif
hi Pmenu guifg=#dddddd guibg=#444444 gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi PmenuSel guifg=#000000 guibg=#ffffff gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi TabLine guifg=fg guibg=#008000 gui=NONE
hi TabLineFill guifg=fg guibg=#008000 gui=NONE
hi TabLineSel guifg=fg guibg=NONE gui=NONE
hi CursorColumn guifg=NONE guibg=#800000 gui=NONE
hi CursorLine guifg=NONE guibg=NONE gui=underline
hi MatchParen guifg=NONE guibg=#800080
endif
" DARK COLOR DEFINE END
" Vim 7 added stuffs
if v:version >= 700
hi Ignore gui=NONE
" the gui=undercurl could only support in Vim 7
if has('spell')
hi SpellBad gui=undercurl
hi SpellCap gui=undercurl
hi SpellRare gui=undercurl
hi SpellLocal gui=undercurl
endif
hi TabLine gui=underline
hi TabLineFill gui=underline
hi Underlined gui=underline
hi CursorLine gui=underline
endif
" gui define for background=dark end here
if &t_Co==8 || &t_Co==16
" for 8-color and 16-color term
hi Normal ctermfg=LightGrey ctermbg=Black
hi Special ctermfg=Yellow ctermbg=bg
hi Comment ctermfg=DarkYellow ctermbg=bg
hi Constant ctermfg=Blue ctermbg=bg
hi Number ctermfg=Yellow ctermbg=bg
hi LineNr ctermfg=DarkGrey ctermbg=bg
hi PreProc ctermfg=Green ctermbg=bg
hi Statement ctermfg=Cyan ctermbg=bg
hi Type ctermfg=Cyan ctermbg=bg
hi Error ctermfg=Red ctermbg=bg
hi Identifier ctermfg=Magenta ctermbg=bg
hi SpecialKey ctermfg=Cyan ctermbg=bg
hi NonText ctermfg=Blue ctermbg=bg
hi Directory ctermfg=Blue ctermbg=bg
hi MoreMsg ctermfg=Green ctermbg=bg
hi Title ctermfg=Magenta ctermbg=bg
hi WarningMsg ctermfg=Red ctermbg=bg
hi DiffDelete ctermfg=Blue ctermbg=bg
hi Search ctermfg=NONE ctermbg=DarkRed
hi Visual ctermfg=Black ctermbg=DarkCyan
hi Cursor ctermfg=Black ctermbg=Green
hi StatusLine ctermfg=Black ctermbg=DarkCyan
hi Question ctermfg=Black ctermbg=DarkYellow
hi Todo ctermfg=DarkRed ctermbg=DarkYellow
hi Folded ctermfg=DarkGrey ctermbg=DarkGrey
hi FoldColumn ctermfg=DarkGrey ctermbg=NONE
hi ModeMsg ctermfg=Grey ctermbg=DarkBlue
hi VisualNOS ctermfg=Grey ctermbg=DarkBlue
hi ErrorMsg ctermfg=DarkYellow ctermbg=DarkRed
hi WildMenu ctermfg=Black ctermbg=DarkYellow
hi SignColumn ctermfg=White ctermbg=DarkGreen
hi DiffText ctermfg=Black ctermbg=DarkYellow
if v:version >= 700
if has('spell')
hi SpellBad ctermfg=NONE ctermbg=DarkRed
hi SpellCap ctermfg=NONE ctermbg=DarkBlue
hi SpellRare ctermfg=NONE ctermbg=DarkMagenta
hi SpellLocal ctermfg=NONE ctermbg=DarkGreen
endif
hi Pmenu ctermfg=White ctermbg=DarkGrey
hi PmenuSel ctermfg=Black ctermbg=White
hi TabLine ctermfg=fg ctermbg=Black cterm=underline
hi TabLineFill ctermfg=fg ctermbg=Black cterm=underline
hi CursorColumn ctermfg=NONE ctermbg=DarkRed
hi TabLineSel ctermfg=fg ctermbg=bg
hi CursorLine ctermfg=NONE ctermbg=bg cterm=underline
hi MatchParen ctermfg=NONE ctermbg=DarkMagenta
endif
if &t_Co==8
" 8 colour terminal support, this assumes 16 colour is available through
" setting the 'bold' attribute, will get bright foreground colour.
" However, the bright background color is not available for 8-color terms.
"
" You can manually set t_Co=16 in your .vimrc to see if your terminal
" supports 16 colours,
hi DiffText cterm=none
hi Visual cterm=none
hi Cursor cterm=none
hi Comment cterm=none
hi Todo cterm=none
hi StatusLine cterm=none
hi Question cterm=none
hi DiffChange cterm=none
hi ModeMsg cterm=none
hi VisualNOS cterm=none
hi ErrorMsg cterm=none
hi WildMenu cterm=none
hi DiffAdd cterm=none
hi Folded cterm=none
hi DiffDelete cterm=none
hi Normal cterm=none
hi PmenuThumb cterm=none
hi Search cterm=bold
hi Special cterm=bold
hi Constant cterm=bold
hi Number cterm=bold
hi LineNr cterm=bold
hi PreProc cterm=bold
hi Statement cterm=bold
hi Type cterm=bold
hi Error cterm=bold
hi Identifier cterm=bold
hi SpecialKey cterm=bold
hi NonText cterm=bold
hi MoreMsg cterm=bold
hi Title cterm=bold
hi WarningMsg cterm=bold
hi FoldColumn cterm=bold
hi SignColumn cterm=bold
hi Directory cterm=bold
hi DiffDelete cterm=bold
else
" Background > 7 is only available with 16 or more colors
hi WarningMsg cterm=none
hi Search cterm=none
hi Visual cterm=none
hi Cursor cterm=none
hi Special cterm=none
hi Comment cterm=none
hi Constant cterm=none
hi Number cterm=none
hi LineNr cterm=none
hi PreProc cterm=none
hi Todo cterm=none
hi Error cterm=none
hi Identifier cterm=none
hi Folded cterm=none
hi SpecialKey cterm=none
hi Directory cterm=none
hi ErrorMsg cterm=none
hi Normal cterm=none
hi PmenuThumb cterm=none
hi WildMenu cterm=none
hi FoldColumn cterm=none
hi SignColumn cterm=none
hi DiffAdd cterm=none
hi DiffChange cterm=none
hi Question cterm=none
hi StatusLine cterm=none
hi DiffText cterm=none
hi IncSearch cterm=reverse
hi StatusLineNC cterm=reverse
hi VertSplit cterm=reverse
" Well, well, bold font with color 0-7 is not possible.
" So, the Question, StatusLine, DiffText cannot act as expected.
hi Statement cterm=none
hi Type cterm=none
hi MoreMsg cterm=none
hi ModeMsg cterm=none
hi NonText cterm=none
hi Title cterm=none
hi VisualNOS cterm=none
hi DiffDelete cterm=none
hi TabLineSel cterm=none
endif
elseif &t_Co==256
" 256color dark terminal support here
hi Normal ctermfg=252 ctermbg=234 cterm=NONE
" Comment/Uncomment the following line to disable/enable transparency
"hi Normal ctermfg=252 ctermbg=NONE cterm=NONE
hi Comment ctermfg=186 ctermbg=NONE cterm=NONE
hi Constant ctermfg=110 ctermbg=NONE cterm=NONE
hi Number ctermfg=179 ctermbg=NONE cterm=NONE
hi Identifier ctermfg=219 ctermbg=NONE cterm=NONE
hi Statement ctermfg=153 ctermbg=NONE cterm=NONE
hi PreProc ctermfg=84 ctermbg=NONE cterm=NONE
hi Type ctermfg=153 ctermbg=NONE cterm=NONE
hi Special ctermfg=179 ctermbg=NONE cterm=NONE
hi Error ctermfg=209 ctermbg=NONE cterm=NONE
hi Todo ctermfg=88 ctermbg=186 cterm=NONE
hi Search ctermfg=White ctermbg=DarkRed cterm=NONE
hi Visual ctermfg=16 ctermbg=153 cterm=NONE
hi Cursor ctermfg=16 ctermbg=46 cterm=NONE
" NOTE THIS IS IN THE COOL SECTION
" hi CursorIM ctermfg=16 ctermbg=201 cterm=NONE
hi StatusLine ctermfg=16 ctermbg=153 cterm=NONE
hi LineNr ctermfg=249 ctermbg=NONE cterm=NONE
hi Question ctermfg=16 ctermbg=186 cterm=NONE
hi ModeMsg ctermfg=fg ctermbg=18 cterm=NONE
hi VisualNOS ctermfg=fg ctermbg=18 cterm=NONE
hi SpecialKey ctermfg=153 ctermbg=NONE cterm=NONE
hi NonText ctermfg=69 ctermbg=233 cterm=NONE
" Comment/Uncomment the following line to disable/enable transparency
"hi NonText ctermfg=69 ctermbg=NONE cterm=NONE
hi Directory ctermfg=110 ctermbg=NONE cterm=NONE
hi ErrorMsg ctermfg=186 ctermbg=88 cterm=NONE
hi MoreMsg ctermfg=150 ctermbg=NONE cterm=NONE
hi Title ctermfg=219 ctermbg=NONE cterm=NONE
hi WarningMsg ctermfg=209 ctermbg=NONE cterm=NONE
hi WildMenu ctermfg=16 ctermbg=186 cterm=NONE
hi Folded ctermfg=NONE ctermbg=DarkGrey cterm=NONE
hi FoldColumn ctermfg=DarkGrey ctermbg=NONE cterm=NONE
hi DiffAdd ctermfg=NONE ctermbg=18 cterm=NONE
hi DiffChange ctermfg=NONE ctermbg=90 cterm=NONE
hi DiffDelete ctermfg=69 ctermbg=234 cterm=NONE
hi DiffText ctermfg=16 ctermbg=150 cterm=NONE
hi SignColumn ctermfg=254 ctermbg=28 cterm=NONE
hi IncSearch ctermfg=White ctermbg=DarkRed cterm=NONE
hi StatusLineNC ctermfg=16 ctermbg=250 cterm=NONE
hi VertSplit ctermfg=16 ctermbg=250 cterm=NONE
hi Underlined ctermfg=111 ctermbg=NONE cterm=underline
hi Ignore ctermfg=16 ctermbg=NONE
" NOTE THIS IS IN THE COOL SECTION
if v:version >= 700
if has('spell')
" the ctermsp= is not supported in Vim 7 we simply ignored
if 0
hi SpellBad cterm=undercurl ctermbg=NONE ctermfg=209
hi SpellCap cterm=undercurl ctermbg=NONE ctermfg=69
hi SpellRare cterm=undercurl ctermbg=NONE ctermfg=219
hi SpellLocal cterm=undercurl ctermbg=NONE ctermfg=153
else
hi SpellBad cterm=undercurl ctermbg=NONE ctermfg=NONE
hi SpellCap cterm=undercurl ctermbg=NONE ctermfg=NONE
hi SpellRare cterm=undercurl ctermbg=NONE ctermfg=NONE
hi SpellLocal cterm=undercurl ctermbg=NONE ctermfg=NONE
endif
endif
hi Pmenu ctermfg=White ctermbg=DarkGrey
hi PmenuSel ctermfg=Black ctermbg=White cterm=NONE
hi TabLine ctermfg=fg ctermbg=Black cterm=NONE
hi TabLineFill ctermfg=fg ctermbg=Black cterm=NONE
hi TabLineSel ctermfg=fg ctermbg=NONE cterm=NONE
hi CursorColumn ctermfg=NONE ctermbg=88 cterm=NONE
hi CursorLine ctermfg=NONE ctermbg=NONE cterm=underline
hi MatchParen ctermfg=NONE ctermbg=90
hi TabLine cterm=underline
hi TabLineFill cterm=underline
hi Underlined cterm=underline
hi CursorLine cterm=underline
endif
endif " t_Co
" }}}2
endif
" Links:
"
" COLOR LINKS DEFINE START
hi link String Constant
" Character must be different from strings because in many languages
" (especially C, C++) a 'char' variable is scalar while 'string' is pointer,
" mistaken a 'char' for a 'string' will cause disaster!
hi link Character Number
hi link SpecialChar LineNr
hi link Tag Identifier
hi link cCppOut LineNr
" The following are not standard hi links,
" these are used by DrChip
hi link Warning MoreMsg
hi link Notice Constant
" these are used by Calendar
hi link CalToday PreProc
" these are used by TagList
hi link MyTagListTagName IncSearch
hi link MyTagListTagScope Constant
hi TabLineFill guifg=#9098a0 guibg=#111111
hi TabLine guifg=black guibg=#888888
hi TabLineSel guifg=white guibg=#202020 gui=bold
" COLOR LINKS DEFINE END
" vim:et:nosta:sw=2:ts=8:
" vim600:fdm=marker:fdl=1:

30
vim/.vim_runtime/sources_forked/set_tabline/plugin/set_tabline.vim
View File

@@ -1,30 +0,0 @@
function! CustomizedTabLine()
let s = ''
let t = tabpagenr()
let i = 1
while i <= tabpagenr('$')
let buflist = tabpagebuflist(i)
let winnr = tabpagewinnr(i)
let s .= '%' . i . 'T'
let s .= (i == t ? '%1*' : '%2*')
let s .= ' '
let s .= i . ':'
let s .= '%*'
let s .= (i == t ? '%#TabLineSel#' : '%#TabLine#')
let file = bufname(buflist[winnr - 1])
let file = fnamemodify(file, ':p:t')
if file == ''
let file = '[No Name]'
endif
let s .= file
let s .= ' '
let i = i + 1
endwhile
let s .= '%T%#TabLineFill#%='
let s .= (tabpagenr('$') > 1 ? '%999XX' : 'X')
return s
endfunction
" Always show the tablilne
set stal=2
set tabline=%!CustomizedTabLine()

11
vim/.vim_runtime/sources_forked/vim-irblack-forked/README
View File

@@ -1,11 +0,0 @@
This is a version of Infinite Red's vim theme (http://blog.infinitered.com/entries/show/8) packaged to work with Tim Pope's pathogen plugin (http://www.vim.org/scripts/script.php?script_id=2332).
To use it (assuming you're using pathogen):
- go to your bundle directory (.vim/bundle or .vimbundles) and clone the repo:
git clone git@github.com:wgibbs/vim-irblack.git
- edit your .vimrc and add:
:colorscheme ir_black

220
vim/.vim_runtime/sources_forked/vim-irblack-forked/colors/ir_black.vim
View File

@@ -1,220 +0,0 @@
" ir_black color scheme
" More at: http://blog.infinitered.com/entries/show/8
" ********************************************************************************
" Standard colors used in all ir_black themes:
" Note, x:x:x are RGB values
"
" normal: #f6f3e8
"
" string: #A8FF60 168:255:96
" string inner (punc, code, etc): #00A0A0 0:160:160
" number: #FF73FD 255:115:253
" comments: #7C7C7C 124:124:124
" keywords: #96CBFE 150:203:254
" operators: white
" class: #FFFFB6 255:255:182
" method declaration name: #FFD2A7 255:210:167
" regular expression: #E9C062 233:192:98
" regexp alternate: #FF8000 255:128:0
" regexp alternate 2: #B18A3D 177:138:61
" variable: #C6C5FE 198:197:254
"
" Misc colors:
" red color (used for whatever): #FF6C60 255:108:96
" light red: #FFB6B0 255:182:176
"
" brown: #E18964 good for special
"
" lightpurpleish: #FFCCFF
"
" Interface colors:
" background color: black
" cursor (where underscore is used): #FFA560 255:165:96
" cursor (where block is used): white
" visual selection: #1D1E2C
" current line: #151515 21:21:21
" search selection: #07281C 7:40:28
" line number: #3D3D3D 61:61:61
" ********************************************************************************
" The following are the preferred 16 colors for your terminal
" Colors Bright Colors
" Black #4E4E4E #7C7C7C
" Red #FF6C60 #FFB6B0
" Green #A8FF60 #CEFFAB
" Yellow #FFFFB6 #FFFFCB
" Blue #96CBFE #FFFFCB
" Magenta #FF73FD #FF9CFE
" Cyan #C6C5FE #DFDFFE
" White #EEEEEE #FFFFFF
" ********************************************************************************
set background=dark
hi clear
if exists("syntax_on")
syntax reset
endif
let colors_name = "ir_black"
"hi Example guifg=NONE guibg=NONE gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
" General colors
hi Normal guifg=#f6f3e8 guibg=black gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi NonText guifg=#070707 guibg=black gui=NONE ctermfg=black ctermbg=NONE cterm=NONE
hi Cursor guifg=black guibg=white gui=NONE ctermfg=black ctermbg=white cterm=reverse
hi LineNr guifg=#3D3D3D guibg=black gui=NONE ctermfg=darkgray ctermbg=NONE cterm=NONE
hi VertSplit guifg=#202020 guibg=#202020 gui=NONE ctermfg=darkgray ctermbg=darkgray cterm=NONE
hi StatusLine guifg=#CCCCCC guibg=#202020 gui=None ctermfg=white ctermbg=darkgray cterm=NONE
hi StatusLineNC guifg=black guibg=#202020 gui=NONE ctermfg=blue ctermbg=darkgray cterm=NONE
hi Folded guifg=#a0a8b0 guibg=#384048 gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi Title guifg=#f6f3e8 guibg=NONE gui=bold ctermfg=NONE ctermbg=NONE cterm=NONE
hi Visual guifg=NONE guibg=DarkBlue gui=NONE ctermfg=NONE ctermbg=darkgray cterm=NONE
hi SpecialKey guifg=#808080 guibg=#343434 gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi WildMenu guifg=white guibg=DarkRed gui=NONE ctermfg=white ctermbg=DarkRed cterm=NONE
hi PmenuSbar guifg=black guibg=white gui=NONE ctermfg=black ctermbg=white cterm=NONE
"hi Ignore guifg=gray guibg=black gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi Error guifg=NONE guibg=red gui=undercurl ctermfg=white ctermbg=red cterm=NONE guisp=#FF6C60 " undercurl color
hi ErrorMsg guifg=white guibg=#FF6C60 gui=BOLD ctermfg=white ctermbg=red cterm=NONE
hi WarningMsg guifg=white guibg=#FF6C60 gui=BOLD ctermfg=white ctermbg=red cterm=NONE
" Message displayed in lower left, such as --INSERT--
hi ModeMsg guifg=black guibg=#C6C5FE gui=BOLD ctermfg=black ctermbg=cyan cterm=BOLD
if version >= 700 " Vim 7.x specific colors
hi CursorLine guifg=NONE guibg=#121212 gui=NONE ctermfg=NONE ctermbg=NONE cterm=BOLD
hi CursorColumn guifg=NONE guibg=#121212 gui=NONE ctermfg=NONE ctermbg=NONE cterm=BOLD
hi MatchParen guifg=#f6f3e8 guibg=#857b6f gui=BOLD ctermfg=white ctermbg=darkgray cterm=NONE
hi Pmenu guifg=#f6f3e8 guibg=#444444 gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi PmenuSel guifg=#000000 guibg=#cae682 gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
hi Search guifg=NONE guibg=NONE gui=NONE ctermfg=NONE ctermbg=NONE cterm=NONE
endif
" Syntax highlighting
hi Comment guifg=#7C7C7C guibg=NONE gui=NONE ctermfg=darkgray ctermbg=NONE cterm=NONE
hi String guifg=#A8FF60 guibg=NONE gui=NONE ctermfg=green ctermbg=NONE cterm=NONE
hi Number guifg=#FF73FD guibg=NONE gui=NONE ctermfg=magenta ctermbg=NONE cterm=NONE
hi Keyword guifg=#96CBFE guibg=NONE gui=NONE ctermfg=blue ctermbg=NONE cterm=NONE
hi PreProc guifg=#96CBFE guibg=NONE gui=NONE ctermfg=blue ctermbg=NONE cterm=NONE
hi Conditional guifg=#6699CC guibg=NONE gui=NONE ctermfg=blue ctermbg=NONE cterm=NONE " if else end
hi Todo guifg=#8f8f8f guibg=NONE gui=NONE ctermfg=red ctermbg=NONE cterm=NONE
hi Constant guifg=#99CC99 guibg=NONE gui=NONE ctermfg=cyan ctermbg=NONE cterm=NONE
hi Identifier guifg=#C6C5FE guibg=NONE gui=NONE ctermfg=cyan ctermbg=NONE cterm=NONE
hi Function guifg=#FFD2A7 guibg=NONE gui=NONE ctermfg=brown ctermbg=NONE cterm=NONE
hi Type guifg=#FFFFB6 guibg=NONE gui=NONE ctermfg=yellow ctermbg=NONE cterm=NONE
hi Statement guifg=#6699CC guibg=NONE gui=NONE ctermfg=lightblue ctermbg=NONE cterm=NONE
hi Special guifg=#E18964 guibg=NONE gui=NONE ctermfg=white ctermbg=NONE cterm=NONE
hi Delimiter guifg=#00A0A0 guibg=NONE gui=NONE ctermfg=cyan ctermbg=NONE cterm=NONE
hi Operator guifg=#6699CC guibg=NONE gui=NONE ctermfg=blue ctermbg=NONE cterm=NONE
hi link Character Constant
hi link Boolean Constant
hi link Float Number
hi link Repeat Statement
hi link Label Statement
hi link Exception Statement
hi link Include PreProc
hi link Define PreProc
hi link Macro PreProc
hi link PreCondit PreProc
hi link StorageClass Type
hi link Structure Type
hi link Typedef Type
hi link Tag Special
hi link SpecialChar Special
hi link SpecialComment Special
hi link Debug Special
" Special for Ruby
hi rubyRegexp guifg=#B18A3D guibg=NONE gui=NONE ctermfg=brown ctermbg=NONE cterm=NONE
hi rubyRegexpDelimiter guifg=#FF8000 guibg=NONE gui=NONE ctermfg=brown ctermbg=NONE cterm=NONE
hi rubyEscape guifg=white guibg=NONE gui=NONE ctermfg=cyan ctermbg=NONE cterm=NONE
hi rubyInterpolationDelimiter guifg=#00A0A0 guibg=NONE gui=NONE ctermfg=blue ctermbg=NONE cterm=NONE
hi rubyControl guifg=#6699CC guibg=NONE gui=NONE ctermfg=blue ctermbg=NONE cterm=NONE "and break, etc
"hi rubyGlobalVariable guifg=#FFCCFF guibg=NONE gui=NONE ctermfg=lightblue ctermbg=NONE cterm=NONE "yield
hi rubyStringDelimiter guifg=#336633 guibg=NONE gui=NONE ctermfg=lightgreen ctermbg=NONE cterm=NONE
"rubyInclude
"rubySharpBang
"rubyAccess
"rubyPredefinedVariable
"rubyBoolean
"rubyClassVariable
"rubyBeginEnd
"rubyRepeatModifier
"hi link rubyArrayDelimiter Special " [ , , ]
"rubyCurlyBlock { , , }
hi link rubyClass Keyword
hi link rubyModule Keyword
hi link rubyKeyword Keyword
hi link rubyOperator Operator
hi link rubyIdentifier Identifier
hi link rubyInstanceVariable Identifier
hi link rubyGlobalVariable Identifier
hi link rubyClassVariable Identifier
hi link rubyConstant Type
" Special for Java
" hi link javaClassDecl Type
hi link javaScopeDecl Identifier
hi link javaCommentTitle javaDocSeeTag
hi link javaDocTags javaDocSeeTag
hi link javaDocParam javaDocSeeTag
hi link javaDocSeeTagParam javaDocSeeTag
hi javaDocSeeTag guifg=#CCCCCC guibg=NONE gui=NONE ctermfg=darkgray ctermbg=NONE cterm=NONE
hi javaDocSeeTag guifg=#CCCCCC guibg=NONE gui=NONE ctermfg=darkgray ctermbg=NONE cterm=NONE
"hi javaClassDecl guifg=#CCFFCC guibg=NONE gui=NONE ctermfg=white ctermbg=NONE cterm=NONE
" Special for XML
hi link xmlTag Keyword
hi link xmlTagName Conditional
hi link xmlEndTag Identifier
" Special for HTML
hi link htmlTag Keyword
hi link htmlTagName Conditional
hi link htmlEndTag Identifier
" Special for Javascript
hi link javaScriptNumber Number
" Special for Python
"hi link pythonEscape Keyword
" Special for CSharp
hi link csXmlTag Keyword
" Amix customizations
" Tab line
hi TabLineFill guifg=#000000 guibg=#000000 gui=NONE
hi TabLine guifg=black guibg=#888888 gui=NONE
hi TabLineSel guifg=white guibg=#000000 gui=bold
" Search higlights
hi Search guifg=White guibg=DarkRed gui=NONE

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" plugin/peepopen.vim
" Author: Geoffrey Grosenbach <boss@topfunky.com>
" License: MIT License
" Install this file as plugin/peepopen.vim.
" If you prefer Command-T, use this snippet in your .gvimrc:
" if has("gui_macvim")
" macmenu &File.New\ Tab key=<nop>
" map <D-t> <Plug>PeepOpen
" end
" ============================================================================
" Exit quickly when:
" - this plugin was already loaded (or disabled)
" - when 'compatible' is set
if &cp || exists("g:peepopen_loaded") && g:peepopen_loaded
finish
endif
let g:peepopen_loaded = 1
let s:save_cpo = &cpo
set cpo&vim
if !exists('g:peepopen_quit')
let g:peepopen_quit = 0
endif
function s:LaunchPeepOpenViaVim()
silent exe "!open -a PeepOpen " . shellescape(getcwd())
redraw!
endfunction
function s:QuitPeepOpenViaVim()
silent exe '!ps ax | grep PeepOpen | grep -v grep | awk "{ print $1 }" | xargs kill -QUIT'
endfunction
command! PeepOpen :call <SID>LaunchPeepOpenViaVim()
command! PeepQuit :call <SID>QuitPeepOpenViaVim()
if has('autocmd') && exists('g:peepopen_quit') && g:peepopen_quit
au VimLeave * :call <SID>QuitPeepOpenViaVim()
endif
noremap <unique> <script> <Plug>PeepOpen <SID>Launch
noremap <SID>Launch :call <SID>LaunchPeepOpenViaVim()<CR>
if !hasmapto('<Plug>PeepOpen')
map! <unique> <silent> <Leader>p <Plug>PeepOpen
endif
let &cpo = s:save_cpo
unlet s:save_cpo
" vim:set sw=2 sts=2:

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tags

89
vim/.vim_runtime/sources_non_forked/ack.vim/LICENSE
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ack.vim is distributed under the same license terms as Vim itself, which you
can find in full with `:help license` within Vim, or copied in full herein.
Copyright (c) 2007-2015 Antoine Imbert <antoine.imbert+ackvim@gmail.com>
and contributors.
Maintainers may be contacted via GitHub Issues at:
https://github.com/mileszs/ack.vim/issues
VIM LICENSE
I) There are no restrictions on distributing unmodified copies of Vim except
that they must include this license text. You can also distribute
unmodified parts of Vim, likewise unrestricted except that they must
include this license text. You are also allowed to include executables
that you made from the unmodified Vim sources, plus your own usage
examples and Vim scripts.
II) It is allowed to distribute a modified (or extended) version of Vim,
including executables and/or source code, when the following four
conditions are met:
1) This license text must be included unmodified.
2) The modified Vim must be distributed in one of the following five ways:
a) If you make changes to Vim yourself, you must clearly describe in
the distribution how to contact you. When the maintainer asks you
(in any way) for a copy of the modified Vim you distributed, you
must make your changes, including source code, available to the
maintainer without fee. The maintainer reserves the right to
include your changes in the official version of Vim. What the
maintainer will do with your changes and under what license they
will be distributed is negotiable. If there has been no negotiation
then this license, or a later version, also applies to your changes.
The current maintainer is Bram Moolenaar <Bram@vim.org>. If this
changes it will be announced in appropriate places (most likely
vim.sf.net, www.vim.org and/or comp.editors). When it is completely
impossible to contact the maintainer, the obligation to send him
your changes ceases. Once the maintainer has confirmed that he has
received your changes they will not have to be sent again.
b) If you have received a modified Vim that was distributed as
mentioned under a) you are allowed to further distribute it
unmodified, as mentioned at I). If you make additional changes the
text under a) applies to those changes.
c) Provide all the changes, including source code, with every copy of
the modified Vim you distribute. This may be done in the form of a
context diff. You can choose what license to use for new code you
add. The changes and their license must not restrict others from
making their own changes to the official version of Vim.
d) When you have a modified Vim which includes changes as mentioned
under c), you can distribute it without the source code for the
changes if the following three conditions are met:
- The license that applies to the changes permits you to distribute
the changes to the Vim maintainer without fee or restriction, and
permits the Vim maintainer to include the changes in the official
version of Vim without fee or restriction.
- You keep the changes for at least three years after last
distributing the corresponding modified Vim. When the maintainer
or someone who you distributed the modified Vim to asks you (in
any way) for the changes within this period, you must make them
available to him.
- You clearly describe in the distribution how to contact you. This
contact information must remain valid for at least three years
after last distributing the corresponding modified Vim, or as long
as possible.
e) When the GNU General Public License (GPL) applies to the changes,
you can distribute the modified Vim under the GNU GPL version 2 or
any later version.
3) A message must be added, at least in the output of the ":version"
command and in the intro screen, such that the user of the modified Vim
is able to see that it was modified. When distributing as mentioned
under 2)e) adding the message is only required for as far as this does
not conflict with the license used for the changes.
4) The contact information as required under 2)a) and 2)d) must not be
removed or changed, except that the person himself can make
corrections.
III) If you distribute a modified version of Vim, you are encouraged to use
the Vim license for your changes and make them available to the
maintainer, including the source code. The preferred way to do this is
by e-mail or by uploading the files to a server and e-mailing the URL.
If the number of changes is small (e.g., a modified Makefile) e-mailing a
context diff will do. The e-mail address to be used is
<maintainer@vim.org>
IV) It is not allowed to remove this license from the distribution of the Vim
sources, parts of it or from a modified version. You may use this
license for previous Vim releases instead of the license that they came
with, at your option.

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if exists('g:autoloaded_ack') || &cp
finish
endif
if exists('g:ack_use_dispatch')
if g:ack_use_dispatch && !exists(':Dispatch')
call s:Warn('Dispatch not loaded! Falling back to g:ack_use_dispatch = 0.')
let g:ack_use_dispatch = 0
endif
else
let g:ack_use_dispatch = 0
endif
"-----------------------------------------------------------------------------
" Public API
"-----------------------------------------------------------------------------
function! ack#Ack(cmd, args) "{{{
call s:Init(a:cmd)
redraw
" Local values that we'll temporarily set as options when searching
let l:grepprg = g:ackprg
let l:grepformat = '%f:%l:%c:%m,%f:%l:%m' " Include column number
" Strip some options that are meaningless for path search and set match
" format accordingly.
if s:SearchingFilepaths()
let l:grepprg = substitute(l:grepprg, '-H\|--column', '', 'g')
let l:grepformat = '%f'
endif
" Check user policy for blank searches
if empty(a:args)
if !g:ack_use_cword_for_empty_search
echo "No regular expression found."
return
endif
endif
" If no pattern is provided, search for the word under the cursor
let l:grepargs = empty(a:args) ? expand("<cword>") : a:args . join(a:000, ' ')
"Bypass search if cursor is on blank string
if l:grepargs == ""
echo "No regular expression found."
return
endif
" NOTE: we escape special chars, but not everything using shellescape to
" allow for passing arguments etc
let l:escaped_args = escape(l:grepargs, '|#%')
echo "Searching ..."
if g:ack_use_dispatch
call s:SearchWithDispatch(l:grepprg, l:escaped_args, l:grepformat)
else
call s:SearchWithGrep(a:cmd, l:grepprg, l:escaped_args, l:grepformat)
endif
" Dispatch has no callback mechanism currently, we just have to display the
" list window early and wait for it to populate :-/
call ack#ShowResults()
call s:Highlight(l:grepargs)
endfunction "}}}
function! ack#AckFromSearch(cmd, args) "{{{
let search = getreg('/')
" translate vim regular expression to perl regular expression.
let search = substitute(search, '\(\\<\|\\>\)', '\\b', 'g')
call ack#Ack(a:cmd, '"' . search . '" ' . a:args)
endfunction "}}}
function! ack#AckHelp(cmd, args) "{{{
let args = a:args . ' ' . s:GetDocLocations()
call ack#Ack(a:cmd, args)
endfunction "}}}
function! ack#AckWindow(cmd, args) "{{{
let files = tabpagebuflist()
" remove duplicated filenames (files appearing in more than one window)
let files = filter(copy(sort(files)), 'index(files,v:val,v:key+1)==-1')
call map(files, "bufname(v:val)")
" remove unnamed buffers as quickfix (empty strings before shellescape)
call filter(files, 'v:val != ""')
" expand to full path (avoid problems with cd/lcd in au QuickFixCmdPre)
let files = map(files, "shellescape(fnamemodify(v:val, ':p'))")
let args = a:args . ' ' . join(files)
call ack#Ack(a:cmd, args)
endfunction "}}}
function! ack#ShowResults() "{{{
let l:handler = s:UsingLocList() ? g:ack_lhandler : g:ack_qhandler
execute l:handler
call s:ApplyMappings()
redraw!
endfunction "}}}
"-----------------------------------------------------------------------------
" Private API
"-----------------------------------------------------------------------------
function! s:ApplyMappings() "{{{
if !s:UsingListMappings() || &filetype != 'qf'
return
endif
let l:wintype = s:UsingLocList() ? 'l' : 'c'
let l:closemap = ':' . l:wintype . 'close<CR>'
let g:ack_mappings.q = l:closemap
nnoremap <buffer> <silent> ? :call <SID>QuickHelp()<CR>
if g:ack_autoclose
" We just map the 'go' and 'gv' mappings to close on autoclose, wtf?
for key_map in items(g:ack_mappings)
execute printf("nnoremap <buffer> <silent> %s %s", get(key_map, 0), get(key_map, 1) . l:closemap)
endfor
execute "nnoremap <buffer> <silent> <CR> <CR>" . l:closemap
else
for key_map in items(g:ack_mappings)
execute printf("nnoremap <buffer> <silent> %s %s", get(key_map, 0), get(key_map, 1))
endfor
endif
if exists("g:ackpreview") " if auto preview in on, remap j and k keys
nnoremap <buffer> <silent> j j<CR><C-W><C-P>
nnoremap <buffer> <silent> k k<CR><C-W><C-P>
nmap <buffer> <silent> <Down> j
nmap <buffer> <silent> <Up> k
endif
endfunction "}}}
function! s:GetDocLocations() "{{{
let dp = ''
for p in split(&rtp, ',')
let p = p . '/doc/'
if isdirectory(p)
let dp = p . '*.txt ' . dp
endif
endfor
return dp
endfunction "}}}
function! s:Highlight(args) "{{{
if !g:ackhighlight
return
endif
let @/ = matchstr(a:args, "\\v(-)\@<!(\<)\@<=\\w+|['\"]\\zs.{-}\\ze['\"]")
call feedkeys(":let &hlsearch=1 \| echo \<CR>", "n")
endfunction "}}}
" Initialize state for an :Ack* or :LAck* search
function! s:Init(cmd) "{{{
let s:searching_filepaths = (a:cmd =~# '-g$') ? 1 : 0
let s:using_loclist = (a:cmd =~# '^l') ? 1 : 0
if g:ack_use_dispatch && s:using_loclist
call s:Warn('Dispatch does not support location lists! Proceeding with quickfix...')
let s:using_loclist = 0
endif
endfunction "}}}
function! s:QuickHelp() "{{{
execute 'edit' globpath(&rtp, 'doc/ack_quick_help.txt')
silent normal gg
setlocal buftype=nofile bufhidden=hide nobuflisted
setlocal nomodifiable noswapfile
setlocal filetype=help
setlocal nonumber norelativenumber nowrap
setlocal foldmethod=diff foldlevel=20
nnoremap <buffer> <silent> ? :q!<CR>:call ack#ShowResults()<CR>
endfunction "}}}
function! s:SearchWithDispatch(grepprg, grepargs, grepformat) "{{{
let l:makeprg_bak = &l:makeprg
let l:errorformat_bak = &l:errorformat
" We don't execute a :grep command for Dispatch, so add -g here instead
if s:SearchingFilepaths()
let l:grepprg = a:grepprg . ' -g'
else
let l:grepprg = a:grepprg
endif
try
let &l:makeprg = l:grepprg . ' ' . a:grepargs
let &l:errorformat = a:grepformat
Make
finally
let &l:makeprg = l:makeprg_bak
let &l:errorformat = l:errorformat_bak
endtry
endfunction "}}}
function! s:SearchWithGrep(grepcmd, grepprg, grepargs, grepformat) "{{{
let l:grepprg_bak = &l:grepprg
let l:grepformat_bak = &grepformat
try
let &l:grepprg = a:grepprg
let &grepformat = a:grepformat
silent execute a:grepcmd a:grepargs
finally
let &l:grepprg = l:grepprg_bak
let &grepformat = l:grepformat_bak
endtry
endfunction "}}}
" Are we finding matching files, not lines? (the -g option -- :AckFile)
function! s:SearchingFilepaths() "{{{
return get(s:, 'searching_filepaths', 0)
endfunction "}}}
" Predicate for whether mappings are enabled for list type of current search.
function! s:UsingListMappings() "{{{
if s:UsingLocList()
return g:ack_apply_lmappings
else
return g:ack_apply_qmappings
endif
endfunction "}}}
" Were we invoked with a :LAck command?
function! s:UsingLocList() "{{{
return get(s:, 'using_loclist', 0)
endfunction "}}}
function! s:Warn(msg) "{{{
echohl WarningMsg | echomsg 'Ack: ' . a:msg | echohl None
endf "}}}
let g:autoloaded_ack = 1
" vim:set et sw=2 ts=2 tw=78 fdm=marker

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*ack.txt* Plugin that integrates ack with Vim
==============================================================================
Author: Antoine Imbert <antoine.imbert+ackvim@gmail.com> *ack-author*
License: Same terms as Vim itself (see |license|)
This plugin is only available if 'compatible' is not set.
{Vi does not have any of this}
==============================================================================
INTRODUCTION *ack*
This plugin is a front for the Perl module App::Ack. Ack can be used as a
replacement for grep. This plugin will allow you to run ack from vim, and
shows the results in a split window.
:Ack[!] [options] {pattern} [{directory}] *:Ack*
Search recursively in {directory} (which defaults to the current
directory) for the {pattern}. Behaves just like the |:grep| command, but
will open the |Quickfix| window for you. If [!] is not given the first
occurrence is jumped to.
:AckAdd [options] {pattern} [{directory}] *:AckAdd*
Just like |:Ack|, but instead of making a new list, the matches are
appended to the current |quickfix| list.
:AckFromSearch [{directory}] *:AckFromSearch*
Just like |:Ack| but the pattern is from previous search.
:LAck [options] {pattern} [{directory}] *:LAck*
Just like |:Ack| but instead of the |quickfix| list, matches are placed in
the current |location-list|.
:LAckAdd [options] {pattern} [{directory}] *:LAckAdd*
Just like |:AckAdd| but instead of the |quickfix| list, matches are added
to the current |location-list|
:AckFile [options] {pattern} [{directory}] *:AckFile*
Search recursively in {directory} (which defaults to the current
directory) for filenames matching the {pattern}. Behaves just like the
|:grep| command, but will open the |Quickfix| window for you.
:AckHelp[!] [options] {pattern} *:AckHelp*
Search vim documentation files for the {pattern}. Behaves just like the
|:Ack| command, but searches only vim documentation .txt files
:LAckHelp [options] {pattern} *:LAckHelp*
Just like |:AckHelp| but instead of the |quickfix| list, matches are placed
in the current |location-list|.
:AckWindow[!] [options] {pattern} *:AckWindow*
Search all buffers visible in the screen (current tab page only) files for
the {pattern}.
:LAckWindow [options] {pattern} *:LAckWindow*
Just like |:AckWindow| but instead of the |quickfix| list, matches are
placed in the current |location-list|.
Files containing the search term will be listed in the split window, along
with the line number of the occurrence, once for each occurrence. <Enter> on
a line in this window will open the file, and place the cursor on the matching
line.
Note that if you are using Dispatch.vim with |g:ack_use_dispatch|, location
lists are not supported, because Dispatch does not support them at this time.
`:LAck` versions of commands above will give a warning and proceed to use the
quickfix list instead.
See http://beyondgrep.com/ for more information on searching with ack.
==============================================================================
CONFIGURATION *ack-configuration*
*g:ackprg*
g:ackprg
Default for ubuntu: "ack-grep"
Default for other systems: "ack"
Use this option to specify the search command and its default arguments.
Example:
>
let g:ackprg = "ag --vimgrep"
<
*g:ack_default_options*
g:ack_default_options
Default: " -s -H --nocolor --nogroup --column"
Use this option to specify the default arguments given to `ack`. This is only
used if |g:ackprg| has not been customized from the default--if you are using
a custom search program instead of Ack, set your preferred options in
|g:ackprg|.
NOTE: This option may be deprecated in the future. ~
Example:
>
let g:ack_default_options =
\ " -s -H --nocolor --nogroup --column --smart-case --follow"
<
*g:ack_apply_qmappings*
g:ack_apply_qmappings
Default: 1
This option enables mappings on the |quickfix| window.
*g:ack_apply_lmappings*
g:ack_apply_lmappings
Default: 1
This option enables mappings on |location-list| windows.
*g:ack_mappings*
g:ack_mappings
Default: {
\ "t": "<C-W><CR><C-W>T",
\ "T": "<C-W><CR><C-W>TgT<C-W>j",
\ "o": "<CR>",
\ "O": "<CR><C-W><C-W>:ccl<CR>",
\ "go": "<CR><C-W>j",
\ "h": "<C-W><CR><C-W>K",
\ "H": "<C-W><CR><C-W>K<C-W>b",
\ "v": "<C-W><CR><C-W>H<C-W>b<C-W>J<C-W>t",
\ "gv": "<C-W><CR><C-W>H<C-W>b<C-W>J" }
This option list all maps create on quickfix/Location list window.
Example, if you want to open the result in the middle of the screen:
>
let g:ack_mappings = { "o": "<CR>zz" }
<
*g:ack_qhandler*
g:ack_qhandler
Default: "botright copen"
Command to open the quickview window.
If you want to open a quickview window with 30 lines you can do:
>
let g:ack_qhandler = "botright copen 30"
<
*g:ack_lhandler*
g:ack_lhandler
Default: "botright lopen"
Command to open the Location list window.
If you want to open a Location list window with 30 lines you can do:
>
let g:ack_lhandler = "botright lopen 30"
<
*g:ackhighlight*
g:ackhighlight
Default: 0
Use this option to highlight the searched term.
Example:
>
let g:ackhighlight = 1
<
*g:ack_autoclose*
g:ack_autoclose
Default: 0
Use this option to specify whether to close the quickfix window after
using any of the shortcuts.
Example:
>
let g:ack_autoclose = 1
<
*g:ack_autofold_results*
g:ack_autofold_results
Default: 0
Use this option to fold the results in quickfix by file name. Only the current
fold will be open by default and while you press 'j' and 'k' to move between the
results if you hit other fold the last one will be closed and the current will
be open.
Example:
>
let g:ack_autofold_results = 1
<
*g:ackpreview*
g:ackpreview
Default: 0
Use this option to automagically open the file with 'j' or 'k'.
Example:
>
let g:ackpreview = 1
<
*g:ack_use_dispatch*
g:ack_use_dispatch
Default: 0
Use this option to use vim-dispatch to run searches in the background, with a
variety of execution backends for different systems.
Due to limitations in Dispatch at this time, location lists are unsupported
and result windows will appear before results are ready. Still, these may be
acceptable tradeoffs for very large projects where searches are slow.
Example:
>
let g:ack_use_dispatch = 1
<
*g:ack_use_cword_for_empty_search*
g:ack_use_cword_for_empty_search
Default: 1
Use this option to enable blank searches to run against the word under the
cursor. When this option is not set, blank searches will only output an error
message.
Example:
>
let g:ack_use_cword_for_empty_search = 0
<
==============================================================================
MAPPINGS *ack-mappings*
The following keyboard shortcuts are available in the |quickfix| and
|location-list| windows:
? display a quick summary of these mappings.
o open file (same as Enter).
O open file and close the quickfix window.
go preview file (open but maintain focus on ack.vim results).
t open in a new tab.
T open in new tab without moving to it.
h open in horizontal split.
H open in horizontal split, keeping focus on the results.
v open in vertical split.
gv open in vertical split, keeping focus on the results.
q close the quickfix window.
To adjust these, see |g:ack_mappings|.
==============================================================================
Ignoring files *ack-ignore*
If you're using this plugin with ag, The Silver Searcher, bear in mind that:
- It ignores file patterns from your .gitignore and .hgignore.
- If there are other files in your source repository you don't wish to
search, you can add their patterns to an .agignore file.
==============================================================================
ISSUES AND FAQ *ack-issues-and-faq*
I don't want to jump to the first result automatically.~
Use `:Ack!`, with bang. If you want this behavior most of the time, you
might like an abbreviation or mapping in your personal config, something
like these:
>
cnoreabbrev Ack Ack!
nnoremap <Leader>a :Ack!<Space>
<
Most of the `:[L]Ack*` commands support this. Note that this behavior
follows the convention of Vim's built-in |:grep| and |:make| commands.
I use NERDTree and opening ack.vim results in a vertical split displacing it.~
You are probably using NERDTree with its default alignment at the left
side of the window. Set these custom mappings in your vimrc to work around
this:
>
let g:ack_mappings = {
\ 'v': '<C-W><CR><C-W>L<C-W>p<C-W>J<C-W>p',
\ 'gv': '<C-W><CR><C-W>L<C-W>p<C-W>J' }
<
This solution will be improved in the future.
Results show a mix of relative and absolute paths, making them hard to read.~
This is a quirk of Vim that can happen with plain |:vimgrep| too. You can
try this in your vimrc to work around it:
>
autocmd BufAdd * exe "cd" fnameescape(getcwd())
<
but for some users this may be disruptive to their Vim workflow. For more
details, see:
http://vi.stackexchange.com/a/4816/7174
https://github.com/mileszs/ack.vim/issues/143
vim:set et sw=4 ts=4 tw=78:

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@@ -1,15 +0,0 @@
==== ack.vim quick help ===============
*?:* a quick summary of these keys, repeat to close
*o:* to open (same as Enter)
*O:* to open and close the quickfix window
*go:* to preview file, open but maintain focus on ack.vim results
*t:* to open in new tab
*T:* to open in new tab without moving to it
*h:* to open in horizontal split
*H:* to open in horizontal split, keeping focus on the results
*v:* to open in vertical split
*gv:* to open in vertical split, keeping focus on the results
*q:* to close the quickfix window
========================================

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if exists("g:ack_autofold_results") && g:ack_autofold_results
setlocal foldlevel=0
setlocal foldmethod=expr
setlocal foldexpr=matchstr(getline(v:lnum),'^[^\|]\\+')==#matchstr(getline(v:lnum+1),'^[^\|]\\+')?1:'<1'
setlocal foldenable
setlocal foldclose=all
setlocal foldopen=all
nnoremap <buffer> j jzz
endif

83
vim/.vim_runtime/sources_non_forked/ack.vim/plugin/ack.vim
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@@ -1,83 +0,0 @@
if exists('g:loaded_ack') || &cp
finish
endif
if !exists("g:ack_default_options")
let g:ack_default_options = " -s -H --nopager --nocolor --nogroup --column"
endif
" Location of the ack utility
if !exists("g:ackprg")
if executable('ack-grep')
let g:ackprg = "ack-grep"
elseif executable('ack')
let g:ackprg = "ack"
else
finish
endif
let g:ackprg .= g:ack_default_options
endif
if !exists("g:ack_apply_qmappings")
let g:ack_apply_qmappings = !exists("g:ack_qhandler")
endif
if !exists("g:ack_apply_lmappings")
let g:ack_apply_lmappings = !exists("g:ack_lhandler")
endif
let s:ack_mappings = {
\ "t": "<C-W><CR><C-W>T",
\ "T": "<C-W><CR><C-W>TgT<C-W>j",
\ "o": "<CR>",
\ "O": "<CR><C-W>p<C-W>c",
\ "go": "<CR><C-W>p",
\ "h": "<C-W><CR><C-W>K",
\ "H": "<C-W><CR><C-W>K<C-W>b",
\ "v": "<C-W><CR><C-W>H<C-W>b<C-W>J<C-W>t",
\ "gv": "<C-W><CR><C-W>H<C-W>b<C-W>J" }
if exists("g:ack_mappings")
let g:ack_mappings = extend(s:ack_mappings, g:ack_mappings)
else
let g:ack_mappings = s:ack_mappings
endif
if !exists("g:ack_qhandler")
let g:ack_qhandler = "botright copen"
endif
if !exists("g:ack_lhandler")
let g:ack_lhandler = "botright lopen"
endif
if !exists("g:ackhighlight")
let g:ackhighlight = 0
endif
if !exists("g:ack_autoclose")
let g:ack_autoclose = 0
endif
if !exists("g:ack_autofold_results")
let g:ack_autofold_results = 0
endif
if !exists("g:ack_use_cword_for_empty_search")
let g:ack_use_cword_for_empty_search = 1
endif
command! -bang -nargs=* -complete=file Ack call ack#Ack('grep<bang>', <q-args>)
command! -bang -nargs=* -complete=file AckAdd call ack#Ack('grepadd<bang>', <q-args>)
command! -bang -nargs=* -complete=file AckFromSearch call ack#AckFromSearch('grep<bang>', <q-args>)
command! -bang -nargs=* -complete=file LAck call ack#Ack('lgrep<bang>', <q-args>)
command! -bang -nargs=* -complete=file LAckAdd call ack#Ack('lgrepadd<bang>', <q-args>)
command! -bang -nargs=* -complete=file AckFile call ack#Ack('grep<bang> -g', <q-args>)
command! -bang -nargs=* -complete=help AckHelp call ack#AckHelp('grep<bang>', <q-args>)
command! -bang -nargs=* -complete=help LAckHelp call ack#AckHelp('lgrep<bang>', <q-args>)
command! -bang -nargs=* AckWindow call ack#AckWindow('grep<bang>', <q-args>)
command! -bang -nargs=* LAckWindow call ack#AckWindow('lgrep<bang>', <q-args>)
let g:loaded_ack = 1
" vim:set et sw=2 ts=2 tw=78 fdm=marker

22
vim/.vim_runtime/sources_non_forked/ale/LICENSE
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@@ -1,22 +0,0 @@
Copyright (c) 2016-2019, w0rp <devw0rp@gmail.com>
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.

268
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@@ -1,268 +0,0 @@
" Author: w0rp <devw0rp@gmail.com>, David Alexander <opensource@thelonelyghost.com>
" Description: Primary code path for the plugin
" Manages execution of linters when requested by autocommands
" Strings used for severity in the echoed message
let g:ale_echo_msg_error_str = get(g:, 'ale_echo_msg_error_str', 'Error')
let g:ale_echo_msg_info_str = get(g:, 'ale_echo_msg_info_str', 'Info')
let g:ale_echo_msg_log_str = get(g:, 'ale_echo_msg_log_str', 'Log')
let g:ale_echo_msg_warning_str = get(g:, 'ale_echo_msg_warning_str', 'Warning')
" Ignoring linters, for disabling some, or ignoring LSP diagnostics.
let g:ale_linters_ignore = get(g:, 'ale_linters_ignore', {})
let g:ale_disable_lsp = get(g:, 'ale_disable_lsp', 0)
" LSP window/showMessage format
let g:ale_lsp_show_message_format = get(g:, 'ale_lsp_show_message_format', '%severity%:%linter%: %s')
" Valid values mimic LSP definitions (error, warning and information; log is
" never shown)
let g:ale_lsp_show_message_severity = get(g:, 'ale_lsp_show_message_severity', 'error')
let s:lint_timer = -1
let s:getcmdwintype_exists = exists('*getcmdwintype')
" Return 1 if a file is too large for ALE to handle.
function! ale#FileTooLarge(buffer) abort
let l:max = getbufvar(a:buffer, 'ale_maximum_file_size', get(g:, 'ale_maximum_file_size', 0))
return l:max > 0 ? (line2byte(line('$') + 1) > l:max) : 0
endfunction
" A function for checking various conditions whereby ALE just shouldn't
" attempt to do anything, say if particular buffer types are open in Vim.
function! ale#ShouldDoNothing(buffer) abort
" The checks are split into separate if statements to make it possible to
" profile each check individually with Vim's profiling tools.
"
" Do nothing if ALE is disabled.
if !getbufvar(a:buffer, 'ale_enabled', get(g:, 'ale_enabled', 0))
return 1
endif
" Don't perform any checks when newer NeoVim versions are exiting.
if get(v:, 'exiting', v:null) isnot v:null
return 1
endif
let l:filetype = getbufvar(a:buffer, '&filetype')
" Do nothing when there's no filetype.
if l:filetype is# ''
return 1
endif
" Do nothing for diff buffers.
if getbufvar(a:buffer, '&diff')
return 1
endif
" Do nothing for blacklisted files.
if index(get(g:, 'ale_filetype_blacklist', []), l:filetype) >= 0
return 1
endif
" Do nothing if running from command mode.
if s:getcmdwintype_exists && !empty(getcmdwintype())
return 1
endif
let l:filename = fnamemodify(bufname(a:buffer), ':t')
" Do nothing for directories.
if l:filename is# '.'
return 1
endif
" Don't start linting and so on when an operator is pending.
if ale#util#Mode(1) is# 'no'
return 1
endif
" Do nothing if running in the sandbox.
if ale#util#InSandbox()
return 1
endif
" Do nothing if the file is too large.
if ale#FileTooLarge(a:buffer)
return 1
endif
" Do nothing from CtrlP buffers with CtrlP-funky.
if exists(':CtrlPFunky') is 2
\&& getbufvar(a:buffer, '&l:statusline') =~# 'CtrlPMode.*funky'
return 1
endif
return 0
endfunction
function! s:Lint(buffer, should_lint_file, timer_id) abort
" Use the filetype from the buffer
let l:filetype = getbufvar(a:buffer, '&filetype')
let l:linters = ale#linter#Get(l:filetype)
" Apply ignore lists for linters only if needed.
let l:ignore_config = ale#Var(a:buffer, 'linters_ignore')
let l:disable_lsp = ale#Var(a:buffer, 'disable_lsp')
let l:linters = !empty(l:ignore_config) || l:disable_lsp
\ ? ale#engine#ignore#Exclude(l:filetype, l:linters, l:ignore_config, l:disable_lsp)
\ : l:linters
" Tell other sources that they can start checking the buffer now.
let g:ale_want_results_buffer = a:buffer
silent doautocmd <nomodeline> User ALEWantResults
unlet! g:ale_want_results_buffer
" Don't set up buffer data and so on if there are no linters to run.
if !has_key(g:ale_buffer_info, a:buffer) && empty(l:linters)
return
endif
" Clear lint_file linters, or only run them if the file exists.
let l:lint_file = empty(l:linters)
\ || (a:should_lint_file && filereadable(expand('#' . a:buffer . ':p')))
call ale#engine#RunLinters(a:buffer, l:linters, l:lint_file)
endfunction
" (delay, [linting_flag, buffer_number])
function! ale#Queue(delay, ...) abort
if a:0 > 2
throw 'too many arguments!'
endif
let l:buffer = get(a:000, 1, v:null)
if l:buffer is v:null
let l:buffer = bufnr('')
endif
if type(l:buffer) isnot v:t_number
throw 'buffer_number must be a Number'
endif
if ale#ShouldDoNothing(l:buffer)
return
endif
" Default linting_flag to ''
let l:should_lint_file = get(a:000, 0) is# 'lint_file'
if s:lint_timer != -1
call timer_stop(s:lint_timer)
let s:lint_timer = -1
endif
if a:delay > 0
let s:lint_timer = timer_start(
\ a:delay,
\ function('s:Lint', [l:buffer, l:should_lint_file])
\)
else
call s:Lint(l:buffer, l:should_lint_file, 0)
endif
endfunction
let s:current_ale_version = [2, 7, 0]
" A function used to check for ALE features in files outside of the project.
function! ale#Has(feature) abort
let l:match = matchlist(a:feature, '\c\v^ale-(\d+)\.(\d+)(\.(\d+))?$')
if !empty(l:match)
let l:version = [l:match[1] + 0, l:match[2] + 0, l:match[4] + 0]
return ale#semver#GTE(s:current_ale_version, l:version)
endif
return 0
endfunction
" Given a buffer number and a variable name, look for that variable in the
" buffer scope, then in global scope. If the name does not exist in the global
" scope, an exception will be thrown.
"
" Every variable name will be prefixed with 'ale_'.
function! ale#Var(buffer, variable_name) abort
let l:full_name = 'ale_' . a:variable_name
let l:vars = getbufvar(str2nr(a:buffer), '', {})
return get(l:vars, l:full_name, g:[l:full_name])
endfunction
" Initialize a variable with a default value, if it isn't already set.
"
" Every variable name will be prefixed with 'ale_'.
function! ale#Set(variable_name, default) abort
let l:full_name = 'ale_' . a:variable_name
if !has_key(g:, l:full_name)
let g:[l:full_name] = a:default
endif
endfunction
" Given a string for adding to a command, return the string padded with a
" space on the left if it is not empty. Otherwise return an empty string.
"
" This can be used for making command strings cleaner and easier to test.
function! ale#Pad(string) abort
return !empty(a:string) ? ' ' . a:string : ''
endfunction
" Given a environment variable name and a value, produce part of a command for
" setting an environment variable before running a command. The syntax will be
" valid for cmd on Windows, or most shells on Unix.
function! ale#Env(variable_name, value) abort
if has('win32')
return 'set ' . a:variable_name . '=' . ale#Escape(a:value) . ' && '
endif
return a:variable_name . '=' . ale#Escape(a:value) . ' '
endfunction
" Escape a string suitably for each platform.
" shellescape does not work on Windows.
function! ale#Escape(str) abort
if fnamemodify(&shell, ':t') is? 'cmd.exe'
" If the string contains spaces, it will be surrounded by quotes.
" Otherwise, special characters will be escaped with carets (^).
return substitute(
\ a:str =~# ' '
\ ? '"' . substitute(a:str, '"', '""', 'g') . '"'
\ : substitute(a:str, '\v([&|<>^])', '^\1', 'g'),
\ '%',
\ '%%',
\ 'g',
\)
endif
return shellescape (a:str)
endfunction
" Get the loclist item message according to a given format string.
"
" See `:help g:ale_loclist_msg_format` and `:help g:ale_echo_msg_format`
function! ale#GetLocItemMessage(item, format_string) abort
let l:msg = a:format_string
let l:severity = g:ale_echo_msg_warning_str
let l:code = get(a:item, 'code', '')
let l:type = get(a:item, 'type', 'E')
let l:linter_name = get(a:item, 'linter_name', '')
let l:code_repl = !empty(l:code) ? '\=submatch(1) . l:code . submatch(2)' : ''
if l:type is# 'E'
let l:severity = g:ale_echo_msg_error_str
elseif l:type is# 'I'
let l:severity = g:ale_echo_msg_info_str
endif
" Replace special markers with certain information.
" \=l:variable is used to avoid escaping issues.
let l:msg = substitute(l:msg, '\v\%([^\%]*)code([^\%]*)\%', l:code_repl, 'g')
let l:msg = substitute(l:msg, '\V%severity%', '\=l:severity', 'g')
let l:msg = substitute(l:msg, '\V%linter%', '\=l:linter_name', 'g')
" Replace %s with the text.
let l:msg = substitute(l:msg, '\V%s', '\=a:item.text', 'g')
return l:msg
endfunction

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@@ -1,36 +0,0 @@
===============================================================================
ALE Ada Integration *ale-ada-options*
===============================================================================
gcc *ale-ada-gcc*
g:ale_ada_gcc_executable *g:ale_ada_gcc_executable*
*b:ale_ada_gcc_executable*
Type: |String|
Default: `'gcc'`
This variable can be changed to use a different executable for gcc.
g:ale_ada_gcc_options *g:ale_ada_gcc_options*
*b:ale_ada_gcc_options*
Type: |String|
Default: `'-gnatwa -gnatq'`
This variable can be set to pass additional options to gcc.
===============================================================================
gnatpp *ale-ada-gnatpp*
g:ale_ada_gnatpp_options *g:ale_ada_gnatpp_options*
*b:ale_ada_gnatpp_options*
Type: |String|
Default: `''`
This variable can be set to pass extra options to the gnatpp fixer.
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

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===============================================================================
ALE Ansible Integration *ale-ansible-options*
===============================================================================
ansible-lint *ale-ansible-ansible-lint*
g:ale_ansible_ansible_lint_executable *g:ale_ansible_ansible_lint_executable*
*b:ale_ansible_ansible_lint_executable*
Type: |String|
Default: `'ansible-lint'`
This variable can be changed to modify the executable used for ansible-lint.
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

18
vim/.vim_runtime/sources_non_forked/ale/doc/ale-asciidoc.txt
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@@ -1,18 +0,0 @@
===============================================================================
ALE AsciiDoc Integration *ale-asciidoc-options*
===============================================================================
write-good *ale-asciidoc-write-good*
See |ale-write-good-options|
===============================================================================
textlint *ale-asciidoc-textlint*
See |ale-text-textlint|
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

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@@ -1,25 +0,0 @@
===============================================================================
ALE ASM Integration *ale-asm-options*
===============================================================================
gcc *ale-asm-gcc*
g:ale_asm_gcc_executable *g:ale_asm_gcc_executable*
*b:ale_asm_gcc_executable*
Type: |String|
Default: `'gcc'`
This variable can be changed to use a different executable for gcc.
g:ale_asm_gcc_options *g:ale_asm_gcc_options*
*b:ale_asm_gcc_options*
Type: |String|
Default: `'-Wall'`
This variable can be set to pass additional options to gcc.
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

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===============================================================================
ALE Awk Integration *ale-awk-options*
===============================================================================
gawk *ale-awk-gawk*
g:ale_awk_gawk_executable *g:ale_awk_gawk_executable*
*b:ale_awk_gawk_executable*
Type: |String|
Default: `'gawk'`
This variable sets executable used for gawk.
g:ale_awk_gawk_options *g:ale_awk_gawk_options*
*b:ale_awk_gawk_options*
Type: |String|
Default: `''`
With this variable we are able to pass extra arguments for gawk
for invocation.
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

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===============================================================================
ALE Bats Integration *ale-bats-options*
===============================================================================
shellcheck *ale-bats-shellcheck*
The `shellcheck` linter for Bats uses the sh options for `shellcheck`; see:
|ale-sh-shellcheck|.
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

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===============================================================================
ALE BibTeX Integration *ale-bib-options*
===============================================================================
bibclean *ale-bib-bibclean*
g:ale_bib_bibclean_executable *g:ale_bib_bibclean_executable*
Type: |String|
Default: `'bibclean'`
g:ale_bib_bibclean_options *g:ale_bib_bibclean_options*
Type: |String|
Default: `'-align-equals'`
===============================================================================
vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:

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===============================================================================
ALE C Integration *ale-c-options*
===============================================================================
Global Options
g:ale_c_build_dir_names *g:ale_c_build_dir_names*
*b:ale_c_build_dir_names*
Type: |List|
Default: `['build', 'bin']`
A list of directory names to be used when searching upwards from cpp
files to discover compilation databases with. For directory named `'foo'`,
ALE will search for `'foo/compile_commands.json'` in all directories on and above
the directory containing the cpp file to find path to compilation database.
This feature is useful for the clang tools wrapped around LibTooling (namely
here, clang-tidy)
g:ale_c_build_dir *g:ale_c_build_dir*
*b:ale_c_build_dir*
Type: |String|
Default: `''`
For programs that can read `compile_commands.json` files, this option can be
set to the directory containing the file for the project. ALE will try to
determine the location of `compile_commands.json` automatically, but if your
file exists in some other directory, you can set this option so ALE will
know where it is.
This directory will be searched instead of |g:ale_c_build_dir_names|.
g:ale_c_parse_compile_commands *g:ale_c_parse_compile_commands*
*b:ale_c_parse_compile_commands*
Type: |Number|
Default: `0`
If set to `1`, ALE will parse `compile_commands.json` files to automatically
determine flags for C or C++ compilers. ALE will first search for the
nearest `compile_commands.json` file, and then look for
`compile_commands.json` files in the directories for
|g:ale_c_build_dir_names|.
If |g:ale_c_parse_makefile| or |b:ale_c_parse_makefile| is set to `1`, the
output of `make -n` will be preferred over `compile_commands.json` files.
g:ale_c_parse_makefile *g:ale_c_parse_makefile*
*b:ale_c_parse_makefile*
Type: |Number|
Default: `0`
If set to `1`, ALE will run `make -n` to automatically determine flags to
set for C or C++ compilers. This can make it easier to determine the correct
build flags to use for different files.
===============================================================================
clang *ale-c-clang*
g:ale_c_clang_executable *g:ale_c_clang_executable*
*b:ale_c_clang_executable*
Type: |String|
Default: `'clang'`
This variable can be changed to use a different executable for clang.
g:ale_c_clang_options *g:ale_c_clang_options*
*b:ale_c_clang_options*
Type: |String|
Default: `'-std=c11 -Wall'`
This variable can be changed to modify flags given to clang.
===============================================================================
clangd *ale-c-clangd*
g:ale_c_clangd_executable *g:ale_c_clangd_executable*
*b:ale_c_clangd_executable*
Type: |String|
Default: `'clangd'`
This variable can be changed to use a different executable for clangd.
g:ale_c_clangd_options *g:ale_c_clangd_options*
*b:ale_c_clangd_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clangd.
===============================================================================
clang-format *ale-c-clangformat*
g:ale_c_clangformat_executable *g:ale_c_clangformat_executable*
*b:ale_c_clangformat_executable*
Type: |String|
Default: `'clang-format'`
This variable can be changed to use a different executable for clang-format.
g:ale_c_clangformat_options *g:ale_c_clangformat_options*
*b:ale_c_clangformat_options*
Type: |String|
Default: `''`
This variable can be change to modify flags given to clang-format.
===============================================================================
clangtidy *ale-c-clangtidy*
`clang-tidy` will be run only when files are saved to disk, so that
`compile_commands.json` files can be used. It is recommended to use this
linter in combination with `compile_commands.json` files.
Therefore, `clang-tidy` linter reads the options |g:ale_c_build_dir| and
|g:ale_c_build_dir_names|. Also, setting |g:ale_c_build_dir| actually
overrides |g:ale_c_build_dir_names|.
g:ale_c_clangtidy_checks *g:ale_c_clangtidy_checks*
*b:ale_c_clangtidy_checks*
Type: |List|
Default: `[]`
The checks to enable for clang-tidy with the `-checks` argument.
All options will be joined with commas, and escaped appropriately for
the shell. The `-checks` flag can be removed entirely by setting this
option to an empty List.
Not all of clangtidy checks are applicable for C. You should consult the
clang documentation for an up-to-date list of compatible checks:
http://clang.llvm.org/extra/clang-tidy/checks/list.html
g:ale_c_clangtidy_executable *g:ale_c_clangtidy_executable*
*b:ale_c_clangtidy_executable*
Type: |String|
Default: `'clang-tidy'`
This variable can be changed to use a different executable for clangtidy.
g:ale_c_clangtidy_options *g:ale_c_clangtidy_options*
*b:ale_c_clangtidy_options*
Type: |String|
Default: `''`
This variable can be changed to modify compiler flags given to clang-tidy.
- Setting this variable to a non-empty string,
- and working in a buffer where no compilation database is found using
|g:ale_c_build_dir_names| or |g:ale_c_build_dir|,
will cause the `--` argument to be passed to `clang-tidy`, which will mean
that detection of `compile_commands.json` files for compile command
databases will be disabled.
Only set this option if you want to control compiler flags
entirely manually, and no `compile_commands.json` file is in one
of the |g:ale_c_build_dir_names| directories of the project tree.
g:ale_c_clangtidy_extra_options *g:ale_c_clangtidy_extra_options*
*b:ale_c_clangtidy_extra_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clang-tidy.
g:ale_c_clangtidy_fix_errors *g:ale_c_clangtidy_fix_errors*
*b:ale_c_clangtidy_fix_errors*
Type: |Number|
Default: `1`
This variable can be changed to disable the `-fix-errors` option for the
|clangtidy| fixer.
===============================================================================
cppcheck *ale-c-cppcheck*
g:ale_c_cppcheck_executable *g:ale_c_cppcheck_executable*
*b:ale_c_cppcheck_executable*
Type: |String|
Default: `'cppcheck'`
This variable can be changed to use a different executable for cppcheck.
g:ale_c_cppcheck_options *g:ale_c_cppcheck_options*
*b:ale_c_cppcheck_options*
Type: |String|
Default: `'--enable=style'`
This variable can be changed to modify flags given to cppcheck.
===============================================================================
cquery *ale-c-cquery*
g:ale_c_cquery_executable *g:ale_c_cquery_executable*
*b:ale_c_cquery_executable*
Type: |String|
Default: `'cquery'`
This variable can be changed to use a different executable for cquery.
g:ale_cpp_cquery_cache_directory *g:ale_c_cquery_cache_directory*
*b:ale_c_cquery_cache_directory*
Type: |String|
Default: `'~/.cache/cquery'`
This variable can be changed to decide which directory cquery uses for its
cache.
===============================================================================
flawfinder *ale-c-flawfinder*
g:ale_c_flawfinder_executable *g:ale_c_flawfinder_executable*
*b:ale_c_flawfinder_executable*
Type: |String|
Default: `'flawfinder'`
This variable can be changed to use a different executable for flawfinder.
g:ale_c_flawfinder_minlevel *g:ale_c_flawfinder_minlevel*
*b:ale_c_flawfinder_minlevel*
Type: |Number|
Default: `1`
This variable can be changed to ignore risks under the given risk threshold.
g:ale_c_flawfinder_options *g:ale-c-flawfinder*
*b:ale-c-flawfinder*
Type: |String|
Default: `''`
This variable can be used to pass extra options into the flawfinder command.
g:ale_c_flawfinder_error_severity *g:ale_c_flawfinder_error_severity*
*b:ale_c_flawfinder_error_severity*
Type: |Number|
Default: `6`
This variable can be changed to set the minimum severity to be treated as an
error. This setting also applies to flawfinder for c++.
===============================================================================
gcc *ale-c-gcc*
g:ale_c_gcc_executable *g:ale_c_gcc_executable*
*b:ale_c_gcc_executable*
Type: |String|
Default: `'gcc'`
This variable can be changed to use a different executable for gcc.
g:ale_c_gcc_options *g:ale_c_gcc_options*
*b:ale_c_gcc_options*
Type: |String|
Default: `'-std=c11 -Wall'`
This variable can be change to modify flags given to gcc.
===============================================================================
uncrustify *ale-c-uncrustify*
g:ale_c_uncrustify_executable *g:ale_c_uncrustify_executable*
*b:ale_c_uncrustify_executable*
Type: |String|
Default: `'uncrustify'`
This variable can be changed to use a different executable for uncrustify.
g:ale_c_uncrustify_options *g:ale_c_uncrustify_options*
*b:ale_c_uncrustify_options*
Type: |String|
Default: `''`
This variable can be change to modify flags given to uncrustify.
===============================================================================
ccls *ale-c-ccls*
g:ale_c_ccls_executable *g:ale_c_ccls_executable*
*b:ale_c_ccls_executable*
Type: |String|
Default: `'ccls'`
This variable can be changed to use a different executable for ccls.
g:ale_c_ccls_init_options *g:ale_c_ccls_init_options*
*b:ale_c_ccls_init_options*
Type: |Dictionary|
Default: `{}`
This variable can be changed to customize ccls initialization options.
Example: >
{
\ 'cacheDirectory': '/tmp/ccls',
\ 'cacheFormat': 'binary',
\ 'diagnostics': {
\ 'onOpen': 0,
\ 'opChange': 1000,
\ },
\ }
<
Visit https://github.com/MaskRay/ccls/wiki/Initialization-options for all
available options and explanations.
===============================================================================
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===============================================================================
ALE Chef Integration *ale-chef-options*
===============================================================================
cookstyle *ale-chef-cookstyle*
g:ale_chef_cookstyle_options *g:ale_chef_cookstyle_options*
*b:ale_chef_cookstyle_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to cookstyle.
g:ale_chef_cookstyle_executable *g:ale_chef_cookstyle_executable*
*b:ale_chef_cookstyle_executable*
Type: |String|
Default: `'cookstyle'`
This variable can be changed to point to the cookstyle binary in case it's
not on the $PATH or a specific version/path must be used.
===============================================================================
foodcritic *ale-chef-foodcritic*
g:ale_chef_foodcritic_options *g:ale_chef_foodcritic_options*
*b:ale_chef_foodcritic_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to foodcritic.
g:ale_chef_foodcritic_executable *g:ale_chef_foodcritic_executable*
*b:ale_chef_foodcritic_executable*
Type: |String|
Default: `'foodcritic'`
This variable can be changed to point to the foodcritic binary in case it's
not on the $PATH or a specific version/path must be used.
===============================================================================
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===============================================================================
ALE Clojure Integration *ale-clojure-options*
===============================================================================
clj-kondo *ale-clojure-clj-kondo*
A minimal and opinionated linter for code that sparks joy.
https://github.com/borkdude/clj-kondo
===============================================================================
joker *ale-clojure-joker*
Joker is a small Clojure interpreter and linter written in Go.
https://github.com/candid82/joker
Linting options are not configurable by ale, but instead are controlled by a
`.joker` file in same directory as the file (or current working directory if
linting stdin), a parent directory relative to the file, or the users home
directory.
see https://github.com/candid82/joker#linter-mode for more information.
===============================================================================
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===============================================================================
ALE CloudFormation Integration *ale-cloudformation-options*
===============================================================================
cfn-python-lint *ale-cloudformation-cfn-python-lint*
cfn-python-lint is a linter for AWS CloudFormation template file.
Website: https://github.com/awslabs/cfn-python-lint
Installation
-------------------------------------------------------------------------------
Install cfn-python-lint using either pip or brew: >
`pip install cfn-lint`. If pip is not available, run
`python setup.py clean --all` then `python setup.py install`.
Homebrew (macOS):
`brew install cfn-lint`
<
Configuration
-------------------------------------------------------------------------------
To get cloudformation linter to work on only CloudFormation files we must set
the buffer |filetype| to yaml.cloudformation.
This causes ALE to lint the file with linters configured for cloudformation and
yaml files.
Just put:
>
au BufRead,BufNewFile *.template.yaml set filetype=yaml.cloudformation
<
on `ftdetect/cloudformation.vim`
This will get both cloudformation and yaml linters to work on any file with `.template.yaml` ext.
===============================================================================
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===============================================================================
ALE CMake Integration *ale-cmake-options*
===============================================================================
cmakelint *ale-cmake-cmakelint*
g:ale_cmake_cmakelint_executable *g:ale_cmake_cmakelint_executable*
*b:ale_cmake_cmakelint_executable*
Type: |String|
Default: `'cmakelint'`
This variable can be set to change the path the cmakelint.
g:ale_cmake_cmakelint_options *g:ale_cmake_cmakelint_options*
*b:ale_cmake_cmakelint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to cmakelint.
===============================================================================
cmake-format *ale-cmake-cmakeformat*
g:ale_cmake_cmakeformat_executable *g:ale_cmake_cmakeformat_executable*
*b:ale_cmake_cmakeformat_executable*
Type: |String|
Default: `'cmakeformat'`
This variable can be set to change the path the cmake-format.
g:ale_cmake_cmakeformat_options *g:ale_cmake_cmakeformat_options*
*b:ale_cmake_cmakeformat_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to cmake-format.
===============================================================================
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===============================================================================
ALE C++ Integration *ale-cpp-options*
===============================================================================
Global Options
The following C options also apply to some C++ linters too.
* |g:ale_c_build_dir_names|
* |g:ale_c_build_dir|
* |g:ale_c_parse_makefile|
* |g:ale_c_parse_compile_commands|
===============================================================================
clang *ale-cpp-clang*
g:ale_cpp_clang_executable *g:ale_cpp_clang_executable*
*b:ale_cpp_clang_executable*
Type: |String|
Default: `'clang++'`
This variable can be changed to use a different executable for clang.
g:ale_cpp_clang_options *g:ale_cpp_clang_options*
*b:ale_cpp_clang_options*
Type: |String|
Default: `'-std=c++14 -Wall'`
This variable can be changed to modify flags given to clang.
===============================================================================
clangd *ale-cpp-clangd*
g:ale_cpp_clangd_executable *g:ale_cpp_clangd_executable*
*b:ale_cpp_clangd_executable*
Type: |String|
Default: `'clangd'`
This variable can be changed to use a different executable for clangd.
g:ale_cpp_clangd_options *g:ale_cpp_clangd_options*
*b:ale_cpp_clangd_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clangd.
===============================================================================
clangcheck *ale-cpp-clangcheck*
`clang-check` will be run only when files are saved to disk, so that
`compile_commands.json` files can be used. It is recommended to use this
linter in combination with `compile_commands.json` files.
Therefore, `clang-check` linter reads the options |g:ale_c_build_dir| and
|g:ale_c_build_dir_names|. Also, setting |g:ale_c_build_dir| actually
overrides |g:ale_c_build_dir_names|.
g:ale_cpp_clangcheck_executable *g:ale_cpp_clangcheck_executable*
*b:ale_cpp_clangcheck_executable*
Type: |String|
Default: `'clang-check'`
This variable can be changed to use a different executable for clangcheck.
g:ale_cpp_clangcheck_options *g:ale_cpp_clangcheck_options*
*b:ale_cpp_clangcheck_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clang-check.
This variable should not be set to point to build subdirectory with
`-p path/to/build` option, as it is handled by the |g:ale_c_build_dir|
option.
===============================================================================
clang-format *ale-cpp-clangformat*
See |ale-c-clangformat| for information about the available options.
Note that the C options are also used for C++.
===============================================================================
clangtidy *ale-cpp-clangtidy*
`clang-tidy` will be run only when files are saved to disk, so that
`compile_commands.json` files can be used. It is recommended to use this
linter in combination with `compile_commands.json` files.
Therefore, `clang-tidy` linter reads the options |g:ale_c_build_dir| and
|g:ale_c_build_dir_names|. Also, setting |g:ale_c_build_dir| actually
overrides |g:ale_c_build_dir_names|.
g:ale_cpp_clangtidy_checks *g:ale_cpp_clangtidy_checks*
*b:ale_cpp_clangtidy_checks*
Type: |List|
Default: `[]`
The checks to enable for clang-tidy with the `-checks` argument.
All options will be joined with commas, and escaped appropriately for
the shell. The `-checks` flag can be removed entirely by setting this
option to an empty List.
g:ale_cpp_clangtidy_executable *g:ale_cpp_clangtidy_executable*
*b:ale_cpp_clangtidy_executable*
Type: |String|
Default: `'clang-tidy'`
This variable can be changed to use a different executable for clangtidy.
g:ale_cpp_clangtidy_options *g:ale_cpp_clangtidy_options*
*b:ale_cpp_clangtidy_options*
Type: |String|
Default: `''`
This variable can be changed to modify compiler flags given to clang-tidy.
- Setting this variable to a non-empty string,
- and working in a buffer where no compilation database is found using
|g:ale_c_build_dir_names| or |g:ale_c_build_dir|,
will cause the `--` argument to be passed to `clang-tidy`, which will mean
that detection of `compile_commands.json` files for compile command
databases will be disabled.
Only set this option if you want to control compiler flags
entirely manually, and no `compile_commands.json` file is in one
of the |g:ale_c_build_dir_names| directories of the project tree.
g:ale_cpp_clangtidy_extra_options *g:ale_cpp_clangtidy_extra_options*
*b:ale_cpp_clangtidy_extra_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clang-tidy.
g:ale_cpp_clangtidy_fix_errors *g:ale_cpp_clangtidy_fix_errors*
*b:ale_cpp_clangtidy_fix_errors*
Type: |Number|
Default: `1`
This variable can be changed to disable the `-fix-errors` option for the
|clangtidy| fixer.
===============================================================================
clazy *ale-cpp-clazy*
g:ale_cpp_clazy_executable *g:ale_cpp_clazy_executable*
*b:ale_cpp_clazy_executable*
Type: |String|
Default: `'clazy-standalone'`
This variable can be changed to use a different executable for clazy.
g:ale_cpp_clazy_checks *g:ale_cpp_clazy_checks*
*b:ale_cpp_clazy_checks*
Type: |List|
Default: `['level1']`
The checks to enable for clazy with the `-checks` argument.
All options will be joined with commas, and escaped appropriately for
the shell. The `-checks` flag can be removed entirely by setting this
option to an empty List.
g:ale_cpp_clazy_options *g:ale_cpp_clazy_options*
*b:ale_cpp_clazy_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clazy.
===============================================================================
cppcheck *ale-cpp-cppcheck*
g:ale_cpp_cppcheck_executable *g:ale_cpp_cppcheck_executable*
*b:ale_cpp_cppcheck_executable*
Type: |String|
Default: `'cppcheck'`
This variable can be changed to use a different executable for cppcheck.
g:ale_cpp_cppcheck_options *g:ale_cpp_cppcheck_options*
*b:ale_cpp_cppcheck_options*
Type: |String|
Default: `'--enable=style'`
This variable can be changed to modify flags given to cppcheck.
===============================================================================
cpplint *ale-cpp-cpplint*
g:ale_cpp_cpplint_executable *g:ale_cpp_cpplint_executable*
*b:ale_cpp_cpplint_executable*
Type: |String|
Default: `'cpplint'`
This variable can be changed to use a different executable for cpplint.
g:ale_cpp_cpplint_options *g:ale_cpp_cpplint_options*
*b:ale_cpp_cpplint_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to cpplint.
===============================================================================
cquery *ale-cpp-cquery*
g:ale_cpp_cquery_executable *g:ale_cpp_cquery_executable*
*b:ale_cpp_cquery_executable*
Type: |String|
Default: `'cquery'`
This variable can be changed to use a different executable for cquery.
g:ale_cpp_cquery_cache_directory *g:ale_cpp_cquery_cache_directory*
*b:ale_cpp_cquery_cache_directory*
Type: |String|
Default: `'~/.cache/cquery'`
This variable can be changed to decide which directory cquery uses for its
cache.
===============================================================================
flawfinder *ale-cpp-flawfinder*
g:ale_cpp_flawfinder_executable *g:ale_cpp_flawfinder_executable*
*b:ale_cpp_flawfinder_executable*
Type: |String|
Default: `'flawfinder'`
This variable can be changed to use a different executable for flawfinder.
g:ale_cpp_flawfinder_minlevel *g:ale_cpp_flawfinder_minlevel*
*b:ale_cpp_flawfinder_minlevel*
Type: |Number|
Default: `1`
This variable can be changed to ignore risks under the given risk threshold.
g:ale_cpp_flawfinder_options *g:ale-cpp-flawfinder*
*b:ale-cpp-flawfinder*
Type: |String|
Default: `''`
This variable can be used to pass extra options into the flawfinder command.
===============================================================================
gcc *ale-cpp-gcc*
g:ale_cpp_gcc_executable *g:ale_cpp_gcc_executable*
*b:ale_cpp_gcc_executable*
Type: |String|
Default: `'gcc'`
This variable can be changed to use a different executable for gcc.
g:ale_cpp_gcc_options *g:ale_cpp_gcc_options*
*b:ale_cpp_gcc_options*
Type: |String|
Default: `'-std=c++14 -Wall'`
This variable can be changed to modify flags given to gcc.
===============================================================================
uncrustify *ale-cpp-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
ccls *ale-cpp-ccls*
g:ale_cpp_ccls_executable *g:ale_cpp_ccls_executable*
*b:ale_cpp_ccls_executable*
Type: |String|
Default: `'ccls'`
This variable can be changed to use a different executable for ccls.
g:ale_cpp_ccls_init_options *g:ale_cpp_ccls_init_options*
*b:ale_cpp_ccls_init_options*
Type: |Dictionary|
Default: `{}`
This variable can be changed to customize ccls initialization options.
Example: >
{
\ 'cacheDirectory': '/tmp/ccls',
\ 'cacheFormat': 'binary',
\ 'diagnostics': {
\ 'onOpen': 0,
\ 'opChange': 1000,
\ },
\ }
<
Visit https://github.com/MaskRay/ccls/wiki/Initialization-options for all
available options and explanations.
===============================================================================
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===============================================================================
ALE C# Integration *ale-cs-options*
In addition to the linters that are provided with ALE, C# code can be checked
with the OmniSharp plugin. See here: https://github.com/OmniSharp/omnisharp-vim
===============================================================================
csc *ale-cs-csc*
The |ale-cs-csc| linter checks for semantic errors when files are opened or
saved.
See |ale-lint-file-linters| for more information on linters which do not
check for problems while you type.
The csc linter uses the mono csc compiler, providing full C# 7 and newer
support, to generate a temporary module target file (/t:module). The module
includes all '*.cs' files contained in the directory tree rooted at the path
defined by the |g:ale_cs_csc_source| or |b:ale_cs_csc_source| variable and
all sub directories.
It will in future replace the |ale-cs-mcs| and |ale-cs-mcsc| linters as both
utilize the mcsc compiler which, according to the mono project, is no longer
actively developed, and only receives maintenance updates. However, because
the csc compiler does not support the -syntax option, this linter does not
offer any as-you-type syntax checking, similar to the |ale-cs-mcsc| linter.
The paths to search for additional assembly files can be specified using the
|g:ale_cs_csc_assembly_path| or |b:ale_cs_csc_assembly_path| variables.
NOTE: ALE will not find any errors in files apart from syntax errors if any
one of the source files contains a syntax error. Syntax errors must be fixed
first before other errors will be shown.
g:ale_cs_csc_options *g:ale_cs_csc_options*
*b:ale_cs_csc_options*
Type: |String|
Default: `''`
This option can be set to pass additional arguments to the `csc` compiler.
For example, to add the dotnet package which is not added per default: >
let g:ale_cs_mcs_options = ' /warn:4 /langversion:7.2'
<
NOTE: the `/unsafe` option is always passed to `csc`.
g:ale_cs_csc_source *g:ale_cs_csc_source*
*b:ale_cs_csc_source*
Type: |String|
Default: `''`
This variable defines the root path of the directory tree searched for the
'*.cs' files to be linted. If this option is empty, the source file's
directory will be used.
NOTE: Currently it is not possible to specify sub directories and
directory sub trees which shall not be searched for *.cs files.
g:ale_cs_csc_assembly_path *g:ale_cs_csc_assembly_path*
*b:ale_cs_csc_assembly_path*
Type: |List|
Default: `[]`
This variable defines a list of path strings to be searched for external
assembly files. The list is passed to the csc compiler using the `/lib:`
flag.
g:ale_cs_csc_assemblies *g:ale_cs_csc_assemblies*
*b:ale_cs_csc_assemblies*
Type: |List|
Default: `[]`
This variable defines a list of external assembly (*.dll) files required
by the mono mcs compiler to generate a valid module target. The list is
passed the csc compiler using the `/r:` flag.
For example: >
" Compile C# programs with the Unity engine DLL file on Mac.
let g:ale_cs_mcsc_assemblies = [
\ '/Applications/Unity/Unity.app/Contents/Frameworks/Managed/UnityEngine.dll',
\ 'path-to-unityproject/obj/Debug',
\]
<
===============================================================================
mcs *ale-cs-mcs*
The `mcs` linter looks only for syntax errors while you type. See
|ale-cs-mcsc| for the separately configured linter for checking for semantic
errors.
g:ale_cs_mcs_options *g:ale_cs_mcs_options*
*b:ale_cs_mcs_options*
Type: String
Default: `''`
This variable can be changed to pass additional flags given to mcs.
NOTE: The -unsafe flag is selected implicitly and thus does not need to be
explicitly included in the |g:ale_cs_mcs_options| or |b:ale_cs_mcs_options|
parameter.
===============================================================================
mcsc *ale-cs-mcsc*
The mcsc linter checks for semantic errors when files are opened or saved
See |ale-lint-file-linters| for more information on linters which do not
check for problems while you type.
The mcsc linter uses the mono mcs compiler to generate a temporary module
target file (-t:module). The module includes including all '*.cs' files
contained in the directory tree rooted at the path defined by the
|g:ale_cs_mcsc_source| or |b:ale_cs_mcsc_source| variable.
variable and all sub directories.
The paths to search for additional assembly files can be specified using the
|g:ale_cs_mcsc_assembly_path| or |b:ale_cs_mcsc_assembly_path| variables.
NOTE: ALE will not find any errors in files apart from syntax errors if any
one of the source files contains a syntax error. Syntax errors must be fixed
first before other errors will be shown.
g:ale_cs_mcsc_options *g:ale_cs_mcsc_options*
*b:ale_cs_mcsc_options*
Type: |String|
Default: `''`
This option can be set to pass additional arguments to the `mcs` compiler.
For example, to add the dotnet package which is not added per default: >
let g:ale_cs_mcs_options = '-pkg:dotnet'
<
NOTE: the `-unsafe` option is always passed to `mcs`.
g:ale_cs_mcsc_source *g:ale_cs_mcsc_source*
*b:ale_cs_mcsc_source*
Type: |String|
Default: `''`
This variable defines the root path of the directory tree searched for the
'*.cs' files to be linted. If this option is empty, the source file's
directory will be used.
NOTE: Currently it is not possible to specify sub directories and
directory sub trees which shall not be searched for *.cs files.
g:ale_cs_mcsc_assembly_path *g:ale_cs_mcsc_assembly_path*
*b:ale_cs_mcsc_assembly_path*
Type: |List|
Default: `[]`
This variable defines a list of path strings to be searched for external
assembly files. The list is passed to the mcs compiler using the `-lib:`
flag.
g:ale_cs_mcsc_assemblies *g:ale_cs_mcsc_assemblies*
*b:ale_cs_mcsc_assemblies*
Type: |List|
Default: `[]`
This variable defines a list of external assembly (*.dll) files required
by the mono mcs compiler to generate a valid module target. The list is
passed the mcs compiler using the `-r:` flag.
For example: >
" Compile C# programs with the Unity engine DLL file on Mac.
let g:ale_cs_mcsc_assemblies = [
\ '/Applications/Unity/Unity.app/Contents/Frameworks/Managed/UnityEngine.dll',
\ 'path-to-unityproject/obj/Debug',
\]
<
===============================================================================
uncrustify *ale-cs-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
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===============================================================================
ALE CSS Integration *ale-css-options*
===============================================================================
fecs *ale-css-fecs*
`fecs` options for CSS is the same as the options for JavaScript, and both of
them reads `./.fecsrc` as the default configuration file. See:
|ale-javascript-fecs|.
===============================================================================
prettier *ale-css-prettier*
See |ale-javascript-prettier| for information about the available options.
===============================================================================
stylelint *ale-css-stylelint*
g:ale_css_stylelint_executable *g:ale_css_stylelint_executable*
*b:ale_css_stylelint_executable*
Type: |String|
Default: `'stylelint'`
See |ale-integrations-local-executables|
g:ale_css_stylelint_options *g:ale_css_stylelint_options*
*b:ale_css_stylelint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to stylelint.
g:ale_css_stylelint_use_global *g:ale_css_stylelint_use_global*
*b:ale_css_stylelint_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE CUDA Integration *ale-cuda-options*
===============================================================================
nvcc *ale-cuda-nvcc*
g:ale_cuda_nvcc_executable *g:ale_cuda_nvcc_executable*
*b:ale_cuda_nvcc_executable*
Type: |String|
Default: `'nvcc'`
This variable can be changed to use a different executable for nvcc.
Currently only nvcc 8.0 is supported.
g:ale_cuda_nvcc_options *g:ale_cuda_nvcc_options*
*b:ale_cuda_nvcc_options*
Type: |String|
Default: `'-std=c++11'`
This variable can be changed to modify flags given to nvcc.
===============================================================================
clang-format *ale-cuda-clangformat*
See |ale-c-clangformat| for information about the available options.
Note that the C options are also used for cuda.
===============================================================================
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===============================================================================
ALE D Integration *ale-d-options*
===============================================================================
dfmt *ale-d-dfmt*
g:ale_d_dfmt_options *g:ale_d_dfmt_options*
*b:ale_d_dfmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the dfmt fixer.
===============================================================================
dls *ale-d-dls*
g:ale_d_dls_executable *g:ale_d_dls_executable*
*b:ale_d_dls_executable*
Type: |String|
Default: `dls`
See |ale-integrations-local-executables|
===============================================================================
uncrustify *ale-d-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
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===============================================================================
ALE Dart Integration *ale-dart-options*
===============================================================================
dartanalyzer *ale-dart-dartanalyzer*
Installation
-------------------------------------------------------------------------------
Install Dart via whatever means. `dartanalyzer` will be included in the SDK.
You can add the SDK to `$PATH`, as described here:
https://www.dartlang.org/tools/sdk
If you have installed Dart on Linux, you can also try the following: >
" Set the executable path for dartanalyzer to the absolute path to it.
let g:ale_dart_dartanalyzer_executable = '/usr/lib/dart/bin/dartanalyzer'
<
... or similarly for wherever your Dart SDK lives. This should work without
having to modify `$PATH`.
ALE can only check for problems with `dartanalyzer` with the file on disk.
See |ale-lint-file-linters|
Options
-------------------------------------------------------------------------------
g:ale_dart_dartanalyzer_executable *g:ale_dart_dartanalyzer_executable*
*b:ale_dart_dartanalyzer_executable*
Type: |String|
Default: `'dartanalyzer'`
This variable can be set to change the path to dartanalyzer.
===============================================================================
dartfmt *ale-dart-dartfmt*
Installation
-------------------------------------------------------------------------------
Installing Dart should probably ensure that `dartfmt` is in your `$PATH`.
In case it is not, try to set the executable option to its absolute path. : >
" Set the executable path for dartfmt to the absolute path to it.
let g:ale_dart_dartfmt_executable = '/usr/lib/dart/bin/dartfmt'
>
Options
-------------------------------------------------------------------------------
g:ale_dart_dartfmt_executable *g:ale_dart_dartfmt_executable*
*b:ale_dart_dartfmt_executable*
Type: |String|
Default: `''`
This variable can be set to specify an absolute path to the
dartfmt executable (or to specify an alternate executable).
g:ale_dart_dartfmt_options *g:ale_dart_dartfmt_options*
*b:ale_dart_dartfmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the dartfmt fixer.
===============================================================================
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*ale-development.txt* For Vim version 8.0.
*ale-dev*
*ale-development*
ALE Development Documentation
===============================================================================
CONTENTS *ale-development-contents*
1. Introduction.........................|ale-development-introduction|
2. Design Goals.........................|ale-design-goals|
3. Coding Standards.....................|ale-coding-standards|
4. Testing ALE..........................|ale-development-tests|
4.1. Writing Linter Tests.............|ale-development-linter-tests|
4.2. Writing Fixer Tests..............|ale-development-fixer-tests|
===============================================================================
1. Introduction *ale-development-introduction*
This document contains helpful information for ALE developers, including
design goals, information on how to run the tests, coding standards, and so
on. You should read this document if you want to get involved with ALE
development.
===============================================================================
2. Design Goals *ale-design-goals*
This section lists design goals for ALE, in no particular order. They are as
follows.
ALE code should be almost 100% VimL. This makes the plugin as portable as
possible.
ALE should run without needing any other plugins to be installed, to make
installation simple. ALE can integrate with other plugins for more advanced
functionality, non-essential functionality, or improving on basic first party
functionality.
ALE should check files with as many tools as possible by default, except where
they cause security issues or make excessive use of resources on modern
machines.
ALE should be free of breaking changes to the public API, which is comprised of
documented functions and options, until a major version is planned. Breaking
changes should be preceded by a deprecation phase complete with warnings.
Changes required for security may be an exception.
ALE supports Vim 8 and above, and NeoVim 0.2.0 or newer. These are the
earliest versions of Vim and NeoVim which support |job|, |timer|, |closure|,
and |lambda| features. All ALE code should be written so it is compatible with
these versions of Vim, or with version checks so particular features can
degrade or fail gracefully.
Just about everything should be documented and covered with tests.
By and large, people shouldn't pay for the functionality they don't use. Care
should be taken when adding new features, so supporting new features doesn't
degrade the general performance of anything ALE does.
LSP support will become more important as time goes on. ALE should provide
better support for LSP features as time goes on.
When merging pull requests, you should respond with `Cheers! :beers:`, purely
for comedy value.
===============================================================================
3. Coding Standards *ale-coding-standards*
The following general coding standards should be adhered to for Vim code.
* Check your Vim code with `Vint` and do everything it says. ALE will check
your Vim code with Vint automatically. See: https://github.com/Kuniwak/vint
Read ALE's `Dockerfile` to see which version of `Vint` it uses.
* Try to write descriptive and concise names for variables and functions.
Names shouldn't be too short or too long. Think about others reading your
code later on.
* Use `snake_case` names for variables and arguments, and `PascalCase` names
for functions. Prefix every variable name with its scope. (`l:`, `g:`, etc.)
* Try to keep lines no longer than 80 characters, but this isn't an absolute
requirement.
* Use 4 spaces for every level of indentation in Vim code.
* Add a blank line before every `function`, `if`, `for`, `while`, or `return`,
which doesn't start a new level of indentation. This makes the logic in
your code easier to follow.
* End every file with a trailing newline character, but not with extra blank
lines. Remove trailing whitespace from the ends of lines.
* Write the full names of commands instead of abbreviations. For example, write
`function` instead of `func`, and `endif` instead of `end`.
* Write functions with `!`, so files can be reloaded. Use the |abort| keyword
for all functions, so functions exit on the first error.
* Make sure to credit yourself in files you have authored with `Author:`
and `Description:` comments.
In addition to the above general guidelines for the style of your code, you
should also follow some additional rules designed to prevent mistakes. Some of
these are reported with ALE's `custom-linting-rules` script. See
|ale-development-tests|.
* Don't leave stray `:echo` lines in code. Use `execute 'echo' ...` if you must
echo something.
* For strings use |is#| instead of |==#|, `is?` instead of `==?`, `isnot#`
instead of `!=#`, and `isnot?` instead of `!=?`. This is because `'x' ==# 0`
returns 1, while `'x' is# 0` returns 0, so you will experience fewer issues
when numbers are compared with strings. `is` and `isnot` also do not throw
errors when other objects like List or Dictionaries are compared with
strings.
* Don't use the `getcwd()` function in the ALE codebase. Most of ALE's code
runs from asynchronous callback functions, and these functions can execute
from essentially random buffers. Therefore, the `getcwd()` output is
useless. Use `expand('#' . a:buffer . ':p:h')` instead. Don't use
`expand('%...')` for the same reason.
* Don't use the `simplify()` function. It doesn't simplify paths enough. Use
`ale#path#Simplify()` instead.
* Don't use the `shellescape()` function. It doesn't escape arguments properly
on Windows. Use `ale#Escape()` instead, which will avoid escaping where it
isn't needed, and generally escape arguments better on Windows.
* Don't use the `tempname()` function. It doesn't work when `$TMPDIR` isn't
set. Use `ale#util#Tempname()` instead, which temporarily sets `$TMPDIR`
appropriately where needed.
* Use `snake_case` names for linter names, so they can be used as part of
variable names. You can define `aliases` for linters, for other names people
might try to configure linters with.
* Use |v:t_TYPE| variables instead of `type()`, which are more readable.
Apply the following guidelines when writing Vader test files.
* Use 2 spaces for Vader test files, instead of the 4 spaces for Vim files.
* If you write `Before` and `After` blocks, you should typically write them at
the top of the file, so they run for all tests. There may be some tests
where it make sense to modify the `Before` and `After` code part of the way
through the file.
* If you modify any settings or global variables, reset them in `After`
blocks. The Vader `Save` and `Restore` commands can be useful for this
purpose.
* If you load or define linters in tests, write `call ale#linter#Reset()` in
an `After` block.
* Just write `Execute` blocks for Vader tests, and don't bother writing `Then`
blocks. `Then` blocks execute after `After` blocks in older versions, and
that can be confusing.
Apply the following rules when writing Bash scripts.
* Run `shellcheck`, and do everything it says.
See: https://github.com/koalaman/shellcheck
* Try to write scripts so they will run on Linux, BSD, or Mac OSX.
===============================================================================
4. Testing ALE *ale-development-tests* *ale-dev-tests* *ale-tests*
ALE is tested with a suite of tests executed in Travis CI and AppVeyor. ALE
runs tests with the following versions of Vim in the following environments.
1. Vim 8.0.0027 on Linux via Travis CI.
2. Vim 8.1.0519 on Linux via Travis CI.
3. NeoVim 0.2.0 on Linux via Travis CI.
4. NeoVim 0.3.5 on Linux via Travis CI.
5. Vim 8 (stable builds) on Windows via AppVeyor.
If you are developing ALE code on Linux, Mac OSX, or BSD, you can run ALEs
tests by installing Docker and running the `run-tests` script. Follow the
instructions on the Docker site for installing Docker.
See: https://docs.docker.com/install/
NOTE: Don't forget to add your user to the `docker` group on Linux, or Docker
just won't work. See: https://docs.docker.com/install/linux/linux-postinstall/
If you run simply `./run-tests` from the ALE repository root directory, the
latest Docker image for tests will be downloaded if needed, and the script
will run all of the tests in Vader, Vint checks, and several Bash scripts for
finding extra issues. Run `./run-tests --help` to see all of the options the
script supports. Note that the script supports selecting particular test files.
Generally write tests for any changes you make. The following types of tests
are recommended for the following types of code.
* New/edited error handler callbacks -> Write tests in `test/handler`
* New/edited command callbacks -> Write tests in `test/command_callback`
* New/edited fixer functions -> Write tests in `test/fixers`
Look at existing tests in the codebase for examples of how to write tests.
Refer to the Vader documentation for general information on how to write Vader
tests: https://github.com/junegunn/vader.vim
See |ale-development-linter-tests| for more information on how to write linter
tests.
When you add new linters or fixers, make sure to add them into the tables in
supported-tools.md and |ale-supported-languages-and-tools.txt|. If you forget to
keep them both in sync, you should see an error like the following in Travis CI.
>
========================================
diff supported-tools.md and doc/ale-supported-languages-and-tools.txt tables
========================================
Differences follow:
--- /tmp/readme.qLjNhJdB 2018-07-01 16:29:55.590331972 +0100
+++ /tmp/doc.dAi8zfVE 2018-07-01 16:29:55.582331877 +0100
@@ -1 +1 @@
- ASM: gcc, foobar
+ ASM: gcc
<
Make sure to list documentation entries for linters and fixers in individual
help files in the table of contents, and to align help tags to the right
margin. For example, if you add a heading for an `aardvark` tool to
`ale-python.txt` with a badly aligned doc tag, you will see errors like so. >
========================================
Look for badly aligned doc tags
========================================
Badly aligned tags follow:
doc/ale-python.txt:aardvark ...
========================================
Look for table of contents issues
========================================
Check for bad ToC sorting:
Check for mismatched ToC and headings:
--- /tmp/table-of-contents.mwCFOgSI 2018-07-01 16:33:25.068811878 +0100
+++ /tmp/headings.L4WU0hsO 2018-07-01 16:33:25.076811973 +0100
@@ -168,6 +168,7 @@
pyrex (cython), ale-pyrex-options
cython, ale-pyrex-cython
python, ale-python-options
+ aardvark, ale-python-aardvark
autopep8, ale-python-autopep8
black, ale-python-black
flake8, ale-python-flake8
<
Make sure to make the table of contents match the headings, and to keep the
doc tags on the right margin.
===============================================================================
4.1 Writing Linter Tests *ale-development-linter-tests*
Tests for ALE linters take two forms.
1. Tests for handling the output of commands.
2. Tests for checking which commands are run, or connections are made.
Tests of the first form should go in the `test/handler` directory, and should
be written like so. >
Before:
" Load the file which defines the linter.
runtime ale_linters/filetype/linter_name_here.vim
After:
" Unload all linters again.
call ale#linter#Reset()
Execute(The output should be correct):
" Test that the right loclist items are parsed from the handler.
AssertEqual
\ [
\ {
\ 'lnum': 1,
\ 'type': 'E',
\ 'text': 'Something went wrong',
\ },
\ ],
\ ale_linters#filetype#linter_name#Handle(bufnr(''), [
\ '1:Something went wrong',
\ ]
<
Tests for what ALE runs should go in the `test/command_callback` directory,
and should be written like so. >
Before:
" Load the linter and set up a series of commands, reset linter variables,
" clear caches, etc.
"
" Vader's 'Save' command will be called here for linter variables.
call ale#assert#SetUpLinterTest('filetype', 'linter_name')
After:
" Reset linters, variables, etc.
"
" Vader's 'Restore' command will be called here.
call ale#assert#TearDownLinterTest()
Execute(The default command should be correct):
" AssertLinter checks the executable and command.
" Pass expected_executable, expected_command
AssertLinter 'some-command', ale#Escape('some-command') . ' --foo'
Execute(Check chained commands):
" GivenCommandOutput can be called with 1 or more list for passing output
" to chained commands. The output for each callback defaults to an empty
" list.
GivenCommandOutput ['v2.1.2']
" Given a List of commands, check all of them.
" Given a String, only the last command in the chain will be checked.
AssertLinter 'some-command', [
\ ale#Escape('some-command') . ' --version',
\ ale#Escape('some-command') . ' --foo',
\]
<
The full list of commands that will be temporarily defined for linter tests
given the above setup are as follows.
`GivenCommandOutput [...]` - Define output for ale#command#Run.
`AssertLinter executable, command` - Check the executable and command.
`AssertLinterNotExecuted` - Check that linters will not be executed.
`AssertLSPLanguage language` - Check the language given to an LSP server.
`AssertLSPOptions options_dict` - Check the options given to an LSP server.
`AssertLSPConfig config_dict` - Check the config given to an LSP server.
`AssertLSPProject project_root` - Check the root given to an LSP server.
`AssertLSPAddress address` - Check the address to an LSP server.
===============================================================================
4.2 Writing Fixer Tests *ale-development-fixer-tests*
Tests for ALE fixers should go in the `test/fixers` directory, and should
be written like so. >
Before:
" Load the fixer and set up a series of commands, reset fixer variables,
" clear caches, etc.
"
" Vader's 'Save' command will be called here for fixer variables.
call ale#assert#SetUpFixerTest('filetype', 'fixer_name')
After:
" Reset fixers, variables, etc.
"
" Vader's 'Restore' command will be called here.
call ale#assert#TearDownFixerTest()
Execute(The default command should be correct):
" AssertFixer checks the result of the loaded fixer function.
AssertFixer {'command': ale#Escape('some-command') . ' --foo'}
Execute(Check chained commands):
" Same as above for linter tests.
GivenCommandOutput ['v2.1.2']
" Given a List of commands, check all of them.
" Given anything else, only the last result will be checked.
AssertFixer [
\ ale#Escape('some-command') . ' --version',
\ {'command': ale#Escape('some-command') . ' --foo'}
\]
<
The full list of commands that will be temporarily defined for fixer tests
given the above setup are as follows.
`GivenCommandOutput [...]` - Define output for ale#command#Run.
`AssertFixer results` - Check the fixer results
`AssertFixerNotExecuted` - Check that fixers will not be executed.
===============================================================================
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===============================================================================
ALE Dockerfile Integration *ale-dockerfile-options*
===============================================================================
dockerfile_lint *ale-dockerfile-dockerfile_lint*
g:ale_dockerfile_dockerfile_lint_executable
*g:ale_dockerfile_dockerfile_lint_executable*
*b:ale_dockerfile_dockerfile_lint_executable*
Type: |String|
Default: `'dockerfile_lint'`
This variable can be changed to specify the executable used to run
dockerfile_lint.
g:ale_dockerfile_dockerfile_lint_options
*g:ale_dockerfile_dockerfile_lint_options*
*b:ale_dockerfile_dockerfile_lint_options*
Type: |String|
Default: `''`
This variable can be changed to add additional command-line arguments to
the dockerfile lint invocation - like custom rule file definitions.
===============================================================================
hadolint *ale-dockerfile-hadolint*
hadolint can be found at: https://github.com/hadolint/hadolint
g:ale_dockerfile_hadolint_use_docker *g:ale_dockerfile_hadolint_use_docker*
*b:ale_dockerfile_hadolint_use_docker*
Type: |String|
Default: `'never'`
This variable controls if docker and the hadolint image are used to run this
linter: if 'never', docker will never be used; 'always' means docker will
always be used; 'yes' and docker will be used if the hadolint executable
cannot be found.
For now, the default is 'never'. This may change as ale's support for using
docker to lint evolves.
g:ale_dockerfile_hadolint_image *g:ale_dockerfile_hadolint_image*
*b:ale_dockerfile_hadolint_image*
Type: |String|
Default: `'hadolint/hadolint'`
This variable controls the docker image used to run hadolint. The default
is hadolint's author's build, and can be found at:
https://hub.docker.com/r/hadolint/hadolint/
===============================================================================
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===============================================================================
ALE Elixir Integration *ale-elixir-options*
===============================================================================
mix *ale-elixir-mix*
The `mix` linter is disabled by default, as it can bee too expensive to run.
See `:help g:ale_linters`
g:ale_elixir_mix_options *g:ale_elixir_mix_options*
*b:ale_elixir_mix_options*
Type: |String|
Default: `'mix'`
This variable can be changed to specify the mix executable.
===============================================================================
mix_format *ale-elixir-mix-format*
g:ale_elixir_mix_format_options *g:ale_elixir_mix_format_options*
*b:ale_elixir_mix_format_options*
Type: |String|
Default: `''`
This variable can be changed to specify the mix options passed to the
mix_format fixer
===============================================================================
dialyxir *ale-elixir-dialyxir*
Dialyzer, a DIscrepancy AnaLYZer for ERlang programs.
http://erlang.org/doc/man/dialyzer.html
It can be used with elixir through dialyxir
https://github.com/jeremyjh/dialyxir
Options for dialyzer are not configurable by ale, but they are instead
configured on your project's `mix.exs`.
See https://github.com/jeremyjh/dialyxir#with-explaining-stuff for more
information.
===============================================================================
elixir-ls *ale-elixir-elixir-ls*
Elixir Language Server (https://github.com/JakeBecker/elixir-ls)
g:ale_elixir_elixir_ls_release *g:ale_elixir_elixir_ls_release*
*b:ale_elixir_elixir_ls_release*
Type: |String|
Default: `'elixir-ls'`
Location of the elixir-ls release directory. This directory must contain
the language server scripts (language_server.sh and language_server.bat).
g:ale_elixir_elixir_ls_config *g:ale_elixir_elixir_ls_config*
*b:ale_elixir_elixir_ls_config*
Type: |Dictionary|
Default: `{}`
Dictionary containing configuration settings that will be passed to the
language server. For example, to disable Dialyzer: >
{
\ 'elixirLS': {
\ 'dialyzerEnabled': v:false,
\ },
\ }
<
Consult the ElixirLS documentation for more information about settings.
===============================================================================
credo *ale-elixir-credo*
Credo (https://github.com/rrrene/credo)
g:ale_elixir_credo_strict *g:ale_elixir_credo_strict*
Type: Integer
Default: 0
Tells credo to run in strict mode or suggest mode. Set variable to 1 to
enable --strict mode.
===============================================================================
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===============================================================================
ALE Elm Integration *ale-elm-options*
===============================================================================
elm-format *ale-elm-elm-format*
g:ale_elm_format_executable *g:ale_elm_format_executable*
*b:ale_elm_format_executable*
Type: |String|
Default: `'elm-format'`
See |ale-integrations-local-executables|
g:ale_elm_format_use_global *g:ale_elm_format_use_global*
*b:ale_elm_format_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_elm_format_options *g:ale_elm_format_options*
*b:ale_elm_format_options*
Type: |String|
Default: `'--yes'`
This variable can be set to pass additional options to elm-format.
===============================================================================
elm-ls *ale-elm-elm-ls*
g:ale_elm_ls_executable *g:ale_elm_ls_executable*
*b:ale_elm_ls_executable*
Type: |String|
Default: `'elm-language-server'`
See |ale-integrations-local-executables|
g:ale_elm_ls_use_global *g:ale_elm_ls_use_global*
*b:ale_elm_ls_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 1)`
See |ale-integrations-local-executables|
g:ale_elm_ls_elm_path *g:ale_elm_ls_elm_path*
*b:ale_elm_ls_elm_path*
Type: |String|
Default: `''`
See |ale-integrations-local-executables|
g:ale_elm_ls_elm_format_path *g:ale_elm_ls_elm_format_path*
*b:ale_elm_ls_elm_format_path*
Type: |String|
Default: `''`
See |ale-integrations-local-executables|
g:ale_elm_ls_elm_test_path *g:ale_elm_ls_elm_test_path*
*b:ale_elm_ls_elm_test_path*
Type: |String|
Default: `''`
See |ale-integrations-local-executables|
g:ale_elm_ls_elm_analyse_trigger *g:ale_elm_ls_elm_analyse_trigger*
*b:ale_elm_ls_elm_analyse_trigger*
Type: |String|
Default: `'change'`
One of 'change', 'save' or 'never'
===============================================================================
elm-make *ale-elm-elm-make*
g:ale_elm_make_executable *g:ale_elm_make_executable*
*b:ale_elm_make_executable*
Type: |String|
Default: `'elm'`
See |ale-integrations-local-executables|
g:ale_elm_make_use_global *g:ale_elm_make_use_global*
*b:ale_elm_make_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE Erlang Integration *ale-erlang-options*
===============================================================================
dialyzer *ale-erlang-dialyzer*
g:ale_erlang_dialyzer_executable *g:ale_erlang_dialyzer_executable*
*b:ale_erlang_dialyzer_executable*
Type: |String|
Default: `'dialyzer'`
This variable can be changed to specify the dialyzer executable.
g:ale_erlang_dialyzer_plt_file *g:ale_erlang_dialyzer_plt_file*
*b:ale_erlang_dialyzer_plt_file*
Type: |String|
This variable can be changed to specify the path to the PLT file. By
default, it will search for the PLT file inside the `_build` directory. If
there isn't one, it will fallback to the path `$REBAR_PLT_DIR/dialyzer/plt`.
Otherwise, it will default to `$HOME/.dialyzer_plt`.
g:ale_erlang_dialyzer_rebar3_profile *g:ale_erlang_dialyzer_rebar3_profile*
*b:ale_erlang_dialyzer_rebar3_profile*
Type: |String|
Default: `'default'`
This variable can be changed to specify the profile that is used to
run dialyzer with rebar3.
-------------------------------------------------------------------------------
erlc *ale-erlang-erlc*
g:ale_erlang_erlc_options *g:ale_erlang_erlc_options*
*b:ale_erlang_erlc_options*
Type: |String|
Default: `''`
This variable controls additional parameters passed to `erlc`, such as `-I`
or `-pa`.
-------------------------------------------------------------------------------
syntaxerl *ale-erlang-syntaxerl*
g:ale_erlang_syntaxerl_executable *g:ale_erlang_syntaxerl_executable*
*b:ale_erlang_syntaxerl_executable*
Type: |String|
Default: `'syntaxerl'`
This variable can be changed to specify the syntaxerl executable.
===============================================================================
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===============================================================================
ALE Eruby Integration *ale-eruby-options*
There are four linters for `eruby` files:
- `erb`
- `erubis`
- `erubi`
- `ruumba`
`erb` is in the Ruby standard library and is mostly universal. `erubis` is the
default parser in Rails between 3.0 and 5.1. `erubi` is the default in Rails
5.1 and later. `ruumba` can extract Ruby from eruby files and run rubocop on
the result. To selectively enable a subset, see |g:ale_linters|.
===============================================================================
ruumba *ale-eruby-ruumba*
g:ale_eruby_ruumba_executable *g:ale_eruby_ruumba_executable*
*b:ale_eruby_ruumba_executable*
Type: String
Default: `'ruumba`
Override the invoked ruumba binary. This is useful for running ruumba
from binstubs or a bundle.
g:ale_eruby_ruumba_options *g:ale_ruby_ruumba_options*
*b:ale_ruby_ruumba_options*
Type: |String|
Default: `''`
This variable can be change to modify flags given to ruumba.
===============================================================================
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===============================================================================
ALE Fish Integration *ale-fish-options*
Lints fish files using `fish -n`.
Note that `fish -n` is not foolproof: it sometimes gives false positives or
errors that are difficult to parse without more context. This integration skips
displaying errors if an error message is not found.
If ALE is not showing any errors but your file does not run as expected, run
`fish -n <file.fish>` from the command line.
===============================================================================
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===============================================================================
ALE Fortran Integration *ale-fortran-options*
===============================================================================
gcc *ale-fortran-gcc*
g:ale_fortran_gcc_executable *g:ale_fortran_gcc_executable*
*b:ale_fortran_gcc_executable*
Type: |String|
Default: `'gcc'`
This variable can be changed to modify the executable used for checking
Fortran code with GCC.
g:ale_fortran_gcc_options *g:ale_fortran_gcc_options*
*b:ale_fortran_gcc_options*
Type: |String|
Default: `'-Wall'`
This variable can be changed to modify flags given to gcc.
g:ale_fortran_gcc_use_free_form *g:ale_fortran_gcc_use_free_form*
*b:ale_fortran_gcc_use_free_form*
Type: |Number|
Default: `1`
When set to `1`, the `-ffree-form` flag will be used for GCC, to check files
with the free form layout. When set to `0`, `-ffixed-form` will be used
instead, for checking files with fixed form layouts.
===============================================================================
language_server *ale-fortran-language-server*
g:ale_fortran_language_server_executable *g:ale_fortran_language_server_executable*
*b:ale_fortran_language_server_executable*
Type: |String|
Default: `'fortls'`
This variable can be changed to modify the executable used for the Fortran
Language Server.
g:ale_fortran_language_server_use_global *g:ale_fortran_language_server_use_global*
*b:ale_fortran_language_server_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE Fountain Integration *ale-fountain-options*
===============================================================================
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===============================================================================
ALE FusionScript Integration *ale-fuse-options*
===============================================================================
fusion-lint *ale-fuse-fusionlint*
g:ale_fusion_fusionlint_executable *g:ale_fuse_fusionlint_executable*
*b:ale_fuse_fusionlint_executable*
Type: |String|
Default: `'fusion-lint'`
This variable can be changed to change the path to fusion-lint.
g:ale_fuse_fusionlint_options *g:ale_fuse_fusionlint_options*
*b:ale_fuse_fusionlint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to fusion-lint.
===============================================================================
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===============================================================================
ALE Git Commit Integration *ale-gitcommit-options*
===============================================================================
gitlint *ale-gitcommit-gitlint*
g:ale_gitcommit_gitlint_executable *g:ale_gitcommit_gitlint_executable*
*b:ale_gitcommit_gitlint_executable*
Type: |String|
Default: `'gitlint'`
This variable can be changed to modify the executable used for gitlint.
g:ale_gitcommit_gitlint_options *g:ale_gitcommit_gitlint_options*
*b:ale_gitcommit_gitlint_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the gitlint
invocation. For example, you can specify the path to a configuration file. >
let g:ale_gitcommit_gitlint_options = '-C /home/user/.config/gitlint.ini'
<
You can also disable particular error codes using this option. For example,
you can ignore errors for git commits with a missing body. >
let g:ale_gitcommit_gitlint_options = '--ignore B6'
<
g:ale_gitcommit_gitlint_use_global *g:ale_gitcommit_gitlint_use_global*
*b:ale_gitcommit_gitlint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable controls whether or not ALE will search for gitlint in a
virtualenv directory first. If this variable is set to `1`, then ALE will
always use |g:ale_gitcommit_gitlint_executable| for the executable path.
Both variables can be set with `b:` buffer variables instead.
===============================================================================
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===============================================================================
ALE GLSL Integration *ale-glsl-options*
*ale-integration-glsl*
===============================================================================
Integration Information
Since Vim does not detect the glsl file types out-of-the-box, you need the
runtime files for glsl from here: https://github.com/tikhomirov/vim-glsl
Note that the current glslang-based linter expects glslangValidator in
standard paths. If it's not installed system-wide you can set
|g:ale_glsl_glslang_executable| to a specific path.
===============================================================================
glslang *ale-glsl-glslang*
g:ale_glsl_glslang_executable *g:ale_glsl_glslang_executable*
*b:ale_glsl_glslang_executable*
Type: |String|
Default: `'glslangValidator'`
This variable can be changed to change the path to glslangValidator.
g:ale_glsl_glslang_options *g:ale_glsl_glslang_options*
*b:ale_glsl_glslang_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to glslangValidator.
===============================================================================
glslls *ale-glsl-glslls*
g:ale_glsl_glslls_executable *g:ale_glsl_glslls_executable*
*b:ale_glsl_glslls_executable*
Type: |String|
Default: `'glslls'`
This variable can be changed to change the path to glslls.
See |ale-integrations-local-executables|
g:ale_glsl_glslls_logfile *g:ale_glsl_glslls_logfile*
*b:ale_glsl_glslls_logfile*
Type: |String|
Default: `''`
Setting this variable to a writeable file path will enable logging to that
file.
===============================================================================
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===============================================================================
ALE Go Integration *ale-go-options*
===============================================================================
Integration Information
The `gometalinter` linter is disabled by default. ALE enables `gofmt`,
`golint` and `go vet` by default. It also supports `staticcheck`, `go
build`, `gosimple`, `golangserver`.
To enable `gometalinter`, update |g:ale_linters| as appropriate:
>
" Enable all of the linters you want for Go.
let g:ale_linters = {'go': ['gometalinter', 'gofmt']}
<
A possible configuration is to enable `gometalinter` and `gofmt` but paired
with the `--fast` option, set by |g:ale_go_gometalinter_options|. This gets you
the benefit of running a number of linters, more than ALE would by default,
while ensuring it doesn't run any linters known to be slow or resource
intensive.
g:ale_go_go_executable *g:ale_go_go_options*
*b:ale_go_go_options*
Type: |String|
Default: `'go'`
The executable that will be run for the `gobuild` and `govet` linters, and
the `gomod` fixer.
g:ale_go_go111module *g:ale_go_go111module*
*b:ale_go_go111module*
Type: |String|
Default: `''`
Override the value of the `$GO111MODULE` environment variable for
golang tools.
===============================================================================
bingo *ale-go-bingo*
g:ale_go_bingo_executable *g:ale_go_bingo_executable*
*b:ale_go_bingo_executable*
Type: |String|
Default: `'bingo'`
Location of the bingo binary file.
g:ale_go_bingo_options *g:ale_go_bingo_options*
*b:ale_go_bingo_options*
Type: |String|
Default: `''`
===============================================================================
gobuild *ale-go-gobuild*
g:ale_go_gobuild_options *g:ale_go_gobuild_options*
*b:ale_go_gobuild_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the gobuild linter.
They are injected directly after "go test".
===============================================================================
gofmt *ale-go-gofmt*
g:ale_go_gofmt_options *g:ale_go_gofmt_options*
*b:ale_go_gofmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the gofmt fixer.
===============================================================================
golangci-lint *ale-go-golangci-lint*
`golangci-lint` is a `lint_file` linter, which only lints files that are
written to disk. This differs from the default behavior of linting the buffer.
See: |ale-lint-file|
g:ale_go_golangci_lint_executable *g:ale_go_golangci_lint_executable*
*b:ale_go_golangci_lint_executable*
Type: |String|
Default: `'golangci-lint'`
The executable that will be run for golangci-lint.
g:ale_go_golangci_lint_options *g:ale_go_golangci_lint_options*
*b:ale_go_golangci_lint_options*
Type: |String|
Default: `'--enable-all'`
This variable can be changed to alter the command-line arguments to the
golangci-lint invocation.
g:ale_go_golangci_lint_package *g:ale_go_golangci_lint_package*
*b:ale_go_golangci_lint_package*
Type: |Number|
Default: `0`
When set to `1`, the whole Go package will be checked instead of only the
current file.
===============================================================================
golangserver *ale-go-golangserver*
g:ale_go_langserver_executable *g:ale_go_langserver_executable*
*b:ale_go_langserver_executable*
Type: |String|
Default: `'go-langserver'`
Location of the go-langserver binary file.
g:ale_go_langserver_options *g:ale_go_langserver_options*
*b:ale_go_langserver_options*
Type: |String|
Default: `''`
Additional options passed to the go-langserver command. Note that the
`-gocodecompletion` option is ignored because it is handled automatically
by the |g:ale_completion_enabled| variable.
===============================================================================
golint *ale-go-golint*
g:ale_go_golint_executable *g:ale_go_golint_executable*
*b:ale_go_golint_executable*
Type: |String|
Default: `'golint'`
This variable can be set to change the golint executable path.
g:ale_go_golint_options *g:ale_go_golint_options*
*b:ale_go_golint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the golint linter.
===============================================================================
gometalinter *ale-go-gometalinter*
`gometalinter` is a `lint_file` linter, which only lints files that are
written to disk. This differs from the default behavior of linting the buffer.
See: |ale-lint-file|
g:ale_go_gometalinter_executable *g:ale_go_gometalinter_executable*
*b:ale_go_gometalinter_executable*
Type: |String|
Default: `'gometalinter'`
The executable that will be run for gometalinter.
g:ale_go_gometalinter_options *g:ale_go_gometalinter_options*
*b:ale_go_gometalinter_options*
Type: |String|
Default: `''`
This variable can be changed to alter the command-line arguments to the
gometalinter invocation.
Since `gometalinter` runs a number of linters that can consume a lot of
resources it's recommended to set this option to a value of `--fast` if you
use `gometalinter` as one of the linters in |g:ale_linters|. This disables a
number of linters known to be slow or consume a lot of resources.
g:ale_go_gometalinter_lint_package *g:ale_go_gometalinter_lint_package*
*b:ale_go_gometalinter_lint_package*
Type: |Number|
Default: `0`
When set to `1`, the whole Go package will be checked instead of only the
current file.
===============================================================================
gopls *ale-go-gopls*
g:ale_go_gopls_executable *g:ale_go_gopls_executable*
*b:ale_go_gopls_executable*
Type: |String|
Default: `'gopls'`
Location of the gopls binary file.
g:ale_go_gopls_options *g:ale_go_gopls_options*
*b:ale_go_gopls_options*
Type: |String|
Default: `''`
===============================================================================
govet *ale-go-govet*
g:ale_go_govet_options *g:ale_go_govet_options*
*b:ale_go_govet_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the go vet linter.
===============================================================================
revive *ale-go-revive*
g:ale_go_revive_executable *g:ale_go_revive_executable*
*b:ale_go_revive_executable*
Type: |String|
Default: `'revive'`
This variable can be set to change the revive executable path.
g:ale_go_revive_options *g:ale_go_revive_options*
*b:ale_go_revive_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the revive
===============================================================================
staticcheck *ale-go-staticcheck*
g:ale_go_staticcheck_options *g:ale_go_staticcheck_options*
*b:ale_go_staticcheck_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the staticcheck
linter.
g:ale_go_staticcheck_lint_package *g:ale_go_staticcheck_lint_package*
*b:ale_go_staticcheck_lint_package*
Type: |Number|
Default: `0`
When set to `1`, the whole Go package will be checked instead of only the
current file.
===============================================================================
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===============================================================================
ALE GraphQL Integration *ale-graphql-options*
===============================================================================
eslint *ale-graphql-eslint*
The `eslint` linter for GraphQL uses the JavaScript options for `eslint`; see:
|ale-javascript-eslint|.
You will need the GraphQL ESLint plugin installed for this to work.
===============================================================================
gqlint *ale-graphql-gqlint*
===============================================================================
prettier *ale-graphql-prettier*
See |ale-javascript-prettier| for information about the available options.
===============================================================================
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===============================================================================
ALE Hack Integration *ale-hack-options*
*ale-integration-hack*
HHAST is disabled by default, as it executes code in the project root.
Currently linters must be enabled globally. HHAST can be enabled with:
>
let g:ale_linters = {'hack': ['hack', 'hhast']}
<
===============================================================================
hack *ale-hack-hack*
g:ale_hack_hack_executable *g:ale_hack_hack_executable*
*b:ale_hack_hack_executable*
Type: |String|
Default: `'hh_client'`
This variable can be set to use a specific executable to interact with the
Hack typechecker.
===============================================================================
hackfmt *ale-hack-hackfmt*
g:ale_hack_hackfmt_options *g:ale_hack_hackfmt_options*
*b:ale_hack_hackfmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the hackfmt fixer.
===============================================================================
hhast *ale-hack-hhast*
g:ale_hack_hhast_executable *g:ale_hack_hhast_executable*
*b:ale_hack_hhast_executable*
Type: |String|
Default: `'vendor/bin/hhast-lint'`
This variable can be set to use a specific executable to interact with the
Hack typechecker.
===============================================================================
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===============================================================================
ALE Handlebars Integration *ale-handlebars-options*
===============================================================================
prettier *ale-handlebars-prettier*
See |ale-javascript-prettier| for information about the available options.
Uses glimmer parser by default.
===============================================================================
ember-template-lint *ale-handlebars-embertemplatelint*
g:ale_handlebars_embertemplatelint_executable
*g:ale_handlebars_embertemplatelint_executable*
Type: |String| *b:ale_handlebars_embertemplatelint_executable*
Default: `'ember-template-lint'`
See |ale-integrations-local-executables|
g:ale_handlebars_embertemplatelint_use_global
*g:ale_handlebars_embertemplatelint_use_global*
Type: |Number| *b:ale_handlebars_embertemplatelint_use_global*
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE Haskell Integration *ale-haskell-options*
===============================================================================
brittany *ale-haskell-brittany*
g:ale_haskell_brittany_executable *g:ale_haskell_brittany_executable*
*b:ale_haskell_brittany_executable*
Type: |String|
Default: `'brittany'`
This variable can be changed to use a different executable for brittany.
===============================================================================
floskell *ale-haskell-floskell*
g:ale_haskell_floskell_executable *g:ale_haskell_floskell_executable*
*b:ale_haskell_floskell_executable*
Type: |String|
Default: `'floskell'`
This variable can be changed to use a different executable for floskell.
===============================================================================
ghc *ale-haskell-ghc*
g:ale_haskell_ghc_options *g:ale_haskell_ghc_options*
*b:ale_haskell_ghc_options*
Type: |String|
Default: `'-fno-code -v0'`
This variable can be changed to modify flags given to ghc.
===============================================================================
ghc-mod *ale-haskell-ghc-mod*
g:ale_haskell_ghc_mod_executable *g:ale_haskell_ghc_mod_executable*
*b:ale_haskell_ghc_mod_executable*
Type: |String|
Default: `'ghc-mod'`
This variable can be changed to use a different executable for ghc-mod.
===============================================================================
cabal-ghc *ale-haskell-cabal-ghc*
g:ale_haskell_cabal_ghc_options *g:ale_haskell_cabal_ghc_options*
*b:ale_haskell_cabal_ghc_options*
Type: |String|
Default: `'-fno-code -v0'`
This variable can be changed to modify flags given to ghc through cabal
exec.
===============================================================================
hdevtools *ale-haskell-hdevtools*
g:ale_haskell_hdevtools_executable *g:ale_haskell_hdevtools_executable*
*b:ale_haskell_hdevtools_executable*
Type: |String|
Default: `'hdevtools'`
This variable can be changed to use a different executable for hdevtools.
g:ale_haskell_hdevtools_options *g:ale_haskell_hdevtools_options*
*b:ale_haskell_hdevtools_options*
Type: |String|
Default: `get(g:, 'hdevtools_options', '-g -Wall')`
This variable can be changed to modify flags given to hdevtools.
The hdevtools documentation recommends setting GHC options for `hdevtools`
with `g:hdevtools_options`. ALE will use the value of `g:hdevtools_options`
for the value of `g:ale_haskell_hdevtools_options` by default, so this
option can be respected and overridden specifically for ALE.
===============================================================================
hfmt *ale-haskell-hfmt*
g:ale_haskell_hfmt_executable *g:ale_haskell_hfmt_executable*
*b:ale_haskell_hfmt_executable*
Type: |String|
Default: `'hfmt'`
This variable can be changed to use a different executable for hfmt.
===============================================================================
hindent *ale-haskell-hindent*
g:ale_haskell_hindent_executable *g:ale_haskell_hindent_executable*
*b:ale_haskell_hindent_executable*
Type: |String|
Default: `'hindent'`
This variable can be changed to use a different executable for hindent.
===============================================================================
hlint *ale-haskell-hlint*
g:ale_haskell_hlint_executable *g:ale_haskell_hlint_executable*
*b:ale_haskell_hlint_executable*
Type: |String|
Default: `'hlint'`
This variable can be changed to use a different executable for hlint.
g:ale_haskell_hlint_options g:ale_haskell_hlint_options
b:ale_haskell_hlint_options
Type: String
Default: ''
This variable can be used to pass extra options to the underlying hlint
executable.
===============================================================================
stack-build *ale-haskell-stack-build*
g:ale_haskell_stack_build_options *g:ale_haskell_stack_build_options*
*b:ale_haskell_stack_build_options*
Type: |String|
Default: `'--fast'`
We default to using `'--fast'`. Since Stack generates binaries, your
programs will be slower unless you separately rebuild them outside of ALE.
===============================================================================
stack-ghc *ale-haskell-stack-ghc*
g:ale_haskell_stack_ghc_options *g:ale_haskell_stack_ghc_options*
*b:ale_haskell_stack_ghc_options*
Type: |String|
Default: `'-fno-code -v0'`
This variable can be changed to modify flags given to ghc through `stack
ghc`
===============================================================================
stylish-haskell *ale-haskell-stylish-haskell*
g:ale_haskell_stylish_haskell_executable
*g:ale_haskell_stylish_haskell_executable*
*b:ale_haskell_stylish_haskell_executable*
Type: |String|
Default: `'stylish-haskell'`
This variable can be changed to use a different executable for stylish-haskell.
===============================================================================
hie *ale-haskell-hie*
g:ale_haskell_hie_executable *g:ale_haskell_hie_executable*
*b:ale_haskell_hie_executable*
Type: |String|
Default: `'hie'`
This variable can be changed to use a different executable for the haskell
ide engine. i.e. `'hie-wrapper'`
===============================================================================
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===============================================================================
ALE HCL Integration *ale-hcl-options*
===============================================================================
terraform-fmt *ale-hcl-terraform-fmt*
See |ale-terraform-fmt-fixer| for information about the available options.
===============================================================================
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===============================================================================
ALE HTML Integration *ale-html-options*
===============================================================================
fecs *ale-html-fecs*
`fecs` options for HTMl is the same as the options for JavaScript,
and both of them reads `./.fecsrc` as the default configuration file.
See: |ale-javascript-fecs|.
===============================================================================
html-beautify *ale-html-beautify*
g:ale_html_beautify_options *g:ale_html_beautify_options*
*b:ale_html_beautify_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to html-beautify.
===============================================================================
htmlhint *ale-html-htmlhint*
g:ale_html_htmlhint_executable *g:ale_html_htmlhint_executable*
*b:ale_html_htmlhint_executable*
Type: |String|
Default: `'htmlhint'`
See |ale-integrations-local-executables|
g:ale_html_htmlhint_options *g:ale_html_htmlhint_options*
*b:ale_html_htmlhint_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to HTMLHint.
g:ale_html_htmlhint_use_global *g:ale_html_htmlhint_use_global*
*b:ale_html_htmlhint_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
tidy *ale-html-tidy*
`tidy` is a console application which corrects and cleans up HTML and XML
documents by fixing markup errors and upgrading legacy code to modern
standards.
Note:
`/usr/bin/tidy` on macOS (installed by default) is too old. It was released
on 31 Oct 2006. It does not consider modern HTML specs (HTML5) and shows
outdated warnings. So |ale| ignores `/usr/bin/tidy` on macOS.
To use `tidy` on macOS, please install the latest version with Homebrew:
>
$ brew install tidy-html5
<
`/usr/local/bin/tidy` is installed.
g:ale_html_tidy_executable *g:ale_html_tidy_executable*
*b:ale_html_tidy_executable*
Type: |String|
Default: `'tidy'`
This variable can be changed to change the path to tidy.
g:ale_html_tidy_options *g:ale_html_tidy_options*
*b:ale_html_tidy_options*
Type: |String|
Default: `'-q -e -language en'`
This variable can be changed to change the arguments provided to the
executable.
ALE will attempt to automatically detect the appropriate file encoding to
provide to html-tidy, and fall back to UTF-8 when encoding detection fails.
The recognized file encodings are as follows: ascii, big5, cp1252 (win1252),
cp850 (ibm858), cp932 (shiftjis), iso-2022-jp (iso-2022), latin1, macroman
(mac), sjis (shiftjis), utf-16le, utf-16, utf-8
g:ale_html_tidy_use_global *g:html_tidy_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
prettier *ale-html-prettier*
See |ale-javascript-prettier| for information about the available options.
===============================================================================
stylelint *ale-html-stylelint*
g:ale_html_stylelint_executable *g:ale_html_stylelint_executable*
*b:ale_html_stylelint_executable*
Type: |String|
Default: `'stylelint'`
See |ale-integrations-local-executables|
g:ale_html_stylelint_options *g:ale_html_stylelint_options*
*b:ale_html_stylelint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to stylelint.
g:ale_html_stylelint_use_global *g:ale_html_stylelint_use_global*
*b:ale_html_stylelint_use_global*
Type: |String|
Default: `0`
See |ale-integrations-local-executables|
===============================================================================
write-good *ale-html-write-good*
See |ale-write-good-options|
===============================================================================
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===============================================================================
ALE Idris Integration *ale-idris-options*
===============================================================================
idris *ale-idris-idris*
g:ale_idris_idris_executable *g:ale_idris_idris_executable*
*b:ale_idris_idris_executable*
Type: |String|
Default: `'idris'`
This variable can be changed to change the path to idris.
g:ale_idris_idris_options *g:ale_idris_idris_options*
*b:ale_idris_idris_options*
Type: |String|
Default: `'--total --warnpartial --warnreach --warnipkg'`
This variable can be changed to modify flags given to idris.
===============================================================================
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===============================================================================
ALE Ink Integration *ale-ink-options*
===============================================================================
ink-language-server *ale-ink-language-server*
Ink Language Server
(https://github.com/ephraim/ink-language-server)
g:ale_ink_ls_executable g:ale_ink_ls_executable
b:ale_ink_ls_executable
Type: |String|
Default: `'ink-language-server'`
Ink language server executable.
g:ale_ink_ls_initialization_options
g:ale_ink_ls_initialization_options
b:ale_ink_ls_initialization_options
Type: |Dictionary|
Default: `{}`
Dictionary containing configuration settings that will be passed to the
language server at startup. For certain platforms and certain story
structures, the defaults will suffice. However, many projects will need to
change these settings - see the ink-language-server website for more
information.
An example of setting non-default options:
{
\ 'ink': {
\ 'mainStoryPath': 'init.ink',
\ 'inklecateExecutablePath': '/usr/local/bin/inklecate',
\ 'runThroughMono': v:false
\ }
\}
===============================================================================
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===============================================================================
ALE ISPC Integration *ale-ispc-options*
===============================================================================
ispc *ale-ispc-ispc*
g:ale_ispc_ispc_executable *g:ale_ispc_ispc_executable*
*b:ale_ispc_ispc_executable*
Type: |String|
Default: `'ispc'`
This variable can be changed to use a different executable for ispc.
g:ale_ispc_ispc_options *g:ale_ispc_ispc_options*
*b:ale_ispc_ispc_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to ispc.
===============================================================================
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===============================================================================
ALE Java Integration *ale-java-options*
===============================================================================
checkstyle *ale-java-checkstyle*
g:ale_java_checkstyle_config *g:ale_java_checkstyle_config*
*b:ale_java_checkstyle_config*
Type: |String|
Default: `'/google_checks.xml'`
A path to a checkstyle configuration file.
If a configuration file is specified with |g:ale_java_checkstyle_options|,
it will be preferred over this setting.
The path to the configuration file can be an absolute path or a relative
path. ALE will search for the relative path in parent directories.
g:ale_java_checkstyle_executable *g:ale_java_checkstyle_executable*
*b:ale_java_checkstyle_executable*
Type: |String|
Default: 'checkstyle'
This variable can be changed to modify the executable used for checkstyle.
g:ale_java_checkstyle_options *g:ale_java_checkstyle_options*
*b:ale_java_checkstyle_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to checkstyle.
If a configuration file is specified with `-c`, it will be used instead of
configuration files set with |g:ale_java_checkstyle_config|.
===============================================================================
javac *ale-java-javac*
g:ale_java_javac_classpath *g:ale_java_javac_classpath*
*b:ale_java_javac_classpath*
Type: |String| or |List|
Default: `''`
This variable can be set to change the global classpath for Java.
g:ale_java_javac_executable *g:ale_java_javac_executable*
*b:ale_java_javac_executable*
Type: |String|
Default: `'javac'`
This variable can be set to change the executable path used for javac.
g:ale_java_javac_options *g:ale_java_javac_options*
*b:ale_java_javac_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to javac.
g:ale_java_javac_sourcepath *g:ale_java_javac_sourcepath*
*b:ale_java_javac_sourcepath*
Type: |String| or |List|
Default: `''`
This variable can set multiple source code paths, the source code path is a
relative path (relative to the project root directory).
Example:
String type:
Note that the unix system separator is a colon(`:`) window system
is a semicolon(`;`).
>
let g:ale_java_javac_sourcepath = 'build/gen/source/xx/main:build/gen/source'
<
List type:
>
let g:ale_java_javac_sourcepath = [
\ 'build/generated/source/querydsl/main',
\ 'target/generated-sources/source/querydsl/main'
\ ]
<
===============================================================================
google-java-format *ale-java-google-java-format*
g:ale_java_google_java_format_executable
*g:ale_java_google_java_format_executable*
*b:ale_java_google_java_format_executable*
Type: |String|
Default: `'google-java-format'`
See |ale-integrations-local-executables|
g:ale_java_google_java_format_options *g:ale_java_google_java_format_options*
*b:ale_java_google_java_format_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options
===============================================================================
pmd *ale-java-pmd*
g:ale_java_pmd_options *g:ale_java_pmd_options*
*b:ale_java_pmd_options*
Type: String
Default: '-R category/java/bestpractices'
This variable can be changed to modify flags given to PMD. Do not specify -f
and -d. They are added automatically.
===============================================================================
javalsp *ale-java-javalsp*
To enable Java LSP linter you need to download and build the vscode-javac
language server from https://github.com/georgewfraser/java-language-server.
Simply download the source code and then build a distribution:
scripts/link_mac.sh
or
scripts/link_windows.sh
This generates a dist/mac or dist/windows directory that contains the
language server. To let ALE use this language server you need to set the
g:ale_java_javalsp_executable variable to the absolute path of the launcher
executable in this directory.
g:ale_java_javalsp_executable *g:ale_java_javalsp_executable*
*b:ale_java_javalsp_executable*
Type: |String|
Default: `''`
This variable must be set to the absolute path of the language server launcher
executable. For example:
>
let g:ale_java_javalsp_executable=/java-language-server/dist/mac/bin/launcher
<
g:ale_java_javalsp_config *g:ale_java_javalsp_config*
*b:ale_java_javalsp_config*
Type: |Dictionary|
Default: `{}`
The javalsp linter automatically detects external depenencies for Maven and
Gradle projects. In case the javalsp fails to detect some of them, you can
specify them setting a dictionary to |g:ale_java_javalsp_config| variable.
>
let g:ale_java_javalsp_executable =
\ {
\ 'java': {
\ 'externalDependencies': [
\ 'junit:junit:jar:4.12:test', " Maven format
\ 'junit:junit:4.1' " Gradle format
\ ],
\ 'classPath': [
\ 'lib/some-dependency.jar',
\ '/android-sdk/platforms/android-28.jar'
\ ]
\ }
\ }
The Java language server will look for the dependencies you specify in
`externalDependencies` array in your Maven and Gradle caches ~/.m2 and
~/.gradle.
===============================================================================
eclipselsp *ale-java-eclipselsp*
To enable Eclipse LSP linter you need to clone and build the eclipse.jdt.ls
language server from https://github.com/eclipse/eclipse.jdt.ls. Simply
clone the source code repo and then build the plugin:
./mvnw clean verify
Note: currently, the build can only run when launched with JDK 8. JDK 9 or more
recent versions can be used to run the server though.
After build completes the files required to run the language server will be
located inside the repository folder `eclipse.jdt.ls`. Please ensure to set
|g:ale_java_eclipselsp_path| to the absolute path of that folder.
You could customize compiler options and code assists of the server.
Under your project folder, modify the file `.settings/org.eclipse.jdt.core.prefs`
with options presented at
https://help.eclipse.org/neon/topic/org.eclipse.jdt.doc.isv/reference/api/org/eclipse/jdt/core/JavaCore.html.
g:ale_java_eclipselsp_path *g:ale_java_eclipselsp_path*
*b:ale_java_eclipselsp_path*
Type: |String|
Default: `'$HOME/eclipse.jdt.ls'`
Absolute path to the location of the eclipse.jdt.ls repository folder. Or if
you have VSCode extension installed the absolute path to the VSCode extensions
folder (e.g. $HOME/.vscode/extensions/redhat.java-0.4x.0 in Linux).
g:ale_java_eclipselsp_executable *g:ale_java_eclipse_executable*
*b:ale_java_eclipse_executable*
Type: |String|
Default: `'java'`
This variable can be set to change the executable path used for java.
g:ale_java_eclipselsp_config_path *g:ale_java_eclipse_config_path*
*b:ale_java_eclipse_config_path*
Type: |String|
Default: `''`
Set this variable to change the configuration directory path used by
eclipselsp (e.g. `$HOME/.jdtls` in Linux).
By default ALE will attempt to use the configuration within the installation
directory.
This setting is particularly useful when eclipselsp is installed in a
non-writable directory like `/usr/share/java/jdtls`, as is the case when
installed via system package.
g:ale_java_eclipselsp_workspace_path *g:ale_java_eclipselsp_workspace_path*
*b:ale_java_eclipselsp_workspace_path*
Type: |String|
Default: `''`
If you have Eclipse installed is good idea to set this variable to the
absolute path of the Eclipse workspace. If not set this value will be set to
the parent folder of the project root.
g:ale_java_eclipselsp_javaagent *g:ale_java_eclipselsp_javaagent*
*b:ale_java_eclipselsp_javaagent*
Type: |String|
Default: `''`
A variable to add java agent for annotation processing such as Lombok.
If you have multiple java agent files, use space to separate them. For example:
>
let g:ale_java_eclipselsp_javaagent='/eclipse/lombok.jar /eclipse/jacoco.jar'
<
===============================================================================
uncrustify *ale-java-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
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===============================================================================
ALE JavaScript Integration *ale-javascript-options*
*ale-eslint-nested-configuration-files*
For fixing files with ESLint, nested configuration files with `root: false`
are not supported. This is because ALE fixes files by writing the contents of
buffers to temporary files, and then explicitly sets the configuration file.
Configuration files which are set explicitly must be root configuration files.
If you are using nested configuration files, you should restructure your
project so your configuration files use `extends` instead.
See the ESLint documentation here:
http://eslint.org/docs/user-guide/configuring#extending-configuration-files
You should change the structure of your project from this: >
/path/foo/.eslintrc.js # root: true
/path/foo/bar/.eslintrc.js # root: false
<
To this: >
/path/foo/.base-eslintrc.js # Base configuration here
/path/foo/.eslintrc.js # extends: ["/path/foo/.base-eslintrc.js"]
/path/foo/bar/.eslintrc.js # extends: ["/path/foo/.base-eslintrc.js"]
<
===============================================================================
eslint *ale-javascript-eslint*
g:ale_javascript_eslint_executable *g:ale_javascript_eslint_executable*
*b:ale_javascript_eslint_executable*
Type: |String|
Default: `'eslint'`
See |ale-integrations-local-executables|
g:ale_javascript_eslint_options *g:ale_javascript_eslint_options*
*b:ale_javascript_eslint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to eslint.
g:ale_javascript_eslint_use_global *g:ale_javascript_eslint_use_global*
*b:ale_javascript_eslint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_javascript_eslint_suppress_eslintignore
*g:ale_javascript_eslint_suppress_eslintignore*
*b:ale_javascript_eslint_suppress_eslintignore*
Type: |Number|
Default: `0`
This variable can be set to `1` to disable warnings for files being ignored
by eslint.
g:ale_javascript_eslint_suppress_missing_config
*g:ale_javascript_eslint_suppress_missing_config*
*b:ale_javascript_eslint_suppress_missing_config*
Type: |Number|
Default: `0`
This variable can be set to `1` to disable errors for missing eslint
configuration files.
When turning this option on, eslint will not report any problems when no
configuration files are found.
===============================================================================
fecs *ale-javascript-fecs*
`fecs` is a lint tool for HTML/CSS/JavaScript, can be installed via:
`$ npm install --save-dev fecs`
And the configuration file is located at `./fecsrc`, see http://fecs.baidu.com
for more options.
g:ale_javascript_fecs_executable *g:ale_javascript_fecs_executable*
*b:ale_javascript_fecs_executable*
Type: |String|
Default: `'fecs'`
See |ale-integrations-local-executables|
g:ale_javascript_fecs_use_global *g:ale_javascript_fecs_use_global*
*b:ale_javascript_fecs_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
flow *ale-javascript-flow*
g:ale_javascript_flow_executable *g:ale_javascript_flow_executable*
*b:ale_javascript_flow_executable*
Type: |String|
Default: `'flow'`
See |ale-integrations-local-executables|
g:ale_javascript_flow_use_home_config *g:ale_javascript_flow_use_home_config*
*b:ale_javascript_flow_use_home_config*
Type: |Number|
Default: `0`
When set to `1`, ALE will allow Flow to be executed with configuration files
from your home directory. ALE will not run Flow with home directory
configuration files by default, as doing so can lead to Vim consuming all of
your RAM and CPU power.
g:ale_javascript_flow_use_global *g:ale_javascript_flow_use_global*
*b:ale_javascript_flow_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_javascript_flow_use_respect_pragma
*g:ale_javascript_flow_use_respect_pragma*
*b:ale_javascript_flow_use_respect_pragma*
Type: |Number|
Default: `1`
By default, ALE will use the `--respect-pragma` option for `flow`, so only
files with the `@flow` pragma are checked by ALE. This option can be set to
`0` to disable that behaviour, so all files can be checked by `flow`.
===============================================================================
importjs *ale-javascript-importjs*
g:ale_javascript_importjs_executable *g:ale_javascript_importjs_executable*
*b:ale_javascript_importjs_executable*
Type: |String|
Default: `'importjs'`
===============================================================================
jscs *ale-javascript-jscs*
g:ale_javascript_jscs_executable *g:ale_javascript_jscs_executable*
*b:ale_javascript_jscs_executable*
Type: |String|
Default: `'jscs'`
See |ale-integrations-local-executables|
g:ale_javascript_jscs_use_global *g:ale_javascript_jscs_use_global*
*b:ale_javascript_jscs_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
jshint *ale-javascript-jshint*
g:ale_javascript_jshint_executable *g:ale_javascript_jshint_executable*
*b:ale_javascript_jshint_executable*
Type: |String|
Default: `'jshint'`
See |ale-integrations-local-executables|
g:ale_javascript_jshint_use_global *g:ale_javascript_jshint_use_global*
*b:ale_javascript_jshint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
prettier *ale-javascript-prettier*
g:ale_javascript_prettier_executable *g:ale_javascript_prettier_executable*
*b:ale_javascript_prettier_executable*
Type: |String|
Default: `'prettier'`
See |ale-integrations-local-executables|
g:ale_javascript_prettier_options *g:ale_javascript_prettier_options*
*b:ale_javascript_prettier_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to prettier.
g:ale_javascript_prettier_use_global *g:ale_javascript_prettier_use_global*
*b:ale_javascript_prettier_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
prettier-eslint *ale-javascript-prettier-eslint*
g:ale_javascript_prettier_eslint_executable
*g:ale_javascript_prettier_eslint_executable*
*b:ale_javascript_prettier_eslint_executable*
Type: |String|
Default: `'prettier-eslint'`
See |ale-integrations-local-executables|
g:ale_javascript_prettier_eslint_options
*g:ale_javascript_prettier_eslint_options*
*b:ale_javascript_prettier_eslint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to prettier-eslint.
g:ale_javascript_prettier_eslint_use_global
*g:ale_javascript_prettier_eslint_use_global*
*b:ale_javascript_prettier_eslint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
prettier-standard *ale-javascript-prettier-standard*
g:ale_javascript_prettier_standard_executable
*g:ale_javascript_prettier_standard_executable*
*b:ale_javascript_prettier_standard_executable*
Type: |String|
Default: `'prettier-standard'`
See |ale-integrations-local-executables|
g:ale_javascript_prettier_standard_options
*g:ale_javascript_prettier_standard_options*
*b:ale_javascript_prettier_standard_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to prettier-standard.
g:ale_javascript_prettier_standard_use_global
*g:ale_javascript_prettier_standard_use_global*
*b:ale_javascript_prettier_standard_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
standard *ale-javascript-standard*
g:ale_javascript_standard_executable *g:ale_javascript_standard_executable*
*b:ale_javascript_standard_executable*
Type: |String|
Default: `'standard'`
See |ale-integrations-local-executables|
g:ale_javascript_standard_options *g:ale_javascript_standard_options*
*b:ale_javascript_standard_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to standard.
g:ale_javascript_standard_use_global *g:ale_javascript_standard_use_global*
*b:ale_javascript_standard_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
xo *ale-javascript-xo*
g:ale_javascript_xo_executable *g:ale_javascript_xo_executable*
*b:ale_javascript_xo_executable*
Type: |String|
Default: `'xo'`
See |ale-integrations-local-executables|
g:ale_javascript_xo_options *g:ale_javascript_xo_options*
*b:ale_javascript_xo_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to xo.
g:ale_javascript_xo_use_global *g:ale_javascript_xo_use_global*
*b:ale_javascript_xo_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE JSON Integration *ale-json-options*
===============================================================================
fixjson *ale-json-fixjson*
fixjson is a JSON file fixer/formatter for humans using (relaxed) JSON5.
It provides:
- Pretty-prints JSON input
- Fixes various failures while humans writing JSON
- Fixes trailing commas objects or arrays
- Fixes missing commas for elements of objects or arrays
- Adds quotes to keys in objects
- Newlines in strings
- Hex numbers
- Fixes single quotes to double quotes
You can install it using npm:
>
$ npm install -g fixjson
<
ALE provides fixjson integration as a fixer. See |ale-fix|.
g:ale_json_fixjson_executable *g:ale_json_fixjson_executable*
*b:ale_json_fixjson_executable*
Type: |String|
Default: `'fixjson'`
The executable that will be run for fixjson.
g:ale_json_fixjson_options *g:ale_json_fixjson_options*
*b:ale_json_fixjson_options*
Type: |String|
Default: `''`
This variable can add extra options to the command executed for running
fixjson.
g:ale_json_fixjson_use_global *g:ale_json_fixjson_use_global*
*b:ale_json_fixjson_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
jsonlint *ale-json-jsonlint*
g:ale_json_jsonlint_executable *g:ale_json_jsonlint_executable*
*b:ale_json_jsonlint_executable*
Type: |String|
Default: `'jsonlint'`
The executable that will be run for jsonlint.
g:ale_json_jsonlint_use_global *g:ale_json_jsonlint_use_global*
*b:ale_json_jsonlint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
jq *ale-json-jq*
g:ale_json_jq_executable *g:ale_json_jq_executable*
*b:ale_json_jq_executable*
Type: |String|
Default: `'jq'`
This option can be changed to change the path for `jq`.
g:ale_json_jq_options *g:ale_json_jq_options*
*b:ale_json_jq_options*
Type: |String|
Default: `''`
This option can be changed to pass extra options to `jq`.
g:ale_json_jq_filters *g:ale_json_jq_filters*
*b:ale_json_jq_filters*
Type: |String|
Default: `'.'`
This option can be changed to pass custom filters to `jq`.
===============================================================================
prettier *ale-json-prettier*
See |ale-javascript-prettier| for information about the available options.
===============================================================================
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===============================================================================
ALE Julia Integration *ale-julia-options*
===============================================================================
languageserver *ale-julia-languageserver*
To enable Julia LSP linter you need to install the LanguageServer.jl package
within julia.
g:ale_julia_executable *g:ale_julia_executable*
*b:ale_julia_executable*
Type: |String|
Default: 'julia'
Path to the julia exetuable.
===============================================================================
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===============================================================================
ALE Kotlin Integration *ale-kotlin-options*
*ale-integration-kotlin*
===============================================================================
Integration Information
Make sure your setup has support for the kotlin file type. A filetype plugin
can be found here: https://github.com/udalov/kotlin-vim
Note: Make sure you have a working kotlin compiler
===============================================================================
kotlinc *ale-kotlin-kotlinc*
g:ale_kotlin_kotlinc_options *g:ale_kotlin_kotlinc_options*
Type: |String|
Default: `''`
Additional options to pass to the kotlin compiler
g:ale_kotlin_kotlinc_enable_config *g:ale_kotlin_kotlinc_enable_config*
Type: |Number|
Default: `0`
Setting this variable to `1` tells the linter to load a configuration file.
This should be set in your vimrc
g:ale_kotlin_kotlinc_config_file *g:ale_kotlin_kotlinc_config_file*
Type: |String|
Default: `'.ale_kotlin_kotlinc_config'`
Filename of the configuration file. This should be set in your vimrc
g:ale_kotlin_kotlinc_classpath *g:ale_kotlin_kotlinc_classpath*
Type: |String|
Default: `''`
A string containing the paths (separated by the appropriate path separator)
of the source directories.
g:ale_kotlin_kotlinc_sourcepath *g:ale_kotlin_kotlinc_sourcepath*
Type: |String|
Default: `''`
A string containing the paths (separated by space) of the source
directories.
g:ale_kotlin_kotlinc_use_module_file *g:ale_kotlin_kotlinc_use_module_file*
Type: |Number|
Default: `0`
This option indicates whether the linter should use a module file. It is off
by default.
g:ale_kotlin_kotlinc_module_filename *g:ale_kotlin_kotlinc_module_filename*
Type: |String|
Default: `'module.xml'`
The filename of the module file that the linter should pass to the kotlin
compiler.
===============================================================================
ktlint *ale-kotlin-ktlint*
g:ale_kotlin_ktlint_executable *g:ale_kotlin_ktlint_executable*
Type: |String|
Default: `''`
The Ktlint executable.
Posix-compliant shell scripts are the only executables that can be found on
Ktlint's github release page. If you are not on such a system, your best
bet will be to download the ktlint jar and set this option to something
similar to `'java -jar /path/to/ktlint.jar'`
g:ale_kotlin_ktlint_rulesets *g:ale_kotlin_ktlint_rulesets*
Type: |List| of |String|s
Default: []
This list should contain paths to ruleset jars and/or strings of maven
artifact triples. Example:
>
let g:ale_kotlin_ktlint_rulesets = ['/path/to/custom-ruleset.jar',
'com.ktlint.rulesets:mycustomrule:1.0.0']
g:ale_kotlin_ktlint_options *g:ale_kotlin_ktlint_options*
Type: |String|
Default: `''`
Additional options to pass to ktlint for both linting and fixing. Example:
>
let g:ale_kotlin_ktlint_options = '--android'
===============================================================================
languageserver *ale-kotlin-languageserver*
g:ale_kotlin_languageserver_executable *g:ale_kotlin_languageserver_executable*
Type: |String|
Default: `''`
The kotlin-language-server executable.
Executables are located inside the bin/ folder of the language server
release.
===============================================================================
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===============================================================================
ALE LaTeX Integration *ale-latex-options*
===============================================================================
write-good *ale-latex-write-good*
See |ale-write-good-options|
===============================================================================
textlint *ale-latex-textlint*
See |ale-text-textlint|
===============================================================================
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===============================================================================
ALE Less Integration *ale-less-options*
===============================================================================
lessc *ale-less-lessc*
g:ale_less_lessc_executable *g:ale_less_lessc_executable*
*b:ale_less_lessc_executable*
Type: |String|
Default: `'lessc'`
See |ale-integrations-local-executables|
g:ale_less_lessc_options *g:ale_less_lessc_options*
*b:ale_less_lessc_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to lessc.
g:ale_less_lessc_use_global *g:ale_less_lessc_use_global*
*b:ale_less_lessc_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
prettier *ale-less-prettier*
See |ale-javascript-prettier| for information about the available options.
===============================================================================
stylelint *ale-less-stylelint*
g:ale_less_stylelint_executable *g:ale_less_stylelint_executable*
*b:ale_less_stylelint_executable*
Type: |String|
Default: `'stylelint'`
See |ale-integrations-local-executables|
g:ale_less_stylelint_options *g:ale_less_stylelint_options*
*b:ale_less_stylelint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to stylelint.
g:ale_less_stylelint_use_global *g:ale_less_stylelint_use_global*
*b:ale_less_stylelint_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE LLVM Integration *ale-llvm-options*
===============================================================================
llc *ale-llvm-llc*
g:ale_llvm_llc_executable *g:ale_llvm_llc_executable*
*b:ale_llvm_llc_executable*
Type: |String|
Default: "llc"
The command to use for checking. This variable is useful when llc command
has suffix like "llc-5.0".
===============================================================================
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===============================================================================
ALE Lua Integration *ale-lua-options*
===============================================================================
luac *ale-lua-luac*
g:ale_lua_luac_executable *g:ale_lua_luac_executable*
*b:ale_lua_luac_executable*
Type: |String|
Default: `'luac'`
This variable can be changed to change the path to luac.
===============================================================================
luacheck *ale-lua-luacheck*
g:ale_lua_luacheck_executable *g:ale_lua_luacheck_executable*
*b:ale_lua_luacheck_executable*
Type: |String|
Default: `'luacheck'`
This variable can be changed to change the path to luacheck.
g:ale_lua_luacheck_options *g:ale_lua_luacheck_options*
*b:ale_lua_luacheck_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to luacheck.
===============================================================================
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===============================================================================
ALE Markdown Integration *ale-markdown-options*
===============================================================================
mdl *ale-markdown-mdl*
g:ale_markdown_mdl_executable *g:ale_markdown_mdl_executable*
*b:ale_markdown_mdl_executable*
Type: |String|
Default: `'mdl'`
Override the invoked mdl binary. This is useful for running mdl from
binstubs or a bundle.
g:ale_markdown_mdl_options *g:ale_markdown_mdl_options*
*b:ale_markdown_mdl_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to mdl.
===============================================================================
prettier *ale-markdown-prettier*
See |ale-javascript-prettier| for information about the available options.
===============================================================================
remark-lint *ale-markdown-remark-lint*
g:ale_markdown_remark_lint_executable *g:ale_markdown_remark_lint_executable*
*b:ale_markdown_remark_lint_executable*
Type: |String|
Default: `'remark'`
See |ale-integrations-local-executables|
g:ale_markdown_remark_lint_options *g:ale_markdown_remark_lint_options*
*b:ale_markdown_remark_lint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to remark-lint.
g:ale_markdown_remark_lint_use_global *g:ale_markdown_remark_lint_use_global*
*b:ale_markdown_remark_lint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
textlint *ale-markdown-textlint*
See |ale-text-textlint|
===============================================================================
write-good *ale-markdown-write-good*
See |ale-write-good-options|
===============================================================================
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===============================================================================
ALE Mercury Integration *ale-mercury-options*
===============================================================================
mmc *ale-mercury-mmc*
g:ale_mercury_mmc_executable *g:ale_mercury_mmc_executable*
*b:ale_mercury_mmc_executable*
Type: |String|
Default: `'mmc'`
This variable can be changed to use a different executable for mmc.
g:ale_mercury_mmc_options *g:ale_mercury_mmc_options*
*b:ale_mercury_mmc_options*
Type: |String|
Default: `'--make --output-compile-error-lines 100'`
This variable can be set to pass additional options to mmc.
===============================================================================
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===============================================================================
ALE NASM Integration *ale-nasm-options*
===============================================================================
nasm *ale-nasm-nasm*
g:ale_nasm_nasm_executable *g:ale_nasm_nasm_executable*
*b:ale_nasm_nasm_executable*
Type: |String|
Default `'nasm'`
This variable can be changed to use different executable for NASM.
g:ale_nasm_nasm_options *g:ale_nasm_nasm_options*
*b:ale_nasm_nasm_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to NASM.
===============================================================================
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===============================================================================
ALE Nim Integration *ale-nim-options*
===============================================================================
nimcheck *ale-nim-nimcheck*
ALE does not provide additional configuration options for `nimcheck` at this
point.
===============================================================================
nimlsp *ale-nim-nimlsp*
g:nim_nimlsp_nim_sources *g:nim_nimlsp_nim_sources*
Type: |String|
Default: `''`
Sets the path to Nim source repository as the first argument to `nimlsp`
command.
===============================================================================
nimpretty *ale-nim-nimpretty*
g:ale_nim_nimpretty_executable *g:ale_nim_nimpretty_executable*
*b:ale_nim_nimpretty_executable*
Type: |String|
Default: `'nimpretty'`
This variable can be changed to use a different executable for nimpretty.
g:ale_nim_nimpretty_options *g:ale_nim_nimpretty_options*
*b:ale_nim_nimpretty_options*
Type: |String|
Default: `'--maxLineLen:80'`
This variable can be changed to modify flags given to nimpretty.
===============================================================================
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===============================================================================
ALE Nix Integration *ale-nix-options*
===============================================================================
nixpkgs-fmt *ale-nix-nixpkgs-fmt*
g:ale_nix_nixpkgsfmt_executable *g:ale_nix_nixpkgsfmt_executable*
*b:ale_nix_nixpkgsfmt_executable*
Type: |String|
Default: `'nixpkgs-fmt'`
This variable sets executable used for nixpkgs-fmt.
g:ale_nix_nixpkgsfmt_options *g:ale_nix_nixpkgsfmt_options*
*b:ale_nix_nixpkgsfmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the nixpkgs-fmt fixer.
===============================================================================
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===============================================================================
ALE nroff Integration *ale-nroff-options*
===============================================================================
write-good *ale-nroff-write-good*
See |ale-write-good-options|
===============================================================================
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===============================================================================
ALE Objective-C Integration *ale-objc-options*
===============================================================================
clang *ale-objc-clang*
g:ale_objc_clang_options *g:ale_objc_clang_options*
*b:ale_objc_clang_options*
Type: |String|
Default: `'-std=c11 -Wall'`
This variable can be changed to modify flags given to clang.
===============================================================================
clangd *ale-objc-clangd*
g:ale_objc_clangd_executable *g:ale_objc_clangd_executable*
*b:ale_objc_clangd_executable*
Type: |String|
Default: `'clangd'`
This variable can be changed to use a different executable for clangd.
g:ale_objc_clangd_options *g:ale_objc_clangd_options*
*b:ale_objc_clangd_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clangd.
===============================================================================
uncrustify *ale-objc-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
ccls *ale-objc-ccls*
g:ale_objc_ccls_executable *g:ale_objc_ccls_executable*
*b:ale_objc_ccls_executable*
Type: |String|
Default: `'ccls'`
This variable can be changed to use a different executable for ccls.
g:ale_objc_ccls_init_options *g:ale_objc_ccls_init_options*
*b:ale_objc_ccls_init_options*
Type: |Dictionary|
Default: `{}`
This variable can be changed to customize ccls initialization options.
Example: >
{
\ 'cacheDirectory': '/tmp/ccls',
\ 'cacheFormat': 'binary',
\ 'diagnostics': {
\ 'onOpen': 0,
\ 'opChange': 1000,
\ },
\ }
<
Visit https://github.com/MaskRay/ccls/wiki/Initialization-options for all
available options and explanations.
===============================================================================
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===============================================================================
ALE Objective-C++ Integration *ale-objcpp-options*
===============================================================================
clang *ale-objcpp-clang*
g:ale_objcpp_clang_options *g:ale_objcpp_clang_options*
*b:ale_objcpp_clang_options*
Type: |String|
Default: `'-std=c++14 -Wall'`
This variable can be changed to modify flags given to clang.
===============================================================================
clangd *ale-objcpp-clangd*
g:ale_objcpp_clangd_executable *g:ale_objcpp_clangd_executable*
*b:ale_objcpp_clangd_executable*
Type: |String|
Default: `'clangd'`
This variable can be changed to use a different executable for clangd.
g:ale_objcpp_clangd_options *g:ale_objcpp_clangd_options*
*b:ale_objcpp_clangd_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to clangd.
===============================================================================
uncrustify *ale-objcpp-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
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===============================================================================
ALE OCaml Integration *ale-ocaml-options*
===============================================================================
merlin *ale-ocaml-merlin*
To use merlin linter for OCaml source code you need to make sure Merlin for
Vim is correctly configured. See the corresponding Merlin wiki page for
detailed instructions
(https://github.com/the-lambda-church/merlin/wiki/vim-from-scratch).
===============================================================================
ols *ale-ocaml-ols*
The `ocaml-language-server` is the engine that powers OCaml and ReasonML
editor support using the Language Server Protocol. See the installation
instructions:
https://github.com/freebroccolo/ocaml-language-server#installation
g:ale_ocaml_ols_executable *g:ale_ocaml_ols_executable*
*b:ale_ocaml_ols_executable*
Type: |String|
Default: `'ocaml-language-server'`
This variable can be set to change the executable path for `ols`.
g:ale_ocaml_ols_use_global *g:ale_ocaml_ols_use_global*
*b:ale_ocaml_ols_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable can be set to `1` to always use the globally installed
executable. See also |ale-integrations-local-executables|.
===============================================================================
ocamlformat *ale-ocaml-ocamlformat*
g:ale_ocaml_ocamlformat_executable *g:ale_ocaml_ocamlformat_executable*
*b:ale_ocaml_ocamlformat_executable*
Type: |String|
Default: `'ocamlformat'`
This variable can be set to pass the path of the ocamlformat fixer.
g:ale_ocaml_ocamlformat_options *g:ale_ocaml_ocamlformat_options*
*b:ale_ocaml_ocamlformat_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the ocamlformat fixer.
===============================================================================
ocp-indent *ale-ocaml-ocp-indent*
g:ale_ocaml_ocp_indent_executable *g:ale_ocaml_ocp_indent_executable*
*b:ale_ocaml_ocp_indent_executable*
Type: |String|
Default: `ocp-indent`
This variable can be set to pass the path of the ocp-indent.
g:ale_ocaml_ocp_indent_options *g:ale_ocaml_ocp_indent_options*
*b:ale_ocaml_ocp_indent_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the ocp-indent.
g:ale_ocaml_ocp_indent_config *g:ale_ocaml_ocp_indent_config*
*b:ale_ocaml_ocp_indent_config*
Type: |String|
Default: `''`
This variable can be set to pass additional config to the ocp-indent.
Expand after "--config=".
"ocp-indent" can also be enabled from ocamlformat config.
===============================================================================
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===============================================================================
ALE Pawn Integration *ale-pawn-options*
===============================================================================
uncrustify *ale-pawn-uncrustify*
See |ale-c-uncrustify| for information about the available options.
===============================================================================
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===============================================================================
ALE Perl Integration *ale-perl-options*
ALE offers a few ways to check Perl code. Checking code with `perl` is
disabled by default, as `perl` code cannot be checked without executing it.
Specifically, we use the `-c` flag to see if `perl` code compiles. This does
not execute all of the code in a file, but it does run `BEGIN` and `CHECK`
blocks. See `perl --help` and https://stackoverflow.com/a/12908487/406224
See |g:ale_linters|.
===============================================================================
perl *ale-perl-perl*
g:ale_perl_perl_executable *g:ale_perl_perl_executable*
*b:ale_perl_perl_executable*
Type: |String|
Default: `'perl'`
This variable can be changed to modify the executable used for linting perl.
g:ale_perl_perl_options *g:ale_perl_perl_options*
*b:ale_perl_perl_options*
Type: |String|
Default: `'-c -Mwarnings -Ilib'`
This variable can be changed to alter the command-line arguments to the perl
invocation.
===============================================================================
perlcritic *ale-perl-perlcritic*
g:ale_perl_perlcritic_executable *g:ale_perl_perlcritic_executable*
*b:ale_perl_perlcritic_executable*
Type: |String|
Default: `'perlcritic'`
This variable can be changed to modify the perlcritic executable used for
linting perl.
g:ale_perl_perlcritic_profile *g:ale_perl_perlcritic_profile*
*b:ale_perl_perlcritic_profile*
Type: |String|
Default: `'.perlcriticrc'`
This variable can be changed to modify the perlcritic profile used for
linting perl. The current directory is checked for the file, then the
parent directory, etc, until it finds one. If no matching file is found, no
profile is passed to perlcritic.
Set to an empty string to disable passing a specific profile to perlcritic
with the `'--profile'` option.
To prevent perlcritic from using any profile, set this variable to an empty
string and pass `'--no-profile'`to perlcritic via the
|g:ale_perl_perlcritic_options| variable.
g:ale_perl_perlcritic_options *g:ale_perl_perlcritic_options*
*b:ale_perl_perlcritic_options*
Type: |String|
Default: `''`
This variable can be changed to supply additional command-line arguments to
the perlcritic invocation.
g:ale_perl_perlcritic_showrules *g:ale_perl_perlcritic_showrules*
Type: |Number|
Default: 0
Controls whether perlcritic rule names are shown after the error message.
Defaults to off to reduce length of message.
===============================================================================
perltidy *ale-perl-perltidy*
g:ale_perl_perltidy_options *g:ale_perl_perltidy_options*
*b:ale_perl_perltidy_options*
Type: |String|
Default: `''`
This variable can be changed to alter the command-line arguments to
the perltidy invocation.
===============================================================================
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===============================================================================
ALE Perl6 Integration *ale-perl6-options*
Checking code with `perl6` is disabled by default, as `perl6` code cannot be
checked without executing it. Specifically, we use the `-c` flag to see if
`perl6` code compiles. This does not execute all of the code in a file, but it
does run `BEGIN` and `CHECK` blocks. See `perl6 --help`
Full support requires a perl6 implementation that supports the
PERL6_EXCEPTIONS_HANDLER environment variable and JSON error output,
which was specified in 6.d. Rakudo version 2018.08 is the first rakudo release
that supports this. See `perl6 --version` and
https://docs.perl6.org/programs/03-environment-variables.
Without this variable, errors and warnings will appear at line 1, and can be
viewed with ALEDetail. This also serves as a fallback for errors and warnings
that do not trigger JSON output.
See |g:ale_linters|.
===============================================================================
perl6 *ale-perl6-perl6*
g:ale_perl6_perl6_executable *g:ale_perl6_perl6_executable*
*b:ale_perl6_perl6_executable*
Type: |String|
Default: `'perl6'`
This variable can be changed to modify the executable used for linting
perl6.
g:ale_perl6_perl6_options *g:ale_perl6_perl6_options*
*b:ale_perl6_perl6_options*
Type: |String|
Default: `'-c -Ilib'`
This variable can be changed to alter the command-line arguments to the
perl6 invocation.
===============================================================================
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===============================================================================
ALE PHP Integration *ale-php-options*
===============================================================================
langserver *ale-php-langserver*
g:ale_php_langserver_executable *g:ale_php_langserver_executable*
*b:ale_php_langserver_executable*
Type: |String|
Default: `'php-language-server.php'`
The variable can be set to configure the executable that will be used for
running the PHP language server. `vendor` directory executables will be
preferred instead of this setting if |g:ale_php_langserver_use_global| is `0`.
See: |ale-integrations-local-executables|
g:ale_php_langserver_use_global *g:ale_php_langserver_use_global*
*b:ale_php_langserver_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable can be set to `1` to force the language server to be run with
the executable set for |g:ale_php_langserver_executable|.
See: |ale-integrations-local-executables|
===============================================================================
phan *ale-php-phan*
WARNING: please use the phan_client linter if you have an configuration file
for your project because the phan will look into your entirely project and
ale will display in the current buffer warnings that may belong to other file.
g:ale_php_phan_minimum_severity *g:ale_php_phan_minimum_severity*
*b:ale_php_phan_minimum_severity*
Type: |Number|
Default: `0`
This variable defines the minimum severity level.
g:ale_php_phan_executable *g:ale_php_phan_executable*
*b:ale_php_phan_executable*
Type: |String|
Default: `'phan'`
This variable sets executable used for phan or phan_client.
g:ale_php_phan_use_client *g:ale_php_phan_use_client*
*b:ale_php_phan_use_client*
Type: |Number|
Default: `get(g:, 'ale_php_phan_use_client', 0)`
This variable can be set to 1 to use the phan_client with phan daemon mode
instead of the phan standalone.
===============================================================================
phpcbf *ale-php-phpcbf*
g:ale_php_phpcbf_executable *g:ale_php_phpcbf_executable*
*b:ale_php_phpcbf_executable*
Type: |String|
Default: `'phpcbf'`
See |ale-integrations-local-executables|
g:ale_php_phpcbf_standard *g:ale_php_phpcbf_standard*
*b:ale_php_phpcbf_standard*
Type: |String|
Default: `''`
This variable can be set to specify the coding standard used by phpcbf. If no
coding standard is specified, phpcbf will default to fixing against the
PEAR coding standard, or the standard you have set as the default.
g:ale_php_phpcbf_use_global *g:ale_php_phpcbf_use_global*
*b:ale_php_phpcbf_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
phpcs *ale-php-phpcs*
g:ale_php_phpcs_executable *g:ale_php_phpcs_executable*
*b:ale_php_phpcs_executable*
Type: |String|
Default: `'phpcs'`
See |ale-integrations-local-executables|
g:ale_php_phpcs_standard *g:ale_php_phpcs_standard*
*b:ale_php_phpcs_standard*
Type: |String|
Default: `''`
This variable can be set to specify the coding standard used by phpcs. If no
coding standard is specified, phpcs will default to checking against the
PEAR coding standard, or the standard you have set as the default.
g:ale_php_phpcs_use_global *g:ale_php_phpcs_use_global*
*b:ale_php_phpcs_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_php_phpcs_options *g:ale_php_phpcs_options*
*b:ale_php_phpcs_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to php-cs
===============================================================================
phpmd *ale-php-phpmd*
g:ale_php_phpmd_executable *g:ale_php_phpmd_executable*
*b:ale_php_phpmd_executable*
Type: |String|
Default: `'phpmd'`
This variable sets executable used for phpmd.
g:ale_php_phpmd_ruleset *g:ale_php_phpmd_ruleset*
*b:ale_php_phpmd_ruleset*
Type: |String|
Default: `'cleancode,codesize,controversial,design,naming,unusedcode'`
This variable controls the ruleset used by phpmd. Default is to use all of
the available phpmd rulesets
===============================================================================
phpstan *ale-php-phpstan*
g:ale_php_phpstan_executable *g:ale_php_phpstan_executable*
*b:ale_php_phpstan_executable*
Type: |String|
Default: `'phpstan'`
This variable sets executable used for phpstan.
g:ale_php_phpstan_level *g:ale_php_phpstan_level*
*b:ale_php_phpstan_level*
Type: |String|
Default: `''`
This variable controls the rule levels. 0 is the loosest and 7 is the
strictest. If this option isn't set, the rule level will be controlled by
the configuration file. If no configuration file can be detected, `'7'` will
be used instead.
g:ale_php_phpstan_configuration *g:ale_php_phpstan_configuration*
*b:ale_php_phpstan_configuration*
Type: |String|
Default: `''`
This variable sets path to phpstan configuration file.
g:ale_php_phpstan_autoload *g:ale_php_phpstan_autoload*
*b:ale_php_phpstan_autoload*
Type: |String|
Default: `''`
This variable sets path to phpstan autoload file.
===============================================================================
psalm *ale-php-psalm*
g:ale_php_psalm_executable *g:ale_php_psalm_executable*
*b:ale_php_psalm_executable*
Type: |String|
Default: `'psalm'`
This variable sets the executable used for psalm.
g:ale_psalm_langserver_options *g:ale_psalm_langserver_options*
*b:ale_psalm_langserver_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to psalm.
===============================================================================
php-cs-fixer *ale-php-php-cs-fixer*
g:ale_php_cs_fixer_executable *g:ale_php_cs_fixer_executable*
*b:ale_php_cs_fixer_executable*
Type: |String|
Default: `'php-cs-fixer'`
This variable sets executable used for php-cs-fixer.
g:ale_php_cs_fixer_use_global *g:ale_php_cs_fixer_use_global*
*b:ale_php_cs_fixer_use_global*
Type: |Boolean|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable force globally installed fixer.
g:ale_php_cs_fixer_options *g:ale_php_cs_fixer_options*
*b:ale_php_cs_fixer_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to php-cs-fixer.
===============================================================================
php *ale-php-php*
g:ale_php_php_executable *g:ale_php_php_executable*
*b:ale_php_php_executable*
Type: |String|
Default: `'php'`
This variable sets the executable used for php.
===============================================================================
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===============================================================================
ALE PO Integration *ale-po-options*
===============================================================================
write-good *ale-po-write-good*
See |ale-write-good-options|
===============================================================================
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===============================================================================
ALE Pod Integration *ale-pod-options*
===============================================================================
write-good *ale-pod-write-good*
See |ale-write-good-options|
===============================================================================
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===============================================================================
ALE Pony Integration *ale-pony-options*
===============================================================================
ponyc *ale-pony-ponyc*
g:ale_pony_ponyc_executable *g:ale_pony_ponyc_executable*
*b:ale_pony_ponyc_executable*
Type: |String|
Default: `'ponyc'`
See |ale-integrations-local-executables|
g:ale_pony_ponyc_options *g:ale_pony_ponyc_options*
*b:ale_pony_ponyc_options*
Type: |String|
Default: `'--pass paint'`
This variable can be set to pass options to ponyc.
===============================================================================
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===============================================================================
ALE PowerShell Integration *ale-powershell-options*
===============================================================================
powershell *ale-powershell-powershell*
g:ale_powershell_powershell_executable *g:ale_powershell_powershell_executable*
*b:ale_powershell_powershell_executable*
Type: String
Default: `'pwsh'`
This variable can be changed to use a different executable for powershell.
>
" Use powershell.exe rather than the default pwsh
let g:ale_powershell_powershell_executable = 'powershell.exe'
>
===============================================================================
psscriptanalyzer *ale-powershell-psscriptanalyzer*
Installation
-------------------------------------------------------------------------------
Install PSScriptAnalyzer by any means, so long as it can be automatically
imported in PowerShell.
Some PowerShell plugins set the filetype of files to `ps1`. To continue using
these plugins, use the ale_linter_aliases global to alias `ps1` to `powershell`
>
" Allow ps1 filetype to work with powershell linters
let g:ale_linter_aliases = {'ps1': 'powershell'}
<
g:ale_powershell_psscriptanalyzer_executable
*g:ale_powershell_psscriptanalyzer_executable*
*b:ale_powershell_psscriptanalyzer_executable*
Type: |String|
Default: `'pwsh'`
This variable sets executable used for powershell.
For example, on Windows you could set powershell to be Windows Powershell:
>
let g:ale_powershell_psscriptanalyzer_executable = 'powershell.exe'
<
g:ale_powershell_psscriptanalyzer_module
*g:ale_powershell_psscriptanalyzer_module*
*b:ale_powershell_psscriptanalyzer_module*
Type: |String
Default: `'psscriptanalyzer'`
This variable sets the name of the psscriptanalyzer module.
for psscriptanalyzer invocation.
g:ale_powershell_psscriptanalyzer_exclusions
*g:ale_powershell_psscriptanalyzer_exclusions*
*b:ale_powershell_psscriptanalyzer_exclusions*
Type: |String|
Default: `''`
Set this variable to exclude test(s) for psscriptanalyzer
(-ExcludeRule option). To exclude more than one option, separate them with
commas.
>
" Suppress Write-Host and Global vars warnings
let g:ale_powershell_psscriptanalyzer_exclusions =
\ 'PSAvoidUsingWriteHost,PSAvoidGlobalVars'
<
===============================================================================
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===============================================================================
ALE Prolog Integration *ale-prolog-options*
===============================================================================
swipl *ale-prolog-swipl*
g:ale_prolog_swipl_executable *g:ale_prolog_swipl_executable*
*b:ale_prolog_swipl_executable*
Type: |String|
Default: `'swipl'`
The executable that will be run for the `swipl` linter.
g:ale_prolog_swipl_load *g:ale_prolog_swipl_load*
*b:ale_prolog_swipl_load*
Type: |String|
Default: `'current_prolog_flag(argv, [File]), load_files(File, [sandboxed(true)]), halt.'`
The prolog goals that will be passed to |g:ale_prolog_swipl_executable| with `-g` option.
It does:
1. Takes the first command argument (current file path)
2. Checks (syntactic / semantic) problems and output to stderr
NOTE: `sandboxed(true)` prohibits executing some directives such as 'initialization main'.
g:ale_prolog_swipl_timeout *g:ale_prolog_swipl_timeout*
*b:ale_prolog_swipl_timeout*
Type: |Number|
Default: `3`
Timeout seconds to detect long-running linter.
It is done by setting SIGALRM.
See |g:ale_prolog_swipl_alarm| and |g:ale_prolog_swipl_alarm_handler|.
g:ale_prolog_swipl_alarm *g:ale_prolog_swipl_alarm*
*b:ale_prolog_swipl_alarm*
Type: |String|
Default: `'alarm(%t, (%h), _, [])'`
The prolog goals to be expected to set SIGALRM.
`%t` is replaced by |g:ale_prolog_swipl_timeout|.
`%h` is replaced by |g:ale_prolog_swipl_alarm_handler|.
g:ale_prolog_swipl_alarm_handler *g:ale_prolog_swipl_alarm_handler*
*b:ale_prolog_swipl_alarm_handler*
Type: |String|
Default: `'writeln(user_error, "ERROR: Exceeded %t seconds, Please change g:prolog_swipl_timeout to modify the limit."), halt(1)'`
The prolog goals to be expected that will be run on SIGALRM.
`%t` is replaced by |g:ale_prolog_swipl_timeout|.
===============================================================================
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===============================================================================
ALE Proto Integration *ale-proto-options*
===============================================================================
Integration Information
Linting of `.proto` files requires that the `protoc` binary is installed in the
system path and that the `protoc-gen-lint` plugin for the `protoc` binary is also
installed.
To enable `.proto` file linting, update |g:ale_linters| as appropriate:
>
" Enable linter for .proto files
let g:ale_linters = {'proto': ['protoc-gen-lint']}
<
===============================================================================
protoc-gen-lint *ale-proto-protoc-gen-lint*
The linter is a plugin for the `protoc` binary. As long as the binary resides
in the system path, `protoc` will find it.
g:ale_proto_protoc_gen_lint_options *g:ale_proto_protoc_gen_lint_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to protoc. Note that the
directory of the linted file is always passed as an include path with '-I'
before any user-supplied options.
===============================================================================
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===============================================================================
ALE Pug Integration *ale-pug-options*
===============================================================================
puglint *ale-pug-puglint*
The puglint linter will detect configuration files based on the path to the
filename automatically. Configuration files will be loaded in this order:
1. `.pug-lintrc`
2. `.pug-lintrc.js`
3. `.pug-lintrc.json`
4. `package.json`
You might need to create a configuration file for your project to get
meaningful results.
g:ale_pug_puglint_executable *g:ale_pug_puglint_executable*
*b:ale_pug_puglint_executable*
Type: |String|
Default: `'pug-lint'`
See |ale-integrations-local-executables|
g:ale_pug_puglint_options *g:ale_pug_puglint_options*
*b:ale_pug_puglint_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to pug-lint.
g:ale_pug_puglint_use_global *g:ale_pug_puglint_use_global*
*b:ale_pug_puglint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE Puppet Integration *ale-puppet-options*
===============================================================================
puppet *ale-puppet-puppet*
g:ale_puppet_puppet_executable *g:ale_puppet_puppet_executable*
*b:ale_puppet_puppet_executable*
Type: |String|
Default: `'puppet'`
This variable can be changed to specify the executable used for puppet.
g:ale_puppet_puppet_options *g:ale_puppet_puppet_options*
*b:ale_puppet_puppet_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the
puppet parser validate invocation.
===============================================================================
puppetlint *ale-puppet-puppetlint*
g:ale_puppet_puppetlint_executable *g:ale_puppet_puppetlint_executable*
*b:ale_puppet_puppetlint_executable*
Type: |String|
Default: `'puppet-lint'`
This variable can be changed to specify the executable used for puppet-lint.
g:ale_puppet_puppetlint_options *g:ale_puppet_puppetlint_options*
*b:ale_puppet_puppetlint_options*
Type: |String|
Default: `'--no-autoloader_layout-check'`
This variable can be changed to add command-line arguments to the
puppet-lint invocation.
===============================================================================
puppet-languageserver *ale-puppet-languageserver*
g:ale_puppet_languageserver_executable *g:ale_puppet_languageserver_executable*
*b:ale_puppet_languageserver_executable*
type: |String|
Default: `'puppet-languageserver'`
This variable can be used to specify the executable used for
puppet-languageserver.
===============================================================================
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===============================================================================
ALE PureScript Integration *ale-purescript-options*
===============================================================================
purescript-language-server *ale-purescript-language-server*
PureScript Language Server
(https://github.com/nwolverson/purescript-language-server)
g:ale_purescript_ls_executable g:ale_purescript_ls_executable
b:ale_purescript_ls_executable
Type: |String|
Default: `'purescript-language-server'`
PureScript language server executable.
g:ale_purescript_ls_config g:ale_purescript_ls_config
b:ale_purescript_ls_config
Type: |Dictionary|
Default: `{}`
Dictionary containing configuration settings that will be passed to the
language server. For example, with a spago project:
{
\ 'purescript': {
\ 'addSpagoSources': v:true,
\ 'addNpmPath': v:true,
\ 'buildCommand': 'spago build -- --json-errors'
\ }
\}
===============================================================================
purty *ale-purescript-purty*
g:ale_purescript_purty_executable *g:ale_purescript_purty_executable*
*b:ale_purescript_purty_executable*
Type: |String|
Default: `'purty'`
This variable can be changed to use a different executable for purty.
===============================================================================
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===============================================================================
ALE Pyrex (Cython) Integration *ale-pyrex-options*
===============================================================================
cython *ale-pyrex-cython*
g:ale_pyrex_cython_executable *g:ale_pyrex_cython_executable*
*b:ale_pyrex_cython_executable*
Type: |String|
Default: `'cython'`
This variable can be changed to use a different executable for cython.
g:ale_pyrex_cython_options *g:ale_pyrex_cython_options*
*b:ale_pyrex_cython_options*
Type: |String|
Default: `'--warning-extra --warning-errors'`
This variable can be changed to modify flags given to cython.
===============================================================================
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===============================================================================
ALE Python Integration *ale-python-options*
g:ale_python_auto_pipenv *g:ale_python_auto_pipenv*
*b:ale_python_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
ALE Python Project Root Behavior *ale-python-root*
For some linters, ALE will search for a Python project root by looking at the
files in directories on or above where a file being checked is. ALE applies
the following methods, in order:
1. Find the first directory containing a common Python configuration file.
2. If no configuration file can be found, use the first directory which does
not contain a readable file named `__init__.py`.
ALE will look for configuration files with the following filenames. >
MANIFEST.in
setup.cfg
pytest.ini
tox.ini
mypy.ini
pycodestyle.cfg
.flake8
.flake8rc
pylama.ini
pylintrc
.pylintrc
Pipfile
Pipfile.lock
<
The first directory containing any of the files named above will be used.
===============================================================================
autopep8 *ale-python-autopep8*
g:ale_python_autopep8_executable *g:ale_python_autopep8_executable*
*b:ale_python_autopep8_executable*
Type: |String|
Default: `'autopep8'`
See |ale-integrations-local-executables|
g:ale_python_autopep8_options *g:ale_python_autopep8_options*
*b:ale_python_autopep8_options*
Type: |String|
Default: `''`
This variable can be set to pass extra options to autopep8.
g:ale_python_autopep8_use_global *g:ale_python_autopep8_use_global*
*b:ale_python_autopep8_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
bandit *ale-python-bandit*
g:ale_python_bandit_executable *g:ale_python_bandit_executable*
*b:ale_python_bandit_executable*
Type: |String|
Default: `'bandit'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `bandit'`.
g:ale_python_bandit_options *g:ale_python_bandit_options*
*b:ale_python_bandit_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the
bandit invocation.
g:ale_python_bandit_use_config *g:ale_python_bandit_use_config*
*b:ale_python_bandit_use_config*
Type: |Number|
Default: `1`
If this variable is true and a `.bandit` file exists in the directory of the
file being checked or a parent directory, an `--ini` option is added to the
`bandit` command for the nearest `.bandit` file. Set this variable false to
disable adding the `--ini` option automatically.
g:ale_python_bandit_use_global *g:ale_python_bandit_use_global*
*b:ale_python_bandit_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_bandit_auto_pipenv *g:ale_python_bandit_auto_pipenv*
*b:ale_python_bandit_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
black *ale-python-black*
g:ale_python_black_executable *g:ale_python_black_executable*
*b:ale_python_black_executable*
Type: |String|
Default: `'black'`
See |ale-integrations-local-executables|
g:ale_python_black_options *g:ale_python_black_options*
*b:ale_python_black_options*
Type: |String|
Default: `''`
This variable can be set to pass extra options to black.
g:ale_python_black_use_global *g:ale_python_black_use_global*
*b:ale_python_black_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_black_auto_pipenv *g:ale_python_black_auto_pipenv*
*b:ale_python_black_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
g:ale_python_black_change_directory *g:ale_python_black_change_directory*
*b:ale_python_black_change_directory*
Type: |Number|
Default: `1`
If set to `1`, ALE will switch to the directory the Python file being
checked with `black` is in before checking it. This helps `black` find
configuration files more easily. This option can be turned off if you want
to control the directory Python is executed from yourself.
===============================================================================
flake8 *ale-python-flake8*
g:ale_python_flake8_change_directory *g:ale_python_flake8_change_directory*
*b:ale_python_flake8_change_directory*
Type: |Number|
Default: `1`
If set to `1`, ALE will switch to the directory the Python file being
checked with `flake8` is in before checking it. This helps `flake8` find
configuration files more easily. This option can be turned off if you want
to control the directory Python is executed from yourself.
g:ale_python_flake8_executable *g:ale_python_flake8_executable*
*b:ale_python_flake8_executable*
Type: |String|
Default: `'flake8'`
This variable can be changed to modify the executable used for flake8. Set
this to `'pipenv'` to invoke `'pipenv` `run` `flake8'`.
g:ale_python_flake8_options *g:ale_python_flake8_options*
*b:ale_python_flake8_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the flake8
invocation.
For example, to dynamically switch between programs targeting Python 2 and
Python 3, you may want to set >
let g:ale_python_flake8_executable = 'python3' " or 'python' for Python 2
let g:ale_python_flake8_options = '-m flake8'
<
after making sure it's installed for the appropriate Python versions (e.g.
`python3 -m pip install --user flake8`).
g:ale_python_flake8_use_global *g:ale_python_flake8_use_global*
*b:ale_python_flake8_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable controls whether or not ALE will search for flake8 in a
virtualenv directory first. If this variable is set to `1`, then ALE will
always use |g:ale_python_flake8_executable| for the executable path.
Both variables can be set with `b:` buffer variables instead.
g:ale_python_flake8_auto_pipenv *g:ale_python_flake8_auto_pipenv*
*b:ale_python_flake8_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
isort *ale-python-isort*
g:ale_python_isort_executable *g:ale_python_isort_executable*
*b:ale_python_isort_executable*
Type: |String|
Default: `'isort'`
See |ale-integrations-local-executables|
g:ale_python_isort_options *g:ale_python_isort_options*
*b:ale_python_isort_options*
Type: |String|
Default: `''`
This variable can be set to pass extra options to isort.
g:ale_python_isort_use_global *g:ale_python_isort_use_global*
*b:ale_python_isort_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
mypy *ale-python-mypy*
The minimum supported version of mypy that ALE supports is v0.4.4. This is
the first version containing the `--shadow-file` option ALE needs to be able
to check for errors while you type.
`mypy` will be run from a detected project root, per |ale-python-root|.
g:ale_python_mypy_auto_pipenv *g:ale_python_mypy_auto_pipenv*
*b:ale_python_mypy_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
g:ale_python_mypy_executable *g:ale_python_mypy_executable*
*b:ale_python_mypy_executable*
Type: |String|
Default: `'mypy'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `mypy'`.
g:ale_python_mypy_ignore_invalid_syntax
*g:ale_python_mypy_ignore_invalid_syntax*
*b:ale_python_mypy_ignore_invalid_syntax*
Type: |Number|
Default: `0`
When set to `1`, syntax error messages for mypy will be ignored. This option
can be used when running other Python linters which check for syntax errors,
as mypy can take a while to finish executing.
g:ale_python_mypy_options *g:ale_python_mypy_options*
*b:ale_python_mypy_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the mypy
invocation.
g:ale_python_mypy_show_notes *g:ale_python_mypy_show_notes*
*b:ale_python_mypy_show_notes*
Type: |Number|
Default: `1`
If enabled, notes on lines will be displayed as 'I' (info) messages.
g:ale_python_mypy_use_global *g:ale_python_mypy_use_global*
*b:ale_python_mypy_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
prospector *ale-python-prospector*
g:ale_python_prospector_executable *g:ale_python_prospector_executable*
*b:ale_python_prospector_executable*
Type: |String|
Default: `'prospector'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `prospector'`.
g:ale_python_prospector_options *g:ale_python_prospector_options*
*b:ale_python_prospector_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the prospector
invocation.
For example, to dynamically switch between programs targeting Python 2 and
Python 3, you may want to set >
let g:ale_python_prospector_executable = 'python3'
" or 'python' for Python 2
let g:ale_python_prospector_options = '--rcfile /path/to/.prospector.yaml'
" The virtualenv detection needs to be disabled.
let g:ale_python_prospector_use_global = 0
after making sure it's installed for the appropriate Python versions (e.g.
`python3 -m pip install --user prospector`).
g:ale_python_prospector_use_global *g:ale_python_prospector_use_global*
*b:ale_python_prospector_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_prospector_auto_pipenv *g:ale_python_prospector_auto_pipenv*
*b:ale_python_prospector_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
pycodestyle *ale-python-pycodestyle*
g:ale_python_pycodestyle_executable *g:ale_python_pycodestyle_executable*
*b:ale_python_pycodestyle_executable*
Type: |String|
Default: `'pycodestyle'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `pycodestyle'`.
g:ale_python_pycodestyle_options *g:ale_python_pycodestyle_options*
*b:ale_python_pycodestyle_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the
pycodestyle invocation.
g:ale_python_pycodestyle_use_global *g:ale_python_pycodestyle_use_global*
*b:ale_python_pycodestyle_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_pycodestyle_auto_pipenv *g:ale_python_pycodestyle_auto_pipenv*
*b:ale_python_pycodestyle_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
pydocstyle *ale-python-pydocstyle*
g:ale_python_pydocstyle_executable *g:ale_python_pydocstyle_executable*
*b:ale_python_pydocstyle_executable*
Type: |String|
Default: `'pydocstyle'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `pydocstyle'`.
g:ale_python_pydocstyle_options *g:ale_python_pydocstyle_options*
*b:ale_python_pydocstyle_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the
pydocstyle invocation.
g:ale_python_pydocstyle_use_global *g:ale_python_pydocstyle_use_global*
*b:ale_python_pydocstyle_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_pydocstyle_auto_pipenv *g:ale_python_pydocstyle_auto_pipenv*
*b:ale_python_pydocstyle_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
pyflakes *ale-python-pyflakes*
g:ale_python_pyflakes_executable *g:ale_python_pyflakes_executable*
*b:ale_python_pyflakes_executable*
Type: |String|
Default: `'pyflakes'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `pyflakes'`.
g:ale_python_pyflakes_auto_pipenv *g:ale_python_pyflakes_auto_pipenv*
*b:ale_python_pyflakes_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
pylama *ale-python-pylama*
g:ale_python_pylama_change_directory *g:ale_python_pylama_change_directory*
*b:ale_python_pylama_change_directory*
Type: |Number|
Default: `1`
If set to `1`, `pylama` will be run from a detected project root, per
|ale-python-root|. This is useful because `pylama` only searches for
configuration files in its current directory and applies file masks using
paths relative to its current directory. This option can be turned off if
you want to control the directory in which `pylama` is executed.
g:ale_python_pylama_executable *g:ale_python_pylama_executable*
*b:ale_python_pylama_executable*
Type: |String|
Default: `'pylama'`
This variable can be changed to modify the executable used for pylama. Set
this to `'pipenv'` to invoke `'pipenv` `run` `pylama'`.
g:ale_python_pylama_options *g:ale_python_pylama_options*
*b:ale_python_pylama_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the pylama
invocation.
g:ale_python_pylama_use_global *g:ale_python_pylama_use_global*
*b:ale_python_pylama_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable controls whether or not ALE will search for pylama in a
virtualenv directory first. If this variable is set to `1`, then ALE will
always use |g:ale_python_pylama_executable| for the executable path.
Both variables can be set with `b:` buffer variables instead.
g:ale_python_pylama_auto_pipenv *g:ale_python_pylama_auto_pipenv*
*b:ale_python_pylama_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
pylint *ale-python-pylint*
g:ale_python_pylint_change_directory *g:ale_python_pylint_change_directory*
*b:ale_python_pylint_change_directory*
Type: |Number|
Default: `1`
If set to `1`, `pylint` will be run from a detected project root, per
|ale-python-root|. Since `pylint` only checks for `pylintrc` in the packages
above its current directory before falling back to user and global `pylintrc`
files, this is necessary for `pylint` to use a project `pylintrc` file, if
present. This option can be turned off if you want to control the directory
Python is executed from yourself.
g:ale_python_pylint_executable *g:ale_python_pylint_executable*
*b:ale_python_pylint_executable*
Type: |String|
Default: `'pylint'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `pylint'`.
g:ale_python_pylint_options *g:ale_python_pylint_options*
*b:ale_python_pylint_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the pylint
invocation.
For example, to dynamically switch between programs targeting Python 2 and
Python 3, you may want to set >
let g:ale_python_pylint_executable = 'python3' " or 'python' for Python 2
let g:ale_python_pylint_options = '--rcfile /path/to/pylint.rc'
" The virtualenv detection needs to be disabled.
let g:ale_python_pylint_use_global = 0
after making sure it's installed for the appropriate Python versions (e.g.
`python3 -m pip install --user pylint`).
g:ale_python_pylint_use_global *g:ale_python_pylint_use_global*
*b:ale_python_pylint_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_pylint_auto_pipenv *g:ale_python_pylint_auto_pipenv*
*b:ale_python_pylint_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
g:ale_python_pylint_use_msg_id *g:ale_python_pylint_use_msg_id*
*b:ale_python_pylint_use_msg_id*
Type: |Number|
Default: `0`
Use message for output (e.g. I0011) instead of symbolic name of the message
(e.g. locally-disabled).
===============================================================================
pyls *ale-python-pyls*
`pyls` will be run from a detected project root, per |ale-python-root|.
g:ale_python_pyls_executable *g:ale_python_pyls_executable*
*b:ale_python_pyls_executable*
Type: |String|
Default: `'pyls'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `pyls'`.
g:ale_python_pyls_use_global *g:ale_python_pyls_use_global*
*b:ale_python_pyls_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_pyls_auto_pipenv *g:ale_python_pyls_auto_pipenv*
*b:ale_python_pyls_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
g:ale_python_pyls_config *g:ale_python_pyls_config*
*b:ale_python_pyls_config*
Type: |Dictionary|
Default: `{}`
Dictionary with configuration settings for pyls. For example, to disable
the pycodestyle linter: >
{
\ 'pyls': {
\ 'plugins': {
\ 'pycodestyle': {
\ 'enabled': v:false
\ }
\ }
\ },
\ }
<
===============================================================================
pyre *ale-python-pyre*
`pyre` will be run from a detected project root, per |ale-python-root|.
g:ale_python_pyre_executable *g:ale_python_pyre_executable*
*b:ale_python_pyre_executable*
Type: |String|
Default: `'pyre'`
See |ale-integrations-local-executables|
Set this to `'pipenv'` to invoke `'pipenv` `run` `pyre'`.
g:ale_python_pyre_use_global *g:ale_python_pyre_use_global*
*b:ale_python_pyre_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
g:ale_python_pyre_auto_pipenv *g:ale_python_pyre_auto_pipenv*
*b:ale_python_pyre_auto_pipenv*
Type: |Number|
Default: `0`
Detect whether the file is inside a pipenv, and set the executable to `pipenv`
if true. This is overridden by a manually-set executable.
===============================================================================
reorder-python-imports *ale-python-reorder_python_imports*
g:ale_python_reorder_python_imports_executable
*g:ale_python_reorder_python_imports_executable*
*b:ale_python_reorder_python_imports_executable*
Type: |String|
Default: `'reorder-python-imports'`
See |ale-integrations-local-executables|
g:ale_python_reorder_python_imports_options
*g:ale_python_reorder_python_imports_options*
*b:ale_python_reorder_python_imports_options*
Type: |String|
Default: `''`
This variable can be set to pass extra options to reorder-python-imports.
g:ale_python_reorder_python_imports_use_global
*g:ale_python_reorder_python_imports_use_global*
*b:ale_python_reorder_python_imports_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
vulture *ale-python-vulture*
g:ale_python_vulture_change_directory *g:ale_python_vulture_change_directory*
*b:ale_python_vulture_change_directory*
Type: |Number|
Default: `1`
If set to `1`, ALE will switch to the directory the Python file being
checked with `vulture` is in before checking it and check the whole project
directory instead of checking only the file opened in the current buffer.
This helps `vulture` to know the context and avoid false-negative results.
g:ale_python_vulture_executable *g:ale_python_vulture_executable*
*b:ale_python_vulture_executable*
Type: |String|
Default: `'vulture'`
See |ale-integrations-local-executables|
g:ale_python_vulture_options *g:ale_python_vulture_options*
*b:ale_python_vulture_options*
Type: |String|
Default: `''`
This variable can be changed to add command-line arguments to the vulture
invocation.
g:ale_python_vulture_use_global *g:ale_python_vulture_use_global*
*b:ale_python_vulture_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
yapf *ale-python-yapf*
g:ale_python_yapf_executable *g:ale_python_yapf_executable*
*b:ale_python_yapf_executable*
Type: |String|
Default: `'yapf'`
See |ale-integrations-local-executables|
g:ale_python_yapf_use_global *g:ale_python_yapf_use_global*
*b:ale_python_yapf_use_global*
Type: |Number|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE QML Integration *ale-qml-options*
===============================================================================
qmlfmt *ale-qml-qmlfmt*
g:ale_qml_qmlfmt_executable *g:ale_qml_qmlfmt_executable*
*b:ale_qml_qmlfmt_executable*
Type: |String|
Default: `'qmlfmt'`
This variable can be set to change the path to qmlfmt.
===============================================================================
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===============================================================================
ALE R Integration *ale-r-options*
===============================================================================
lintr *ale-r-lintr*
g:ale_r_lintr_options *g:ale_r_lintr_options*
*b:ale_r_lintr_options*
Type: |String|
Default: `'lintr::with_defaults()'`
This option can be configured to change the options for lintr.
The value of this option will be run with `eval` for the `lintr::lint`
options. Consult the lintr documentation for more information.
g:ale_r_lintr_lint_package *g:ale_r_lintr_lint_package*
*b:ale_r_lintr_lint_package*
Type: |Number|
Default: `0`
When set to `1`, the file will be checked with `lintr::lint_package` instead
of `lintr::lint`. This prevents erroneous namespace warnings when linting
package files.
===============================================================================
styler *ale-r-styler*
g:ale_r_styler_options *g:ale_r_styler_options*
*b:ale_r_styler_options*
Type: |String|
Default: `'styler::tidyverse_style'`
This option can be configured to change the options for styler.
The value of this option will be used as the `style` argument for the
`styler::style_file` options. Consult the styler documentation
for more information.
===============================================================================
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===============================================================================
ALE ReasonML Integration *ale-reasonml-options*
===============================================================================
merlin *ale-reasonml-merlin*
To use merlin linter for ReasonML source code you need to make sure Merlin for
Vim is correctly configured. See the corresponding Merlin wiki page for
detailed instructions:
https://github.com/the-lambda-church/merlin/wiki/vim-from-scratch
===============================================================================
ols *ale-reasonml-ols*
The `ocaml-language-server` is the engine that powers OCaml and ReasonML
editor support using the Language Server Protocol. See the installation
instructions:
https://github.com/freebroccolo/ocaml-language-server#installation
g:ale_reason_ols_executable *g:ale_reason_ols_executable*
*b:ale_reason_ols_executable*
Type: |String|
Default: `'ocaml-language-server'`
This variable can be set to change the executable path for `ols`.
g:ale_reason_ols_use_global *g:ale_reason_ols_use_global*
*b:ale_reason_ols_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
This variable can be set to `1` to always use the globally installed
executable. See also |ale-integrations-local-executables|.
===============================================================================
reason-language-server *ale-reasonml-language-server*
Note: You must set an executable - there is no 'default' install location.
Go to https://github.com/jaredly/reason-language-server and download the
latest release. You can place it anywhere, but ensure you set the executable
path.
g:ale_reason_ls_executable *g:ale_reason_ls_executable*
*b:ale_reason_ls_executable*
Type: |String|
This variable defines the standard location of the language server
executable. This must be set.
===============================================================================
refmt *ale-reasonml-refmt*
g:ale_reasonml_refmt_executable *g:ale_reasonml_refmt_executable*
*b:ale_reasonml_refmt_executable*
Type: |String|
Default: `'refmt'`
This variable can be set to pass the path of the refmt fixer.
g:ale_reasonml_refmt_options *g:ale_reasonml_refmt_options*
*b:ale_reasonml_refmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the refmt fixer.
===============================================================================
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===============================================================================
ALE reStructuredText Integration *ale-restructuredtext-options*
===============================================================================
textlint *ale-restructuredtext-textlint*
To use textlint at reStructuredText, please install `textlint-plugin-rst`.
https://github.com/jimo1001/textlint-plugin-rst
>
$ npm install textlint-plugin-rst
To install `textlint-plugin-rst`, `docutils-ast-writer` python package
must be installed.
See: https://github.com/jimo1001/docutils-ast-writer
See |ale-text-textlint|
===============================================================================
write-good *ale-restructuredtext-write-good*
See |ale-write-good-options|
===============================================================================
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===============================================================================
ALE Ruby Integration *ale-ruby-options*
===============================================================================
brakeman *ale-ruby-brakeman*
g:ale_ruby_brakeman_executable *g:ale_ruby_brakeman_executable*
*b:ale_ruby_brakeman_executable*
Type: String
Default: `'brakeman'`
Override the invoked brakeman binary. Set this to `'bundle'` to invoke
`'bundle` `exec` brakeman'.
g:ale_ruby_brakeman_options *g:ale_ruby_brakeman_options*
*b:ale_ruby_brakeman_options*
Type: |String|
Default: `''`
The contents of this variable will be passed through to brakeman.
===============================================================================
debride *ale-ruby-debride*
g:ale_ruby_debride_executable *g:ale_ruby_debride_executable*
*b:ale_ruby_debride_executable*
Type: String
Default: `'debride'`
Override the invoked debride binary. Set this to `'bundle'` to invoke
`'bundle` `exec` debride'.
g:ale_ruby_debride_options *g:ale_ruby_debride_options*
*b:ale_ruby_debride_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to debride.
===============================================================================
rails_best_practices *ale-ruby-rails_best_practices*
g:ale_ruby_rails_best_practices_executable
*g:ale_ruby_rails_best_practices_executable*
*b:ale_ruby_rails_best_practices_executable*
Type: String
Default: `'rails_best_practices'`
Override the invoked rails_best_practices binary. Set this to `'bundle'` to
invoke `'bundle` `exec` rails_best_practices'.
g:ale_ruby_rails_best_practices_options
*g:ale_ruby_rails_best_practices_options*
*b:ale_ruby_rails_best_practices_options*
Type: |String|
Default: `''`
The contents of this variable will be passed through to rails_best_practices.
===============================================================================
reek *ale-ruby-reek*
g:ale_ruby_reek_executable *g:ale_ruby_reek_executable*
*b:ale_ruby_reek_executable*
Type: String
Default: `'reek'`
Override the invoked reek binary. Set this to `'bundle'` to invoke
`'bundle` `exec` reek'.
g:ale_ruby_reek_show_context *g:ale_ruby_reek_show_context*
*b:ale_ruby_reek_show_context*
Type: |Number|
Default: 0
Controls whether context is included in the linter message. Defaults to off
because context is usually obvious while viewing a file.
g:ale_ruby_reek_show_wiki_link *g:ale_ruby_reek_show_wiki_link*
*b:ale_ruby_reek_show_wiki_link*
Type: |Number|
Default: 0
Controls whether linter messages contain a link to an explanatory wiki page
for the type of code smell. Defaults to off to improve readability.
===============================================================================
rubocop *ale-ruby-rubocop*
g:ale_ruby_rubocop_executable *g:ale_ruby_rubocop_executable*
*b:ale_ruby_rubocop_executable*
Type: String
Default: `'rubocop'`
Override the invoked rubocop binary. Set this to `'bundle'` to invoke
`'bundle` `exec` rubocop'.
g:ale_ruby_rubocop_options *g:ale_ruby_rubocop_options*
*b:ale_ruby_rubocop_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to rubocop.
===============================================================================
ruby *ale-ruby-ruby*
g:ale_ruby_ruby_executable *g:ale_ruby_ruby_executable*
*b:ale_ruby_ruby_executable*
Type: String
Default: `'ruby'`
This variable can be changed to use a different executable for ruby.
===============================================================================
rufo *ale-ruby-rufo*
g:ale_ruby_rufo_executable *g:ale_ruby_rufo_executable*
*b:ale_ruby_rufo_executable*
Type: String
Default: `'rufo'`
Override the invoked rufo binary. This is useful for running rufo from
binstubs or a bundle.
===============================================================================
solargraph *ale-ruby-solargraph*
g:ale_ruby_solargraph_executable *g:ale_ruby_solargraph_executable*
*b:ale_ruby_solargraph_executable*
Type: String
Default: `'solargraph'`
Override the invoked solargraph binary. This is useful for running solargraph
from binstubs or a bundle.
===============================================================================
sorbet *ale-ruby-sorbet*
g:ale_ruby_sorbet_executable *g:ale_ruby_sorbet_executable*
*b:ale_ruby_sorbet_executable*
Type: String
Default: `'srb'`
Override the invoked sorbet binary. Set this to `'bundle'` to invoke
`'bundle` `exec` srb'.
g:ale_ruby_sorbet_options *g:ale_ruby_sorbet_options*
*b:ale_ruby_sorbet_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to sorbet.
===============================================================================
standardrb *ale-ruby-standardrb*
g:ale_ruby_standardrb_executable *g:ale_ruby_standardrb_executable*
*b:ale_ruby_standardrb_executable*
Type: String
Default: `'standardrb'`
Override the invoked standardrb binary. Set this to `'bundle'` to invoke
`'bundle` `exec` standardrb'.
g:ale_ruby_standardrb_options *g:ale_ruby_standardrb_options*
*b:ale_ruby_standardrb_options*
Type: |String|
Default: `''`
This variable can be changed to modify flags given to standardrb.
===============================================================================
===============================================================================
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===============================================================================
ALE Rust Integration *ale-rust-options*
*ale-integration-rust*
===============================================================================
Integration Information
If Vim does not detect the Rust file type out-of-the-box, you need the runtime
files for Rust distributed in Vim >=8.0.0501 or upstream:
https://github.com/rust-lang/rust.vim
Note that there are several possible linters and fixers for Rust files:
1. rustc -- The Rust compiler is used to check the currently edited file.
So, if your project consists of multiple files, you will get some errors
when you use e.g. a struct which is defined in another file. You can use
|g:ale_rust_ignore_error_codes| to ignore some of these errors.
2. cargo -- If your project is managed by Cargo, the whole project is
checked. That means that all errors are properly shown, but cargo can
only operate on the files written on disk, so errors will not be reported
while you type.
3. rls -- If you have `rls` installed, you might prefer using this linter
over cargo. rls implements the Language Server Protocol for incremental
compilation of Rust code, and can check Rust files while you type. `rls`
requires Rust files to contained in Cargo projects.
4. analyzer -- If you have rust-analyzer installed, you might prefer using
this linter over cargo and rls. rust-analyzer also implements the
Language Server Protocol for incremental compilation of Rust code, and is
the next iteration of rls. rust-analyzer, like rls, requires Rust files
to contained in Cargo projects.
5. rustfmt -- If you have `rustfmt` installed, you can use it as a fixer to
consistently reformat your Rust code.
Only cargo is enabled by default. To switch to using rustc instead of cargo,
configure |g:ale_linters| appropriately: >
" See the help text for the option for more information.
let g:ale_linters = {'rust': ['rustc']}
<
Also note that rustc 1.12. or later is needed.
===============================================================================
analyzer *ale-rust-analyzer*
g:ale_rust_analyzer_executable *g:ale_rust_analyzer_executable*
*b:ale_rust_analyzer_executable*
Type: |String|
Default: `'rust-analyzer'`
This variable can be modified to change the executable path for
`rust-analyzer`.
g:ale_rust_analyzer_config *g:ale_rust_analyzer_config*
*b:ale_rust_analyzer_config*
Type: |Dictionary|
Default: `{}`
Dictionary with configuration settings for rust-analyzer.
===============================================================================
cargo *ale-rust-cargo*
g:ale_rust_cargo_use_check *g:ale_rust_cargo_use_check*
*b:ale_rust_cargo_use_check*
Type: |Number|
Default: `1`
When set to `1`, this option will cause ALE to use `cargo check` instead of
`cargo build` . `cargo check` is supported since version 1.16.0 of Rust.
ALE will never use `cargo check` when the version of `cargo` is less than
0.17.0.
g:ale_rust_cargo_check_all_targets *g:ale_rust_cargo_check_all_targets*
*b:ale_rust_cargo_check_all_targets*
Type: |Number|
Default: `0`
When set to `1`, ALE will set the `--all-targets` option when `cargo check`
is used. See |g:ale_rust_cargo_use_check|,
g:ale_rust_cargo_check_tests *g:ale_rust_cargo_check_tests*
*b:ale_rust_cargo_check_tests*
Type: |Number|
Default: `0`
When set to `1`, ALE will set the `--tests` option when `cargo check`
is used. This allows for linting of tests which are normally excluded.
See |g:ale_rust_cargo_use_check|,
g:ale_rust_cargo_check_examples *g:ale_rust_cargo_check_examples*
*b:ale_rust_cargo_check_examples*
Type: |Number|
Default: `0`
When set to `1`, ALE will set the `--examples` option when `cargo check`
is used. This allows for linting of examples which are normally excluded.
See |g:ale_rust_cargo_use_check|,
g:ale_rust_cargo_default_feature_behavior
*g:ale_rust_cargo_default_feature_behavior*
*b:ale_rust_cargo_default_feature_behavior*
Type: |String|
Default: `default`
When set to `none`, ALE will set the `--no-default-features` option when
invoking `cargo`. Only the features specified in
|g:ale_rust_cargo_include_features| will be included when performing the
lint check.
When set to `default`, ALE will instruct `cargo` to build all default
features specified in the project's `Cargo.toml` file, in addition to
including any additional features defined in
|g:ale_rust_cargo_include_features|.
When set to `all`, ALE will set the `--all-features` option when
invoking `cargo`, which will include all features defined in the project's
`Cargo.toml` file when performing the lint check.
g:ale_rust_cargo_include_features *g:ale_rust_cargo_include_features*
*b:ale_rust_cargo_include_features*
Type: |String|
Default: `''`
When defined, ALE will set the `--features` option when invoking `cargo` to
perform the lint check. See |g:ale_rust_cargo_default_feature_behavior|.
g:ale_rust_cargo_avoid_whole_workspace *g:ale_rust_cargo_avoid_whole_workspace*
*b:ale_rust_cargo_avoid_whole_workspace*
Type: |Number|
Default: `1`
When set to 1, and ALE is used to edit a crate that is part of a Cargo
workspace, avoid building the entire workspace by invoking `cargo` directly
in the crate's directory. Otherwise, behave as usual.
g:ale_rust_cargo_use_clippy
*g:ale_rust_cargo_use_clippy*
*b:ale_rust_cargo_use_clippy*
Type: |Number|
Default: `0`
When set to 1, `cargo clippy` will be used instead of `cargo check` or
`cargo build` as linter.
For details of `cargo clippy`, please visit the following link:
https://github.com/rust-lang-nursery/rust-clippy
Since `cargo clippy` is optional toolchain, it's safer to check whether
`cargo-clippy` is executable as follows:
>
let g:ale_rust_cargo_use_clippy = executable('cargo-clippy')
<
g:ale_rust_cargo_clippy_options
*g:ale_rust_cargo_clippy_options*
*b:ale_rust_cargo_clippy_options*
Type: |String|
Default: `''`
When `cargo clippy` is used, this value will be added to a command line to run
it. This variable is useful when you want to add some extra options which
only `cargo clippy` supports (e.g. `--deny`).
===============================================================================
rls *ale-rust-rls*
g:ale_rust_rls_executable *g:ale_rust_rls_executable*
*b:ale_rust_rls_executable*
Type: |String|
Default: `'rls'`
This variable can be modified to change the executable path for `rls`.
g:ale_rust_rls_toolchain *g:ale_rust_rls_toolchain*
*b:ale_rust_rls_toolchain*
Type: |String|
Default: `''`
This option can be set to change the toolchain used for `rls`. Possible
values include `'nightly'`, `'beta'`, `'stable'`, and `''`. When using
option `''`, rls will automatically find the default toolchain set by
rustup. If you want to use `rls` from a specific toolchain version, you may
also use values like `'channel-yyyy-mm-dd-arch-target'` as long as
`'rls +{toolchain_name} -V'` runs correctly in your command line.
The `rls` server will only be started once per executable.
g:ale_rust_rls_config *g:ale_rust_rls_config*
*b:ale_rust_rls_config*
Type: |Dictionary|
Default: `{}`
Dictionary with configuration settings for rls. For example, to force
using clippy as linter: >
{
\ 'rust': {
\ 'clippy_preference': 'on'
\ }
\ }
===============================================================================
rustc *ale-rust-rustc*
g:ale_rust_rustc_options *g:ale_rust_rustc_options*
*b:ale_rust_rustc_options*
Type: |String|
Default: `'-Z no-codegen'`
The variable can be used to change the options passed to `rustc`.
`-Z no-codegen` should only work with nightly builds of Rust. Be careful when
setting the options, as running `rustc` could execute code or generate
binary files.
g:ale_rust_ignore_error_codes *g:ale_rust_ignore_error_codes*
*b:ale_rust_ignore_error_codes*
Type: |List| of |String|s
Default: `[]`
This variable can contain error codes which will be ignored. For example, to
ignore most errors regarding failed imports, put this in your .vimrc
>
let g:ale_rust_ignore_error_codes = ['E0432', 'E0433']
g:ale_rust_ignore_secondary_spans *g:ale_rust_ignore_secondary_spans*
*b:ale_rust_ignore_secondary_spans*
Type: Number
Default: 0
When set to 1, instructs the Rust error repporting to ignore secondary
spans. The problem with secondary spans is that they sometimes appear in
error messages before the main cause of the error, for example: >
1 src/main.rs|98 col 5 error| this function takes 4 parameters but 5
parameters were supplied: defined here
2 src/main.rs|430 col 32 error| this function takes 4 parameters but 5
parameters were supplied: expected 4 parameters
<
This is due to the sorting by line numbers. With this option set to 1,
the 'defined here' span will not be presented.
===============================================================================
rustfmt *ale-rust-rustfmt*
g:ale_rust_rustfmt_options *g:ale_rust_rustfmt_options*
*b:ale_rust_rustfmt_options*
Type: |String|
Default: `''`
This variable can be set to pass additional options to the rustfmt fixer.
===============================================================================
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===============================================================================
ALE Sass Integration *ale-sass-options*
===============================================================================
sasslint *ale-sass-sasslint*
See |ale-scss-sasslint| for information about the available options.
===============================================================================
stylelint *ale-sass-stylelint*
g:ale_sass_stylelint_executable *g:ale_sass_stylelint_executable*
*b:ale_sass_stylelint_executable*
Type: |String|
Default: `'stylelint'`
See |ale-integrations-local-executables|
g:ale_sass_stylelint_use_global *g:ale_sass_stylelint_use_global*
*b:ale_sass_stylelint_use_global*
Type: |String|
Default: `get(g:, 'ale_use_global_executables', 0)`
See |ale-integrations-local-executables|
===============================================================================
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===============================================================================
ALE Scala Integration *ale-scala-options*
===============================================================================
metals *ale-scala-metals*
`metals` requires either an SBT project, a Mill project, or a running Bloop
server.
g:ale_scala_metals_executable *g:ale_scala_metals_executable*
*b:ale_scala_metals_executable*
Type: |String|
Default: `'metals-vim'`
Override the invoked `metals` binary.
g:ale_scala_metals_project_root *g:ale_scala_metals_project_root*
*b:ale_scala_metals_project_root*
Type: |String|
Default: `''`
By default the project root is found by searching upwards for `build.sbt`,
`build.sc`, `.bloop` or `.metals`.
If the project root is elsewhere, you can override the project root
directory.
===============================================================================
sbtserver *ale-scala-sbtserver*
`sbtserver` requires a running ^1.1.x sbt shell to connect to. It will attempt
to connect via TCP to the address defined in `g:ale_scala_sbtserver_address`.
As `sbt` defaults to listening via unix sockets, place these settings into
your `~/.sbt/1.0/global.sbt` to ensure that ale will always attempt to connect
to the right socket:
`serverConnectionType := ConnectionType.Tcp` and `serverPort := 4273`
g:ale_scala_sbtserver_address *g:ale_scala_sbtserver_address*
*b:ale_scala_sbtserver_address*
Type: |String|
Default: `'127.0.0.1:4273'`
By default the address is found by parsing `active.json`, however, reading a
file is a blocking operation which should be avoided in ale. The easy way
around this is to configure sbt to always connect to the same port, which
the instructions above describe.
g:ale_scala_sbtserver_project_root *g:ale_scala_sbtserver_project_root*
*b:ale_scala_sbtserver_project_root*
Type: |String|
Default: `''`
By default the project root is found by searching upwards for `build.sbt`.
If the project root is elsewhere, you can override the project root
directory.
===============================================================================
scalafmt *ale-scala-scalafmt*
If Nailgun is used, override `g:ale_scala_scalafmt_executable` like so: >
let g:ale_scala_scalafmt_executable = 'ng'
g:ale_scala_scalafmt_executable *g:ale_scala_scalafmt_executable*
*b:ale_scala_scalafmt_executable*
Type: |String|
Default: `'scalafmt'`
Override the invoked `scalafmt` binary. This is useful for running `scalafmt`
with Nailgun.
g:ale_scala_scalafmt_options *g:ale_scala_scalafmt_options*
*b:ale_scala_scalafmt_options*
Type: |String|
Default: `''`
A string containing additional options to pass to `'scalafmt'`, or
`'ng scalafmt'` if Nailgun is used.
===============================================================================
scalastyle *ale-scala-scalastyle*
`scalastyle` requires a configuration file for a project to run. When no
configuration file can be found, ALE will report a problem saying that a
configuration file is required at line 1.
To disable `scalastyle` globally, use |g:ale_linters| like so: >
let g:ale_linters = {'scala': ['scalac']} " Enable only scalac instead
<
See |g:ale_linters| for more information on disabling linters.
g:ale_scala_scalastyle_config *g:ale_scala_scalastyle_config*
*b:ale_scala_scalastyle_config*
Type: |String|
Default: `''`
A string containing the location of a global fallback configuration file.
By default, ALE will look for a configuration file named
`scalastyle_config.xml` or `scalastyle-config.xml` in the current file's
directory or parent directories.
g:ale_scala_scalastyle_options *g:ale_scala_scalastyle_options*
*b:ale_scala_scalastyle_options*
Type: |String|
Default: `''`
A string containing additional options to pass to scalastyle.
===============================================================================
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