syntastic/plugin/syntastic.vim

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"============================================================================
"File: syntastic.vim
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"Description: Vim plugin for on the fly syntax checking.
"Version: 3.0.0
"Released On: 13 April, 2013
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"License: This program is free software. It comes without any warranty,
" to the extent permitted by applicable law. You can redistribute
" it and/or modify it under the terms of the Do What The Fuck You
" Want To Public License, Version 2, as published by Sam Hocevar.
" See http://sam.zoy.org/wtfpl/COPYING for more details.
"
"============================================================================
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if exists("g:loaded_syntastic_plugin")
finish
endif
let g:loaded_syntastic_plugin = 1
runtime! plugin/syntastic/*.vim
refactor how we represent and store checkers using python as a demo Add 2 classes: SyntasticChecker and SyntasticRegistry. SyntasticChecker represents a checker. It holds funcrefs to the checker func, the highlight regex func and a new `isAvailable()` func (that essentially just checks if the checker exe is installed) SyntasticRegistry is responsible for: * loading checkers * storing checkers * fetching the checkers to use according to availability and the users settings Motivation/benefits: * in the current system only one checker can be loaded per filetype * syntax checkers cant be "chained" together * the system is hard to add features to since fundamental concepts like syntax checkers and location lists arent represented explicitly Things left to do: * add a call to g:SyntasticRegistry.CreateAndRegisterChecker() to all checkers * add an `isAvailable` function to all checkers * move all checkers into `syntax_checkers/filetype/checkername.vim` - g:SyntasticRegistry assumes this layout, and its a good idea anyway for consistency and it makes it easier for users to add their own checkers Things to do after all of the above: * add a LocationList class and move all the filtering functions onto it * possibly add an Error class that wraps up each item in a loc list Random notes: * with the new system you can select the checkers to use with e.g. `let g:syntastic_python_checkers=['flake8', 'pylint']` This will try flake8 first, and if no errors are detected it will move onto pylint.
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let s:running_windows = has("win16") || has("win32")
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if !exists("g:syntastic_always_populate_loc_list")
let g:syntastic_always_populate_loc_list = 0
endif
if !exists("g:syntastic_auto_jump")
let syntastic_auto_jump=0
endif
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if !exists("g:syntastic_quiet_warnings")
let g:syntastic_quiet_warnings = 0
endif
if !exists("g:syntastic_stl_format")
let g:syntastic_stl_format = '[Syntax: line:%F (%t)]'
endif
if !exists("g:syntastic_check_on_open")
let g:syntastic_check_on_open = 0
endif
if !exists("g:syntastic_check_on_wq")
let g:syntastic_check_on_wq = 1
endif
if !exists("g:syntastic_loc_list_height")
let g:syntastic_loc_list_height = 10
endif
if !exists("g:syntastic_ignore_files")
let g:syntastic_ignore_files = []
endif
refactor how we represent and store checkers using python as a demo Add 2 classes: SyntasticChecker and SyntasticRegistry. SyntasticChecker represents a checker. It holds funcrefs to the checker func, the highlight regex func and a new `isAvailable()` func (that essentially just checks if the checker exe is installed) SyntasticRegistry is responsible for: * loading checkers * storing checkers * fetching the checkers to use according to availability and the users settings Motivation/benefits: * in the current system only one checker can be loaded per filetype * syntax checkers cant be "chained" together * the system is hard to add features to since fundamental concepts like syntax checkers and location lists arent represented explicitly Things left to do: * add a call to g:SyntasticRegistry.CreateAndRegisterChecker() to all checkers * add an `isAvailable` function to all checkers * move all checkers into `syntax_checkers/filetype/checkername.vim` - g:SyntasticRegistry assumes this layout, and its a good idea anyway for consistency and it makes it easier for users to add their own checkers Things to do after all of the above: * add a LocationList class and move all the filtering functions onto it * possibly add an Error class that wraps up each item in a loc list Random notes: * with the new system you can select the checkers to use with e.g. `let g:syntastic_python_checkers=['flake8', 'pylint']` This will try flake8 first, and if no errors are detected it will move onto pylint.
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let s:registry = g:SyntasticRegistry.Instance()
let s:notifiers = g:SyntasticNotifiers.New()
let s:modemap = g:SyntasticModeMap.Instance()
refactor how we represent and store checkers using python as a demo Add 2 classes: SyntasticChecker and SyntasticRegistry. SyntasticChecker represents a checker. It holds funcrefs to the checker func, the highlight regex func and a new `isAvailable()` func (that essentially just checks if the checker exe is installed) SyntasticRegistry is responsible for: * loading checkers * storing checkers * fetching the checkers to use according to availability and the users settings Motivation/benefits: * in the current system only one checker can be loaded per filetype * syntax checkers cant be "chained" together * the system is hard to add features to since fundamental concepts like syntax checkers and location lists arent represented explicitly Things left to do: * add a call to g:SyntasticRegistry.CreateAndRegisterChecker() to all checkers * add an `isAvailable` function to all checkers * move all checkers into `syntax_checkers/filetype/checkername.vim` - g:SyntasticRegistry assumes this layout, and its a good idea anyway for consistency and it makes it easier for users to add their own checkers Things to do after all of the above: * add a LocationList class and move all the filtering functions onto it * possibly add an Error class that wraps up each item in a loc list Random notes: * with the new system you can select the checkers to use with e.g. `let g:syntastic_python_checkers=['flake8', 'pylint']` This will try flake8 first, and if no errors are detected it will move onto pylint.
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function! s:CompleteCheckerName(argLead, cmdLine, cursorPos)
let checker_names = []
for ft in s:CurrentFiletypes()
for checker in s:registry.availableCheckersFor(ft)
call add(checker_names, checker.name())
endfor
endfor
return join(checker_names, "\n")
endfunction
command! SyntasticToggleMode call s:ToggleMode()
command! -nargs=? -complete=custom,s:CompleteCheckerName SyntasticCheck call s:UpdateErrors(0, <f-args>) <bar> call s:Redraw()
command! Errors call s:ShowLocList()
command! SyntasticInfo call s:registry.echoInfoFor(&ft)
highlight link SyntasticError SpellBad
highlight link SyntasticWarning SpellCap
augroup syntastic
autocmd BufReadPost * if g:syntastic_check_on_open | call s:UpdateErrors(1) | endif
autocmd BufWritePost * call s:UpdateErrors(1)
autocmd BufWinEnter * call s:BufWinEnterHook()
" TODO: the next autocmd should be "autocmd BufWinLeave * if empty(&bt) | lclose | endif"
" but in recent versions of Vim lclose can no longer be called from BufWinLeave
autocmd BufEnter * call s:BufEnterHook()
augroup END
if v:version > 703 || (v:version == 703 && has('patch544'))
" QuitPre was added in Vim 7.3.544
augroup syntastic
autocmd QuitPre * call s:QuitPreHook()
augroup END
endif
function! s:BufWinEnterHook()
if empty(&bt)
let loclist = g:SyntasticLoclist.current()
call g:SyntasticAutoloclistNotifier.AutoToggle(loclist)
call g:SyntasticHighlightingNotifier.refresh(loclist)
endif
endfunction
function! s:BufEnterHook()
" TODO: at this point there is no b:syntastic_loclist
let loclist = filter(getloclist(0), 'v:val["valid"] == 1')
let buffers = syntastic#util#unique(map( loclist, 'v:val["bufnr"]' ))
if &bt=='quickfix' && !empty(loclist) && empty(filter( buffers, 'syntastic#util#bufIsActive(v:val)' ))
call g:SyntasticLoclistHide()
endif
endfunction
function! s:QuitPreHook()
let b:syntastic_skip_checks = !g:syntastic_check_on_wq
call g:SyntasticLoclistHide()
endfunction
"refresh and redraw all the error info for this buf when saving or reading
function! s:UpdateErrors(auto_invoked, ...)
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if s:SkipFile()
return
endif
if !a:auto_invoked || s:modemap.allowsAutoChecking(&filetype)
if a:0 >= 1
call s:CacheErrors(a:1)
else
call s:CacheErrors()
endif
end
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let loclist = g:SyntasticLoclist.current()
call s:notifiers.refresh(loclist)
if g:syntastic_always_populate_loc_list || g:syntastic_auto_jump
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call setloclist(0, loclist.filteredRaw())
if g:syntastic_auto_jump && loclist.hasErrorsOrWarningsToDisplay()
silent! lrewind
endif
endif
endfunction
"clear the loc list for the buffer
function! s:ClearCache()
call s:notifiers.reset(g:SyntasticLoclist.current())
unlet! b:syntastic_loclist
endfunction
function! s:CurrentFiletypes()
"sub - for _ in filetypes otherwise we cant name syntax checker
"functions legally for filetypes like "gentoo-metadata"
let fts = substitute(&ft, '-', '_', 'g')
return split(fts, '\.')
endfunction
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"detect and cache all syntax errors in this buffer
function! s:CacheErrors(...)
call s:ClearCache()
let newLoclist = g:SyntasticLoclist.New([])
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if !s:SkipFile()
for ft in s:CurrentFiletypes()
if a:0
let checker = s:registry.getChecker(ft, a:1)
if !empty(checker)
let checkers = [checker]
endif
else
let checkers = s:registry.getActiveCheckers(ft)
endif
refactor how we represent and store checkers using python as a demo Add 2 classes: SyntasticChecker and SyntasticRegistry. SyntasticChecker represents a checker. It holds funcrefs to the checker func, the highlight regex func and a new `isAvailable()` func (that essentially just checks if the checker exe is installed) SyntasticRegistry is responsible for: * loading checkers * storing checkers * fetching the checkers to use according to availability and the users settings Motivation/benefits: * in the current system only one checker can be loaded per filetype * syntax checkers cant be "chained" together * the system is hard to add features to since fundamental concepts like syntax checkers and location lists arent represented explicitly Things left to do: * add a call to g:SyntasticRegistry.CreateAndRegisterChecker() to all checkers * add an `isAvailable` function to all checkers * move all checkers into `syntax_checkers/filetype/checkername.vim` - g:SyntasticRegistry assumes this layout, and its a good idea anyway for consistency and it makes it easier for users to add their own checkers Things to do after all of the above: * add a LocationList class and move all the filtering functions onto it * possibly add an Error class that wraps up each item in a loc list Random notes: * with the new system you can select the checkers to use with e.g. `let g:syntastic_python_checkers=['flake8', 'pylint']` This will try flake8 first, and if no errors are detected it will move onto pylint.
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for checker in checkers
call syntastic#util#debug("CacheErrors: Invoking checker: " . checker.name())
let loclist = checker.getLocList()
refactor how we represent and store checkers using python as a demo Add 2 classes: SyntasticChecker and SyntasticRegistry. SyntasticChecker represents a checker. It holds funcrefs to the checker func, the highlight regex func and a new `isAvailable()` func (that essentially just checks if the checker exe is installed) SyntasticRegistry is responsible for: * loading checkers * storing checkers * fetching the checkers to use according to availability and the users settings Motivation/benefits: * in the current system only one checker can be loaded per filetype * syntax checkers cant be "chained" together * the system is hard to add features to since fundamental concepts like syntax checkers and location lists arent represented explicitly Things left to do: * add a call to g:SyntasticRegistry.CreateAndRegisterChecker() to all checkers * add an `isAvailable` function to all checkers * move all checkers into `syntax_checkers/filetype/checkername.vim` - g:SyntasticRegistry assumes this layout, and its a good idea anyway for consistency and it makes it easier for users to add their own checkers Things to do after all of the above: * add a LocationList class and move all the filtering functions onto it * possibly add an Error class that wraps up each item in a loc list Random notes: * with the new system you can select the checkers to use with e.g. `let g:syntastic_python_checkers=['flake8', 'pylint']` This will try flake8 first, and if no errors are detected it will move onto pylint.
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if !loclist.isEmpty()
let newLoclist = newLoclist.extend(loclist)
refactor how we represent and store checkers using python as a demo Add 2 classes: SyntasticChecker and SyntasticRegistry. SyntasticChecker represents a checker. It holds funcrefs to the checker func, the highlight regex func and a new `isAvailable()` func (that essentially just checks if the checker exe is installed) SyntasticRegistry is responsible for: * loading checkers * storing checkers * fetching the checkers to use according to availability and the users settings Motivation/benefits: * in the current system only one checker can be loaded per filetype * syntax checkers cant be "chained" together * the system is hard to add features to since fundamental concepts like syntax checkers and location lists arent represented explicitly Things left to do: * add a call to g:SyntasticRegistry.CreateAndRegisterChecker() to all checkers * add an `isAvailable` function to all checkers * move all checkers into `syntax_checkers/filetype/checkername.vim` - g:SyntasticRegistry assumes this layout, and its a good idea anyway for consistency and it makes it easier for users to add their own checkers Things to do after all of the above: * add a LocationList class and move all the filtering functions onto it * possibly add an Error class that wraps up each item in a loc list Random notes: * with the new system you can select the checkers to use with e.g. `let g:syntastic_python_checkers=['flake8', 'pylint']` This will try flake8 first, and if no errors are detected it will move onto pylint.
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"only get errors from one checker at a time
break
endif
endfor
endfor
endif
let b:syntastic_loclist = newLoclist
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endfunction
function! s:ToggleMode()
call s:modemap.toggleMode()
call s:ClearCache()
call s:UpdateErrors(1)
call s:modemap.echoMode()
endfunction
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"display the cached errors for this buf in the location list
function! s:ShowLocList()
let loclist = g:SyntasticLoclist.current()
call loclist.show()
endfunction
"the script changes &shellpipe and &shell to stop the screen flicking when
"shelling out to syntax checkers. Not all OSs support the hacks though
function! s:OSSupportsShellpipeHack()
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return !s:running_windows && executable('/bin/bash') && (s:uname() !~ "FreeBSD") && (s:uname() !~ "OpenBSD")
endfunction
function! s:IsRedrawRequiredAfterMake()
return !s:running_windows && (s:uname() =~ "FreeBSD" || s:uname() =~ "OpenBSD")
endfunction
"Redraw in a way that doesnt make the screen flicker or leave anomalies behind.
"
"Some terminal versions of vim require `redraw!` - otherwise there can be
"random anomalies left behind.
"
"However, on some versions of gvim using `redraw!` causes the screen to
"flicker - so use redraw.
function! s:Redraw()
if has('gui_running') || has('gui_macvim')
redraw
else
redraw!
endif
endfunction
function! s:IgnoreFile(filename)
let fname = fnamemodify(a:filename, ':p')
for p in g:syntastic_ignore_files
if fname =~# p
return 1
endif
endfor
return 0
endfunction
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" Skip running in special buffers
function! s:SkipFile()
let force_skip = exists('b:syntastic_skip_checks') ? b:syntastic_skip_checks : 0
let fname = expand('%')
return force_skip || !empty(&buftype) || !filereadable(fname) || getwinvar(0, '&diff') || s:IgnoreFile(fname)
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endfunction
function! s:uname()
if !exists('s:uname')
let s:uname = system('uname')
endif
return s:uname
endfunction
"return a string representing the state of buffer according to
"g:syntastic_stl_format
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"
"return '' if no errors are cached for the buffer
function! SyntasticStatuslineFlag()
let loclist = g:SyntasticLoclist.current()
let issues = loclist.filteredRaw()
let num_issues = loclist.length()
if loclist.hasErrorsOrWarningsToDisplay()
let errors = loclist.errors()
let warnings = loclist.warnings()
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let num_errors = len(errors)
let num_warnings = len(warnings)
let output = g:syntastic_stl_format
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"hide stuff wrapped in %E(...) unless there are errors
let output = substitute(output, '\C%E{\([^}]*\)}', num_errors ? '\1' : '' , 'g')
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"hide stuff wrapped in %W(...) unless there are warnings
let output = substitute(output, '\C%W{\([^}]*\)}', num_warnings ? '\1' : '' , 'g')
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"hide stuff wrapped in %B(...) unless there are both errors and warnings
let output = substitute(output, '\C%B{\([^}]*\)}', (num_warnings && num_errors) ? '\1' : '' , 'g')
"sub in the total errors/warnings/both
let output = substitute(output, '\C%w', num_warnings, 'g')
let output = substitute(output, '\C%e', num_errors, 'g')
let output = substitute(output, '\C%t', num_issues, 'g')
"first error/warning line num
let output = substitute(output, '\C%F', num_issues ? issues[0]['lnum'] : '', 'g')
"first error line num
let output = substitute(output, '\C%fe', num_errors ? errors[0]['lnum'] : '', 'g')
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"first warning line num
let output = substitute(output, '\C%fw', num_warnings ? warnings[0]['lnum'] : '', 'g')
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return output
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else
return ''
endif
endfunction
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"A wrapper for the :lmake command. Sets up the make environment according to
"the options given, runs make, resets the environment, returns the location
"list
"
"a:options can contain the following keys:
" 'makeprg'
" 'errorformat'
"
"The corresponding options are set for the duration of the function call. They
"are set with :let, so dont escape spaces.
"
"a:options may also contain:
" 'defaults' - a dict containing default values for the returned errors
" 'subtype' - all errors will be assigned the given subtype
" 'postprocess' - a list of functions to be applied to the error list
function! SyntasticMake(options)
call syntastic#util#debug('SyntasticMake: called with options: '. string(a:options))
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let old_loclist = getloclist(0)
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let old_makeprg = &l:makeprg
let old_shellpipe = &shellpipe
let old_shell = &shell
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let old_errorformat = &l:errorformat
if s:OSSupportsShellpipeHack()
"this is a hack to stop the screen needing to be ':redraw'n when
"when :lmake is run. Otherwise the screen flickers annoyingly
let &shellpipe='&>'
let &shell = '/bin/bash'
endif
if has_key(a:options, 'makeprg')
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let &l:makeprg = a:options['makeprg']
endif
if has_key(a:options, 'errorformat')
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let &l:errorformat = a:options['errorformat']
endif
silent lmake!
let errors = getloclist(0)
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call setloclist(0, old_loclist)
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let &l:makeprg = old_makeprg
let &l:errorformat = old_errorformat
let &shellpipe=old_shellpipe
let &shell=old_shell
if s:IsRedrawRequiredAfterMake()
call s:Redraw()
endif
if has_key(a:options, 'defaults')
call SyntasticAddToErrors(errors, a:options['defaults'])
endif
" Apply ignore patterns
let ignore = {}
for buf in syntastic#util#unique(map(copy(errors), 'v:val["bufnr"]'))
let ignore[buf] = s:IgnoreFile(bufname(str2nr(buf)))
endfor
call filter(errors, '!ignore[v:val["bufnr"]]')
" Add subtype info if present.
if has_key(a:options, 'subtype')
call SyntasticAddToErrors(errors, {'subtype': a:options['subtype']})
endif
if has_key(a:options, 'postprocess') && !empty(a:options['postprocess'])
for rule in a:options['postprocess']
let errors = call('syntastic#postprocess#' . rule, [errors])
endfor
endif
return errors
endfunction
"take a list of errors and add default values to them from a:options
function! SyntasticAddToErrors(errors, options)
for i in range(0, len(a:errors)-1)
for key in keys(a:options)
if !has_key(a:errors[i], key) || empty(a:errors[i][key])
let a:errors[i][key] = a:options[key]
endif
endfor
endfor
return a:errors
endfunction
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" vim: set et sts=4 sw=4: