YouCompleteMe/autoload/youcompleteme.vim
Davit Samvelyan 4d97437872 Moved parse request and diagnostics handling to python.
Moved File parse request handling and diagnostic extraction flow into
python to simplify flow and allow easier addition of new parse request
handlers such as semantic highlighter.
Refactored base_test to patch separate vimsupport functions instead of
the whole module, and interfering the test results afterwards.
Added new tests for diagnostic sign place/unplace and error/warning
count extraction API.
2016-02-21 14:47:54 +04:00

864 lines
26 KiB
VimL

" Copyright (C) 2011, 2012 Google Inc.
"
" This file is part of YouCompleteMe.
"
" YouCompleteMe is free software: you can redistribute it and/or modify
" it under the terms of the GNU General Public License as published by
" the Free Software Foundation, either version 3 of the License, or
" (at your option) any later version.
"
" YouCompleteMe is distributed in the hope that it will be useful,
" but WITHOUT ANY WARRANTY; without even the implied warranty of
" MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
" GNU General Public License for more details.
"
" You should have received a copy of the GNU General Public License
" along with YouCompleteMe. If not, see <http://www.gnu.org/licenses/>.
" This is basic vim plugin boilerplate
let s:save_cpo = &cpo
set cpo&vim
" This needs to be called outside of a function
let s:script_folder_path = escape( expand( '<sfile>:p:h' ), '\' )
let s:omnifunc_mode = 0
let s:defer_omnifunc = 1
let s:old_cursor_position = []
let s:cursor_moved = 0
let s:moved_vertically_in_insert_mode = 0
let s:previous_num_chars_on_current_line = strlen( getline('.') )
function! youcompleteme#Enable()
" When vim is in diff mode, don't run
if &diff
return
endif
call s:SetUpBackwardsCompatibility()
" This can be 0 if YCM libs are old or -1 if an exception occured while
" executing the function.
if s:SetUpPython() != 1
return
endif
call s:SetUpCommands()
call s:SetUpCpoptions()
call s:SetUpCompleteopt()
call s:SetUpKeyMappings()
if g:ycm_show_diagnostics_ui
call s:TurnOffSyntasticForCFamily()
endif
call s:SetUpSigns()
call s:SetUpSyntaxHighlighting()
if g:ycm_allow_changing_updatetime && &updatetime > 2000
set ut=2000
endif
call youcompleteme#EnableCursorMovedAutocommands()
augroup youcompleteme
autocmd!
" Note that these events will NOT trigger for the file vim is started with;
" so if you do "vim foo.cc", these events will not trigger when that buffer
" is read. This is because youcompleteme#Enable() is called on VimEnter and
" that happens *after" BufRead/BufEnter has already triggered for the
" initial file.
" We also need to trigger buf init code on the FileType event because when
" the user does :enew and then :set ft=something, we need to run buf init
" code again.
autocmd BufReadPre * call s:OnBufferReadPre( expand( '<afile>:p' ) )
autocmd BufRead,BufEnter,FileType * call s:OnBufferVisit()
autocmd BufUnload * call s:OnBufferUnload( expand( '<afile>:p' ) )
autocmd CursorHold,CursorHoldI * call s:OnCursorHold()
autocmd InsertLeave * call s:OnInsertLeave()
autocmd InsertEnter * call s:OnInsertEnter()
autocmd VimLeave * call s:OnVimLeave()
autocmd CompleteDone * call s:OnCompleteDone()
augroup END
" Setting the omnifunc require us to ask the server if it has a Native
" Semantic Completer for the current buffer's filetype. When vim first start
" this mean that we have to wait for the server to be up and running which
" would block vim's GUI. To avoid this we defer setting the omnifunc the
" first time to when we enter Insert mode and then update it on every
" BufferVisit as normal.
if s:defer_omnifunc
augroup ycm_defer_omnifunc
autocmd!
autocmd InsertEnter * call s:SetOmnicompleteFunc()
\ | let s:defer_omnifunc = 0
\ | autocmd! ycm_defer_omnifunc
augroup END
endif
" Calling these once solves the problem of BufReadPre/BufRead/BufEnter not
" triggering for the first loaded file. This should be the last commands
" executed in this function!
call s:OnBufferReadPre( expand( '<afile>:p' ) )
call s:OnBufferVisit()
endfunction
function! youcompleteme#EnableCursorMovedAutocommands()
augroup ycmcompletemecursormove
autocmd!
autocmd CursorMovedI * call s:OnCursorMovedInsertMode()
autocmd CursorMoved * call s:OnCursorMovedNormalMode()
augroup END
endfunction
function! youcompleteme#DisableCursorMovedAutocommands()
autocmd! ycmcompletemecursormove CursorMoved *
autocmd! ycmcompletemecursormove CursorMovedI *
endfunction
function! youcompleteme#GetErrorCount()
return pyeval( 'ycm_state.GetErrorCount()' )
endfunction
function! youcompleteme#GetWarningCount()
return pyeval( 'ycm_state.GetWarningCount()' )
endfunction
function! s:SetUpPython() abort
python << EOF
import sys
import vim
import os
import subprocess
script_folder = vim.eval( 's:script_folder_path' )
sys.path.insert( 0, os.path.join( script_folder, '../python' ) )
sys.path.insert( 0, os.path.join( script_folder, '../third_party/ycmd' ) )
from ycmd import utils
utils.AddNearestThirdPartyFoldersToSysPath( script_folder )
# We need to import ycmd's third_party folders as well since we import and
# use ycmd code in the client.
utils.AddNearestThirdPartyFoldersToSysPath( utils.__file__ )
from ycm import base
base.LoadJsonDefaultsIntoVim()
from ycmd import user_options_store
user_options_store.SetAll( base.BuildServerConf() )
from ycm import paths, vimsupport
popen_args = [ paths.PathToPythonInterpreter(),
paths.PathToCheckCoreVersion() ]
if utils.SafePopen( popen_args ).wait() == 2:
vimsupport.PostVimMessage(
'YouCompleteMe unavailable: YCM support libs too old, PLEASE RECOMPILE' )
vim.command( 'return 0' )
from ycm.youcompleteme import YouCompleteMe
ycm_state = YouCompleteMe( user_options_store.GetAll() )
vim.command( 'return 1' )
EOF
endfunction
function! s:SetUpKeyMappings()
" The g:ycm_key_select_completion and g:ycm_key_previous_completion used to
" exist and are now here purely for the sake of backwards compatibility; we
" don't want to break users if we can avoid it.
if exists('g:ycm_key_select_completion') &&
\ index(g:ycm_key_list_select_completion,
\ g:ycm_key_select_completion) == -1
call add(g:ycm_key_list_select_completion, g:ycm_key_select_completion)
endif
if exists('g:ycm_key_previous_completion') &&
\ index(g:ycm_key_list_previous_completion,
\ g:ycm_key_previous_completion) == -1
call add(g:ycm_key_list_previous_completion, g:ycm_key_previous_completion)
endif
for key in g:ycm_key_list_select_completion
" With this command, when the completion window is visible, the tab key
" (default) will select the next candidate in the window. In vim, this also
" changes the typed-in text to that of the candidate completion.
exe 'inoremap <expr>' . key .
\ ' pumvisible() ? "\<C-n>" : "\' . key .'"'
endfor
for key in g:ycm_key_list_previous_completion
" This selects the previous candidate for shift-tab (default)
exe 'inoremap <expr>' . key .
\ ' pumvisible() ? "\<C-p>" : "\' . key .'"'
endfor
if !empty( g:ycm_key_invoke_completion )
let invoke_key = g:ycm_key_invoke_completion
" Inside the console, <C-Space> is passed as <Nul> to Vim
if invoke_key ==# '<C-Space>'
imap <Nul> <C-Space>
endif
" <c-x><c-o> trigger omni completion, <c-p> deselects the first completion
" candidate that vim selects by default
silent! exe 'inoremap <unique> ' . invoke_key . ' <C-X><C-O><C-P>'
endif
if !empty( g:ycm_key_detailed_diagnostics )
silent! exe 'nnoremap <unique> ' . g:ycm_key_detailed_diagnostics .
\ ' :YcmShowDetailedDiagnostic<cr>'
endif
endfunction
function! s:SetUpSigns()
" We try to ensure backwards compatibility with Syntastic if the user has
" already defined styling for Syntastic highlight groups.
if !hlexists( 'YcmErrorSign' )
if hlexists( 'SyntasticErrorSign')
highlight link YcmErrorSign SyntasticErrorSign
else
highlight link YcmErrorSign error
endif
endif
if !hlexists( 'YcmWarningSign' )
if hlexists( 'SyntasticWarningSign')
highlight link YcmWarningSign SyntasticWarningSign
else
highlight link YcmWarningSign todo
endif
endif
if !hlexists( 'YcmErrorLine' )
highlight link YcmErrorLine SyntasticErrorLine
endif
if !hlexists( 'YcmWarningLine' )
highlight link YcmWarningLine SyntasticWarningLine
endif
exe 'sign define YcmError text=' . g:ycm_error_symbol .
\ ' texthl=YcmErrorSign linehl=YcmErrorLine'
exe 'sign define YcmWarning text=' . g:ycm_warning_symbol .
\ ' texthl=YcmWarningSign linehl=YcmWarningLine'
endfunction
function! s:SetUpSyntaxHighlighting()
" We try to ensure backwards compatibility with Syntastic if the user has
" already defined styling for Syntastic highlight groups.
if !hlexists( 'YcmErrorSection' )
if hlexists( 'SyntasticError' )
highlight link YcmErrorSection SyntasticError
else
highlight link YcmErrorSection SpellBad
endif
endif
if !hlexists( 'YcmWarningSection' )
if hlexists( 'SyntasticWarning' )
highlight link YcmWarningSection SyntasticWarning
else
highlight link YcmWarningSection SpellCap
endif
endif
endfunction
function! s:SetUpBackwardsCompatibility()
let complete_in_comments_and_strings =
\ get( g:, 'ycm_complete_in_comments_and_strings', 0 )
if complete_in_comments_and_strings
let g:ycm_complete_in_strings = 1
let g:ycm_complete_in_comments = 1
endif
" ycm_filetypes_to_completely_ignore is the old name for fileype_blacklist
if has_key( g:, 'ycm_filetypes_to_completely_ignore' )
let g:filetype_blacklist = g:ycm_filetypes_to_completely_ignore
endif
endfunction
" Needed so that YCM is used instead of Syntastic
function! s:TurnOffSyntasticForCFamily()
let g:syntastic_cpp_checkers = []
let g:syntastic_c_checkers = []
let g:syntastic_objc_checkers = []
let g:syntastic_objcpp_checkers = []
endfunction
function! s:AllowedToCompleteInCurrentFile()
if empty( &filetype ) ||
\ getbufvar( winbufnr( winnr() ), "&buftype" ) ==# 'nofile' ||
\ &filetype ==# 'qf'
return 0
endif
if exists( 'b:ycm_largefile' )
return 0
endif
let whitelist_allows = has_key( g:ycm_filetype_whitelist, '*' ) ||
\ has_key( g:ycm_filetype_whitelist, &filetype )
let blacklist_allows = !has_key( g:ycm_filetype_blacklist, &filetype )
return whitelist_allows && blacklist_allows
endfunction
function! s:SetUpCommands()
command! YcmRestartServer call s:RestartServer()
command! YcmShowDetailedDiagnostic call s:ShowDetailedDiagnostic()
command! YcmDebugInfo call s:DebugInfo()
command! -nargs=? -complete=custom,youcompleteme#LogsComplete
\ YcmToggleLogs call s:ToggleLogs(<f-args>)
command! -nargs=* -complete=custom,youcompleteme#SubCommandsComplete
\ YcmCompleter call s:CompleterCommand(<f-args>)
command! YcmForceCompileAndDiagnostics call s:ForceCompileAndDiagnostics()
command! YcmDiags call s:ShowDiagnostics()
endfunction
function! s:SetUpCpoptions()
" Without this flag in cpoptions, critical YCM mappings do not work. There's
" no way to not have this and have YCM working, so force the flag.
set cpoptions+=B
" This prevents the display of "Pattern not found" & similar messages during
" completion. This is only available since Vim 7.4.314
if pyeval( 'vimsupport.VimVersionAtLeast("7.4.314")' )
set shortmess+=c
endif
endfunction
function! s:SetUpCompleteopt()
" Some plugins (I'm looking at you, vim-notes) change completeopt by for
" instance adding 'longest'. This breaks YCM. So we force our settings.
" There's no two ways about this: if you want to use YCM then you have to
" have these completeopt settings, otherwise YCM won't work at all.
" We need menuone in completeopt, otherwise when there's only one candidate
" for completion, the menu doesn't show up.
set completeopt-=menu
set completeopt+=menuone
" This is unnecessary with our features. People use this option to insert
" the common prefix of all the matches and then add more differentiating chars
" so that they can select a more specific match. With our features, they
" don't need to insert the prefix; they just type the differentiating chars.
" Also, having this option set breaks the plugin.
set completeopt-=longest
if g:ycm_add_preview_to_completeopt
set completeopt+=preview
endif
endfunction
" For various functions/use-cases, we want to keep track of whether the buffer
" has changed since the last time they were invoked. We keep the state of
" b:changedtick of the last time the specific function was called in
" b:ycm_changedtick.
function! s:SetUpYcmChangedTick()
let b:ycm_changedtick =
\ get( b:, 'ycm_changedtick', {
\ 'file_ready_to_parse' : -1,
\ } )
endfunction
function! s:OnVimLeave()
py ycm_state.OnVimLeave()
endfunction
function! s:OnCompleteDone()
py ycm_state.OnCompleteDone()
endfunction
function! s:OnBufferReadPre(filename)
let threshold = g:ycm_disable_for_files_larger_than_kb * 1024
if threshold > 0 && getfsize( a:filename ) > threshold
echohl WarningMsg |
\ echomsg "YouCompleteMe is disabled in this buffer; " .
\ "the file exceeded the max size (see YCM options)." |
\ echohl None
let b:ycm_largefile = 1
endif
endfunction
function! s:OnBufferVisit()
" We need to do this even when we are not allowed to complete in the current
" file because we might be allowed to complete in the future! The canonical
" example is creating a new buffer with :enew and then setting a filetype.
call s:SetUpYcmChangedTick()
if !s:AllowedToCompleteInCurrentFile()
return
endif
call s:SetUpCompleteopt()
call s:SetCompleteFunc()
if !s:defer_omnifunc
call s:SetOmnicompleteFunc()
endif
py ycm_state.OnBufferVisit()
call s:OnFileReadyToParse()
endfunction
function! s:OnBufferUnload( deleted_buffer_file )
if !s:AllowedToCompleteInCurrentFile() || empty( a:deleted_buffer_file )
return
endif
py ycm_state.OnBufferUnload( vim.eval( 'a:deleted_buffer_file' ) )
endfunction
function! s:OnCursorHold()
if !s:AllowedToCompleteInCurrentFile()
return
endif
call s:SetUpCompleteopt()
call s:OnFileReadyToParse()
endfunction
function! s:OnFileReadyToParse()
" We need to call this just in case there is no b:ycm_changetick; this can
" happen for special buffers.
call s:SetUpYcmChangedTick()
" Order is important here; we need to extract any information before
" reparsing the file again. If we sent the new parse request first, then
" the response would always be pending when we called
" HandleFileParseRequest.
py ycm_state.HandleFileParseRequest()
let buffer_changed = b:changedtick != b:ycm_changedtick.file_ready_to_parse
if buffer_changed
py ycm_state.OnFileReadyToParse()
endif
let b:ycm_changedtick.file_ready_to_parse = b:changedtick
endfunction
function! s:SetCompleteFunc()
let &completefunc = 'youcompleteme#Complete'
let &l:completefunc = 'youcompleteme#Complete'
endfunction
function! s:SetOmnicompleteFunc()
if pyeval( 'ycm_state.NativeFiletypeCompletionUsable()' )
let &omnifunc = 'youcompleteme#OmniComplete'
let &l:omnifunc = 'youcompleteme#OmniComplete'
" If we don't have native filetype support but the omnifunc is set to YCM's
" omnifunc because the previous file the user was editing DID have native
" support, we remove our omnifunc.
elseif &omnifunc == 'youcompleteme#OmniComplete'
let &omnifunc = ''
let &l:omnifunc = ''
endif
endfunction
function! s:OnCursorMovedInsertMode()
if !s:AllowedToCompleteInCurrentFile()
return
endif
py ycm_state.OnCursorMoved()
call s:UpdateCursorMoved()
" Basically, we need to only trigger the completion menu when the user has
" inserted or deleted a character, NOT just when the user moves in insert mode
" (with, say, the arrow keys). If we trigger the menu even on pure moves, then
" it's impossible to move in insert mode since the up/down arrows start moving
" the selected completion in the completion menu. Yeah, people shouldn't be
" moving in insert mode at all (that's what normal mode is for) but explain
" that to the users who complain...
if !s:BufferTextChangedSinceLastMoveInInsertMode()
return
endif
call s:IdentifierFinishedOperations()
if g:ycm_autoclose_preview_window_after_completion
call s:ClosePreviewWindowIfNeeded()
endif
if g:ycm_auto_trigger || s:omnifunc_mode
call s:InvokeCompletion()
endif
" We have to make sure we correctly leave omnifunc mode even when the user
" inserts something like a "operator[]" candidate string which fails
" CurrentIdentifierFinished check.
if s:omnifunc_mode && !pyeval( 'base.LastEnteredCharIsIdentifierChar()')
let s:omnifunc_mode = 0
endif
endfunction
function! s:OnCursorMovedNormalMode()
if !s:AllowedToCompleteInCurrentFile()
return
endif
call s:OnFileReadyToParse()
py ycm_state.OnCursorMoved()
endfunction
function! s:OnInsertLeave()
if !s:AllowedToCompleteInCurrentFile()
return
endif
let s:omnifunc_mode = 0
call s:OnFileReadyToParse()
py ycm_state.OnInsertLeave()
if g:ycm_autoclose_preview_window_after_completion ||
\ g:ycm_autoclose_preview_window_after_insertion
call s:ClosePreviewWindowIfNeeded()
endif
endfunction
function! s:OnInsertEnter()
let s:previous_num_chars_on_current_line = strlen( getline('.') )
if !s:AllowedToCompleteInCurrentFile()
return
endif
let s:old_cursor_position = []
endfunction
function! s:UpdateCursorMoved()
let current_position = getpos('.')
let s:cursor_moved = current_position != s:old_cursor_position
let s:moved_vertically_in_insert_mode = s:old_cursor_position != [] &&
\ current_position[ 1 ] != s:old_cursor_position[ 1 ]
let s:old_cursor_position = current_position
endfunction
function! s:BufferTextChangedSinceLastMoveInInsertMode()
let num_chars_in_current_cursor_line = strlen( getline('.') )
if s:moved_vertically_in_insert_mode
let s:previous_num_chars_on_current_line = num_chars_in_current_cursor_line
return 0
endif
let changed_text_on_current_line = num_chars_in_current_cursor_line !=
\ s:previous_num_chars_on_current_line
let s:previous_num_chars_on_current_line = num_chars_in_current_cursor_line
return changed_text_on_current_line
endfunction
function! s:ClosePreviewWindowIfNeeded()
let current_buffer_name = bufname('')
" We don't want to try to close the preview window in special buffers like
" "[Command Line]"; if we do, Vim goes bonkers. Special buffers always start
" with '['.
if current_buffer_name[ 0 ] == '['
return
endif
" This command does the actual closing of the preview window. If no preview
" window is shown, nothing happens.
pclose
endfunction
function! s:IdentifierFinishedOperations()
if !pyeval( 'base.CurrentIdentifierFinished()' )
return
endif
py ycm_state.OnCurrentIdentifierFinished()
let s:omnifunc_mode = 0
endfunction
" Returns 1 when inside comment and 2 when inside string
function! s:InsideCommentOrString()
" Has to be col('.') -1 because col('.') doesn't exist at this point. We are
" in insert mode when this func is called.
let syntax_group = synIDattr( synIDtrans( synID( line( '.' ), col( '.' ) - 1, 1 ) ), 'name')
if stridx(syntax_group, 'Comment') > -1
return 1
endif
if stridx(syntax_group, 'String') > -1
return 2
endif
return 0
endfunction
function! s:InsideCommentOrStringAndShouldStop()
let retval = s:InsideCommentOrString()
let inside_comment = retval == 1
let inside_string = retval == 2
if inside_comment && g:ycm_complete_in_comments ||
\ inside_string && g:ycm_complete_in_strings
return 0
endif
return retval
endfunction
function! s:OnBlankLine()
return pyeval( 'not vim.current.line or vim.current.line.isspace()' )
endfunction
function! s:InvokeCompletion()
if &completefunc != "youcompleteme#Complete"
return
endif
if s:InsideCommentOrStringAndShouldStop() || s:OnBlankLine()
return
endif
" This is tricky. First, having 'refresh' set to 'always' in the dictionary
" that our completion function returns makes sure that our completion function
" is called on every keystroke. Second, when the sequence of characters the
" user typed produces no results in our search an infinite loop can occur. The
" problem is that our feedkeys call triggers the OnCursorMovedI event which we
" are tied to. We prevent this infinite loop from starting by making sure that
" the user has moved the cursor since the last time we provided completion
" results.
if !s:cursor_moved
return
endif
" <c-x><c-u> invokes the user's completion function (which we have set to
" youcompleteme#Complete), and <c-p> tells Vim to select the previous
" completion candidate. This is necessary because by default, Vim selects the
" first candidate when completion is invoked, and selecting a candidate
" automatically replaces the current text with it. Calling <c-p> forces Vim to
" deselect the first candidate and in turn preserve the user's current text
" until he explicitly chooses to replace it with a completion.
call feedkeys( "\<C-X>\<C-U>\<C-P>", 'n' )
endfunction
python << EOF
def GetCompletionsInner():
request = ycm_state.GetCurrentCompletionRequest()
request.Start()
while not request.Done():
if bool( int( vim.eval( 'complete_check()' ) ) ):
return { 'words' : [], 'refresh' : 'always'}
results = base.AdjustCandidateInsertionText( request.Response() )
return { 'words' : results, 'refresh' : 'always' }
EOF
function! s:GetCompletions()
py results = GetCompletionsInner()
let results = pyeval( 'results' )
return results
endfunction
" This is our main entry point. This is what vim calls to get completions.
function! youcompleteme#Complete( findstart, base )
" After the user types one character after the call to the omnifunc, the
" completefunc will be called because of our mapping that calls the
" completefunc on every keystroke. Therefore we need to delegate the call we
" 'stole' back to the omnifunc
if s:omnifunc_mode
return youcompleteme#OmniComplete( a:findstart, a:base )
endif
if a:findstart
" InvokeCompletion has this check but we also need it here because of random
" Vim bugs and unfortunate interactions with the autocommands of other
" plugins
if !s:cursor_moved
" for vim, -2 means not found but don't trigger an error message
" see :h complete-functions
return -2
endif
if !pyeval( 'ycm_state.IsServerAlive()' )
return -2
endif
py ycm_state.CreateCompletionRequest()
return pyeval( 'base.CompletionStartColumn()' )
else
return s:GetCompletions()
endif
endfunction
function! youcompleteme#OmniComplete( findstart, base )
if a:findstart
if !pyeval( 'ycm_state.IsServerAlive()' )
return -2
endif
let s:omnifunc_mode = 1
py ycm_state.CreateCompletionRequest( force_semantic = True )
return pyeval( 'base.CompletionStartColumn()' )
else
return s:GetCompletions()
endif
endfunction
function! youcompleteme#ServerPid()
return pyeval( 'ycm_state.ServerPid()' )
endfunction
function! s:RestartServer()
py ycm_state.RestartServer()
endfunction
function! s:ShowDetailedDiagnostic()
py ycm_state.ShowDetailedDiagnostic()
endfunction
function! s:DebugInfo()
echom "Printing YouCompleteMe debug information..."
let debug_info = pyeval( 'ycm_state.DebugInfo()' )
for line in split( debug_info, "\n" )
echom '-- ' . line
endfor
endfunction
function! s:ToggleLogs(...)
let stderr = a:0 == 0 || a:1 !=? 'stdout'
let stdout = a:0 == 0 || a:1 !=? 'stderr'
py ycm_state.ToggleLogs( stdout = vimsupport.GetBoolValue( 'l:stdout' ),
\ stderr = vimsupport.GetBoolValue( 'l:stderr' ) )
endfunction
function! s:CompleterCommand(...)
" CompleterCommand will call the OnUserCommand function of a completer.
" If the first arguments is of the form "ft=..." it can be used to specify the
" completer to use (for example "ft=cpp"). Else the native filetype completer
" of the current buffer is used. If no native filetype completer is found and
" no completer was specified this throws an error. You can use
" "ft=ycm:ident" to select the identifier completer.
" The remaining arguments will be passed to the completer.
let arguments = copy(a:000)
let completer = ''
if a:0 > 0 && strpart(a:1, 0, 3) == 'ft='
if a:1 == 'ft=ycm:ident'
let completer = 'identifier'
endif
let arguments = arguments[1:]
endif
py ycm_state.SendCommandRequest( vim.eval( 'l:arguments' ),
\ vim.eval( 'l:completer' ) )
endfunction
function! youcompleteme#OpenGoToList()
set lazyredraw
cclose
execute 'belowright copen 3'
set nolazyredraw
au WinLeave <buffer> q " automatically leave, if an option is chosen
redraw!
endfunction
function! youcompleteme#LogsComplete( arglead, cmdline, cursorpos )
return "stdout\nstderr"
endfunction
function! youcompleteme#SubCommandsComplete( arglead, cmdline, cursorpos )
return join( pyeval( 'ycm_state.GetDefinedSubcommands()' ),
\ "\n")
endfunction
function! s:ForceCompile()
if !pyeval( 'ycm_state.NativeFiletypeCompletionUsable()' )
echom "Native filetype completion not supported for current file, "
\ . "cannot force recompilation."
return 0
endif
echom "Forcing compilation, this will block Vim until done."
py ycm_state.OnFileReadyToParse()
py ycm_state.HandleFileParseRequest( True )
return 1
endfunction
function! s:ForceCompileAndDiagnostics()
let compilation_succeeded = s:ForceCompile()
if !compilation_succeeded
return
endif
echom "Diagnostics refreshed."
endfunction
function! s:ShowDiagnostics()
let compilation_succeeded = s:ForceCompile()
if !compilation_succeeded
return
endif
if pyeval( 'ycm_state.PopulateLocationListWithLatestDiagnostics()' )
if g:ycm_open_loclist_on_ycm_diags
lopen
endif
else
echom "No warnings or errors detected"
endif
endfunction
" This is basic vim plugin boilerplate
let &cpo = s:save_cpo
unlet s:save_cpo