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" ============================================================================
" File: tagbar.vim
" Description: List the current file's tags in a sidebar, ordered by class etc
" Author: Jan Larres <jan@majutsushi.net>
" Licence: Vim licence
" Website: http://majutsushi.github.com/tagbar/
" Version: 2.6.1
" Note: This plugin was heavily inspired by the 'Taglist' plugin by
" Yegappan Lakshmanan and uses a small amount of code from it.
"
" Original taglist copyright notice:
" Permission is hereby granted to use and distribute this code,
" with or without modifications, provided that this copyright
" notice is copied with it. Like anything else that's free,
" taglist.vim is provided *as is* and comes with no warranty of
" any kind, either expressed or implied. In no event will the
" copyright holder be liable for any damamges resulting from the
" use of this software.
" ============================================================================
scriptencoding utf-8
" Initialization {{{1
" If another plugin calls an autoloaded Tagbar function on startup before the
" plugin/tagbar.vim file got loaded, load it explicitly
if exists(':Tagbar') == 0
runtime plugin/tagbar.vim
endif
if exists(':Tagbar') == 0
echomsg 'Tagbar: Could not load plugin code, check your runtimepath!'
finish
endif
" Basic init {{{2
redir => s:ftype_out
silent filetype
redir END
if s:ftype_out !~# 'detection:ON'
echomsg 'Tagbar: Filetype detection is turned off, skipping plugin'
unlet s:ftype_out
finish
endif
unlet s:ftype_out
let s:icon_closed = g:tagbar_iconchars[0]
let s:icon_open = g:tagbar_iconchars[1]
let s:type_init_done = 0
let s:autocommands_done = 0
let s:statusline_in_use = 0
" 0: not checked yet; 1: checked and found; 2: checked and not found
let s:checked_ctags = 0
let s:checked_ctags_types = 0
let s:ctags_is_uctags = 0
let s:ctags_types = {}
let s:new_window = 1
let s:is_maximized = 0
let s:winrestcmd = ''
let s:short_help = 1
let s:nearby_disabled = 0
let s:paused = 0
let s:pwin_by_tagbar = 0
let s:window_expanded = 0
let s:expand_bufnr = -1
let s:window_pos = {
\ 'pre' : { 'x' : 0, 'y' : 0 },
\ 'post' : { 'x' : 0, 'y' : 0 }
\}
" Script-local variable needed since compare functions can't
" take extra arguments
let s:compare_typeinfo = {}
let s:visibility_symbols = {
\ 'public' : '+',
\ 'protected' : '#',
\ 'private' : '-'
\ }
let g:loaded_tagbar = 1
let s:last_highlight_tline = 0
let s:debug = 0
let s:debug_file = ''
let s:warnings = {
\ 'type': [],
\ 'encoding': 0
\ }
" s:Init() {{{2
function! s:Init(silent) abort
if s:checked_ctags == 2 && a:silent
return 0
elseif s:checked_ctags != 1
if !s:CheckForExCtags(a:silent)
return 0
endif
endif
if !s:checked_ctags_types
call s:GetSupportedFiletypes()
endif
if !s:type_init_done
call s:InitTypes()
endif
if !s:autocommands_done
call s:CreateAutocommands()
call s:AutoUpdate(fnamemodify(expand('%'), ':p'), 0)
endif
return 1
endfunction
" s:InitTypes() {{{2
function! s:InitTypes() abort
call s:debug('Initializing types')
let s:known_types = {}
" Ant {{{3
let type_ant = s:TypeInfo.New()
let type_ant.ctagstype = 'ant'
let type_ant.kinds = [
\ {'short' : 'p', 'long' : 'projects', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'targets', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.ant = type_ant
" Asm {{{3
let type_asm = s:TypeInfo.New()
let type_asm.ctagstype = 'asm'
let type_asm.kinds = [
\ {'short' : 'm', 'long' : 'macros', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'types', 'fold' : 0, 'stl' : 1},
\ {'short' : 'd', 'long' : 'defines', 'fold' : 0, 'stl' : 1},
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.asm = type_asm
" ASP {{{3
let type_aspvbs = s:TypeInfo.New()
let type_aspvbs.ctagstype = 'asp'
let type_aspvbs.kinds = [
\ {'short' : 'd', 'long' : 'constants', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'subroutines', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.aspvbs = type_aspvbs
" Asymptote {{{3
" Asymptote gets parsed well using filetype = c
let type_asy = s:TypeInfo.New()
let type_asy.ctagstype = 'c'
let type_asy.kinds = [
\ {'short' : 'd', 'long' : 'macros', 'fold' : 1, 'stl' : 0},
\ {'short' : 'p', 'long' : 'prototypes', 'fold' : 1, 'stl' : 0},
\ {'short' : 'g', 'long' : 'enums', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'enumerators', 'fold' : 0, 'stl' : 0},
\ {'short' : 't', 'long' : 'typedefs', 'fold' : 0, 'stl' : 0},
\ {'short' : 's', 'long' : 'structs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'u', 'long' : 'unions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'members', 'fold' : 0, 'stl' : 0},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let type_asy.sro = '::'
let type_asy.kind2scope = {
\ 'g' : 'enum',
\ 's' : 'struct',
\ 'u' : 'union'
\ }
let type_asy.scope2kind = {
\ 'enum' : 'g',
\ 'struct' : 's',
\ 'union' : 'u'
\ }
let s:known_types.asy = type_asy
" Awk {{{3
let type_awk = s:TypeInfo.New()
let type_awk.ctagstype = 'awk'
let type_awk.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.awk = type_awk
" Basic {{{3
let type_basic = s:TypeInfo.New()
let type_basic.ctagstype = 'basic'
let type_basic.kinds = [
\ {'short' : 'c', 'long' : 'constants', 'fold' : 0, 'stl' : 1},
\ {'short' : 'g', 'long' : 'enumerations', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'types', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.basic = type_basic
" BETA {{{3
let type_beta = s:TypeInfo.New()
let type_beta.ctagstype = 'beta'
let type_beta.kinds = [
\ {'short' : 'f', 'long' : 'fragments', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'slots', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'patterns', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.beta = type_beta
" C {{{3
let type_c = s:TypeInfo.New()
let type_c.ctagstype = 'c'
let type_c.kinds = [
\ {'short' : 'd', 'long' : 'macros', 'fold' : 1, 'stl' : 0},
\ {'short' : 'p', 'long' : 'prototypes', 'fold' : 1, 'stl' : 0},
\ {'short' : 'g', 'long' : 'enums', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'enumerators', 'fold' : 0, 'stl' : 0},
\ {'short' : 't', 'long' : 'typedefs', 'fold' : 0, 'stl' : 0},
\ {'short' : 's', 'long' : 'structs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'u', 'long' : 'unions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'members', 'fold' : 0, 'stl' : 0},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let type_c.sro = '::'
let type_c.kind2scope = {
\ 'g' : 'enum',
\ 's' : 'struct',
\ 'u' : 'union'
\ }
let type_c.scope2kind = {
\ 'enum' : 'g',
\ 'struct' : 's',
\ 'union' : 'u'
\ }
let s:known_types.c = type_c
" C++ {{{3
let type_cpp = s:TypeInfo.New()
let type_cpp.ctagstype = 'c++'
let type_cpp.kinds = [
\ {'short' : 'd', 'long' : 'macros', 'fold' : 1, 'stl' : 0},
\ {'short' : 'p', 'long' : 'prototypes', 'fold' : 1, 'stl' : 0},
\ {'short' : 'g', 'long' : 'enums', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'enumerators', 'fold' : 0, 'stl' : 0},
\ {'short' : 't', 'long' : 'typedefs', 'fold' : 0, 'stl' : 0},
\ {'short' : 'n', 'long' : 'namespaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'structs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'u', 'long' : 'unions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'members', 'fold' : 0, 'stl' : 0},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0}
\ ]
let type_cpp.sro = '::'
let type_cpp.kind2scope = {
\ 'g' : 'enum',
\ 'n' : 'namespace',
\ 'c' : 'class',
\ 's' : 'struct',
\ 'u' : 'union'
\ }
let type_cpp.scope2kind = {
\ 'enum' : 'g',
\ 'namespace' : 'n',
\ 'class' : 'c',
\ 'struct' : 's',
\ 'union' : 'u'
\ }
let s:known_types.cpp = type_cpp
let s:known_types.cuda = type_cpp
" C# {{{3
let type_cs = s:TypeInfo.New()
let type_cs.ctagstype = 'c#'
let type_cs.kinds = [
\ {'short' : 'd', 'long' : 'macros', 'fold' : 1, 'stl' : 0},
\ {'short' : 'f', 'long' : 'fields', 'fold' : 0, 'stl' : 1},
\ {'short' : 'g', 'long' : 'enums', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'enumerators', 'fold' : 0, 'stl' : 0},
\ {'short' : 't', 'long' : 'typedefs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'n', 'long' : 'namespaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'i', 'long' : 'interfaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'structs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'E', 'long' : 'events', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'methods', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'properties', 'fold' : 0, 'stl' : 1}
\ ]
let type_cs.sro = '.'
let type_cs.kind2scope = {
\ 'n' : 'namespace',
\ 'i' : 'interface',
\ 'c' : 'class',
\ 's' : 'struct',
\ 'g' : 'enum'
\ }
let type_cs.scope2kind = {
\ 'namespace' : 'n',
\ 'interface' : 'i',
\ 'class' : 'c',
\ 'struct' : 's',
\ 'enum' : 'g'
\ }
let s:known_types.cs = type_cs
" COBOL {{{3
let type_cobol = s:TypeInfo.New()
let type_cobol.ctagstype = 'cobol'
let type_cobol.kinds = [
\ {'short' : 'd', 'long' : 'data items', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'file descriptions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'g', 'long' : 'group items', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'paragraphs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'P', 'long' : 'program ids', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'sections', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.cobol = type_cobol
" DOS Batch {{{3
let type_dosbatch = s:TypeInfo.New()
let type_dosbatch.ctagstype = 'dosbatch'
let type_dosbatch.kinds = [
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.dosbatch = type_dosbatch
" Eiffel {{{3
let type_eiffel = s:TypeInfo.New()
let type_eiffel.ctagstype = 'eiffel'
let type_eiffel.kinds = [
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'features', 'fold' : 0, 'stl' : 1}
\ ]
let type_eiffel.sro = '.' " Not sure, is nesting even possible?
let type_eiffel.kind2scope = {
\ 'c' : 'class',
\ 'f' : 'feature'
\ }
let type_eiffel.scope2kind = {
\ 'class' : 'c',
\ 'feature' : 'f'
\ }
let s:known_types.eiffel = type_eiffel
" Erlang {{{3
let type_erlang = s:TypeInfo.New()
let type_erlang.ctagstype = 'erlang'
let type_erlang.kinds = [
\ {'short' : 'm', 'long' : 'modules', 'fold' : 0, 'stl' : 1},
\ {'short' : 'd', 'long' : 'macro definitions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'r', 'long' : 'record definitions', 'fold' : 0, 'stl' : 1}
\ ]
let type_erlang.sro = '.' " Not sure, is nesting even possible?
let type_erlang.kind2scope = {
\ 'm' : 'module'
\ }
let type_erlang.scope2kind = {
\ 'module' : 'm'
\ }
let s:known_types.erlang = type_erlang
" Flex {{{3
" Vim doesn't support Flex out of the box, this is based on rough
" guesses and probably requires
" http://www.vim.org/scripts/script.php?script_id=2909
" Improvements welcome!
let type_as = s:TypeInfo.New()
let type_as.ctagstype = 'flex'
let type_as.kinds = [
\ {'short' : 'v', 'long' : 'global variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'methods', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'properties', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'x', 'long' : 'mxtags', 'fold' : 0, 'stl' : 0}
\ ]
let type_as.sro = '.'
let type_as.kind2scope = {
\ 'c' : 'class'
\ }
let type_as.scope2kind = {
\ 'class' : 'c'
\ }
let s:known_types.mxml = type_as
let s:known_types.actionscript = type_as
" Fortran {{{3
let type_fortran = s:TypeInfo.New()
let type_fortran.ctagstype = 'fortran'
let type_fortran.kinds = [
\ {'short' : 'm', 'long' : 'modules', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'programs', 'fold' : 0, 'stl' : 1},
\ {'short' : 'k', 'long' : 'components', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'derived types and structures', 'fold' : 0,
\ 'stl' : 1},
\ {'short' : 'c', 'long' : 'common blocks', 'fold' : 0, 'stl' : 1},
\ {'short' : 'b', 'long' : 'block data', 'fold' : 0, 'stl' : 0},
\ {'short' : 'e', 'long' : 'entry points', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'subroutines', 'fold' : 0, 'stl' : 1},
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 1},
\ {'short' : 'n', 'long' : 'namelists', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0}
\ ]
let type_fortran.sro = '.' " Not sure, is nesting even possible?
let type_fortran.kind2scope = {
\ 'm' : 'module',
\ 'p' : 'program',
\ 'f' : 'function',
\ 's' : 'subroutine'
\ }
let type_fortran.scope2kind = {
\ 'module' : 'm',
\ 'program' : 'p',
\ 'function' : 'f',
\ 'subroutine' : 's'
\ }
let s:known_types.fortran = type_fortran
" HTML {{{3
let type_html = s:TypeInfo.New()
let type_html.ctagstype = 'html'
let type_html.kinds = [
\ {'short' : 'f', 'long' : 'JavaScript funtions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'a', 'long' : 'named anchors', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.html = type_html
" Java {{{3
let type_java = s:TypeInfo.New()
let type_java.ctagstype = 'java'
let type_java.kinds = [
\ {'short' : 'p', 'long' : 'packages', 'fold' : 1, 'stl' : 0},
\ {'short' : 'f', 'long' : 'fields', 'fold' : 0, 'stl' : 0},
\ {'short' : 'g', 'long' : 'enum types', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'enum constants', 'fold' : 0, 'stl' : 0},
\ {'short' : 'i', 'long' : 'interfaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'methods', 'fold' : 0, 'stl' : 1}
\ ]
let type_java.sro = '.'
let type_java.kind2scope = {
\ 'g' : 'enum',
\ 'i' : 'interface',
\ 'c' : 'class'
\ }
let type_java.scope2kind = {
\ 'enum' : 'g',
\ 'interface' : 'i',
\ 'class' : 'c'
\ }
let s:known_types.java = type_java
" JavaScript {{{3
" jsctags/doctorjs will be used if available.
let type_javascript = s:TypeInfo.New()
let type_javascript.ctagstype = 'javascript'
let jsctags = s:CheckFTCtags('jsctags', 'javascript')
if jsctags != ''
let type_javascript.kinds = [
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let type_javascript.sro = '.'
let type_javascript.kind2scope = {
\ 'v' : 'namespace',
\ 'f' : 'namespace'
\ }
let type_javascript.scope2kind = {
\ 'namespace' : 'v'
\ }
let type_javascript.ctagsbin = jsctags
let type_javascript.ctagsargs = '-f -'
else
let type_javascript.kinds = [
\ {'short': 'v', 'long': 'global variables', 'fold': 0, 'stl': 0},
\ {'short': 'c', 'long': 'classes', 'fold': 0, 'stl': 1},
\ {'short': 'p', 'long': 'properties', 'fold': 0, 'stl': 0},
\ {'short': 'm', 'long': 'methods', 'fold': 0, 'stl': 1},
\ {'short': 'f', 'long': 'functions', 'fold': 0, 'stl': 1},
\ ]
let type_javascript.sro = '.'
let type_javascript.kind2scope = {
\ 'c' : 'class',
\ 'f' : 'function',
\ 'm' : 'method',
\ 'p' : 'property',
\ }
let type_javascript.scope2kind = {
\ 'class' : 'c',
\ 'function' : 'f',
\ }
endif
let s:known_types.javascript = type_javascript
" Lisp {{{3
let type_lisp = s:TypeInfo.New()
let type_lisp.ctagstype = 'lisp'
let type_lisp.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.lisp = type_lisp
let s:known_types.clojure = type_lisp
" Lua {{{3
let type_lua = s:TypeInfo.New()
let type_lua.ctagstype = 'lua'
let type_lua.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.lua = type_lua
" Make {{{3
let type_make = s:TypeInfo.New()
let type_make.ctagstype = 'make'
let type_make.kinds = [
\ {'short' : 'm', 'long' : 'macros', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.make = type_make
" Matlab {{{3
let type_matlab = s:TypeInfo.New()
let type_matlab.ctagstype = 'matlab'
let type_matlab.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.matlab = type_matlab
" Ocaml {{{3
let type_ocaml = s:TypeInfo.New()
let type_ocaml.ctagstype = 'ocaml'
let type_ocaml.kinds = [
\ {'short' : 'M', 'long' : 'modules or functors', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'global variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'C', 'long' : 'constructors', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'methods', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'exceptions', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'type names', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'r', 'long' : 'structure fields', 'fold' : 0, 'stl' : 0}
\ ]
let type_ocaml.sro = '.' " Not sure, is nesting even possible?
let type_ocaml.kind2scope = {
\ 'M' : 'Module',
\ 'c' : 'class',
\ 't' : 'type'
\ }
let type_ocaml.scope2kind = {
\ 'Module' : 'M',
\ 'class' : 'c',
\ 'type' : 't'
\ }
let s:known_types.ocaml = type_ocaml
" Pascal {{{3
let type_pascal = s:TypeInfo.New()
let type_pascal.ctagstype = 'pascal'
let type_pascal.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'procedures', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.pascal = type_pascal
" Perl {{{3
let type_perl = s:TypeInfo.New()
let type_perl.ctagstype = 'perl'
let type_perl.kinds = [
\ {'short' : 'p', 'long' : 'packages', 'fold' : 1, 'stl' : 0},
\ {'short' : 'c', 'long' : 'constants', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'formats', 'fold' : 0, 'stl' : 0},
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'subroutines', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.perl = type_perl
" PHP {{{3
let type_php = s:TypeInfo.New()
let type_php.ctagstype = 'php'
let type_php.kinds = [
\ {'short' : 'i', 'long' : 'interfaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'd', 'long' : 'constant definitions', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'j', 'long' : 'javascript functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.php = type_php
" Python {{{3
let type_python = s:TypeInfo.New()
let type_python.ctagstype = 'python'
let type_python.kinds = [
\ {'short' : 'i', 'long' : 'imports', 'fold' : 1, 'stl' : 0},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'members', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0}
\ ]
let type_python.sro = '.'
let type_python.kind2scope = {
\ 'c' : 'class',
\ 'f' : 'function',
\ 'm' : 'function'
\ }
let type_python.scope2kind = {
\ 'class' : 'c',
\ 'function' : 'f'
\ }
if s:ctags_is_uctags
" Universal Ctags treats member functions differently from normal
" functions
let type_python.kind2scope.m = 'member'
let type_python.scope2kind.member = 'm'
endif
let s:known_types.python = type_python
let s:known_types.pyrex = type_python
let s:known_types.cython = type_python
" REXX {{{3
let type_rexx = s:TypeInfo.New()
let type_rexx.ctagstype = 'rexx'
let type_rexx.kinds = [
\ {'short' : 's', 'long' : 'subroutines', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.rexx = type_rexx
" Ruby {{{3
let type_ruby = s:TypeInfo.New()
let type_ruby.ctagstype = 'ruby'
let type_ruby.kinds = [
\ {'short' : 'm', 'long' : 'modules', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'methods', 'fold' : 0, 'stl' : 1},
\ {'short' : 'F', 'long' : 'singleton methods', 'fold' : 0, 'stl' : 1}
\ ]
let type_ruby.sro = '.'
let type_ruby.kind2scope = {
\ 'c' : 'class',
\ 'm' : 'class'
\ }
let type_ruby.scope2kind = {
\ 'class' : 'c'
\ }
let s:known_types.ruby = type_ruby
" Scheme {{{3
let type_scheme = s:TypeInfo.New()
let type_scheme.ctagstype = 'scheme'
let type_scheme.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'sets', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.scheme = type_scheme
let s:known_types.racket = type_scheme
" Shell script {{{3
let type_sh = s:TypeInfo.New()
let type_sh.ctagstype = 'sh'
let type_sh.kinds = [
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.sh = type_sh
let s:known_types.csh = type_sh
let s:known_types.zsh = type_sh
" SLang {{{3
let type_slang = s:TypeInfo.New()
let type_slang.ctagstype = 'slang'
let type_slang.kinds = [
\ {'short' : 'n', 'long' : 'namespaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.slang = type_slang
" SML {{{3
let type_sml = s:TypeInfo.New()
let type_sml.ctagstype = 'sml'
let type_sml.kinds = [
\ {'short' : 'e', 'long' : 'exception declarations', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'function definitions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'functor definitions', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'signature declarations', 'fold' : 0, 'stl' : 0},
\ {'short' : 'r', 'long' : 'structure declarations', 'fold' : 0, 'stl' : 0},
\ {'short' : 't', 'long' : 'type definitions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'value bindings', 'fold' : 0, 'stl' : 0}
\ ]
let s:known_types.sml = type_sml
" SQL {{{3
" The SQL ctags parser seems to be buggy for me, so this just uses the
" normal kinds even though scopes should be available. Improvements
" welcome!
let type_sql = s:TypeInfo.New()
let type_sql.ctagstype = 'sql'
let type_sql.kinds = [
\ {'short' : 'P', 'long' : 'packages', 'fold' : 1, 'stl' : 1},
\ {'short' : 'd', 'long' : 'prototypes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'cursors', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'F', 'long' : 'record fields', 'fold' : 0, 'stl' : 1},
\ {'short' : 'L', 'long' : 'block label', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'procedures', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'subtypes', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'tables', 'fold' : 0, 'stl' : 1},
\ {'short' : 'T', 'long' : 'triggers', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 1},
\ {'short' : 'i', 'long' : 'indexes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'events', 'fold' : 0, 'stl' : 1},
\ {'short' : 'U', 'long' : 'publications', 'fold' : 0, 'stl' : 1},
\ {'short' : 'R', 'long' : 'services', 'fold' : 0, 'stl' : 1},
\ {'short' : 'D', 'long' : 'domains', 'fold' : 0, 'stl' : 1},
\ {'short' : 'V', 'long' : 'views', 'fold' : 0, 'stl' : 1},
\ {'short' : 'n', 'long' : 'synonyms', 'fold' : 0, 'stl' : 1},
\ {'short' : 'x', 'long' : 'MobiLink Table Scripts', 'fold' : 0, 'stl' : 1},
\ {'short' : 'y', 'long' : 'MobiLink Conn Scripts', 'fold' : 0, 'stl' : 1},
\ {'short' : 'z', 'long' : 'MobiLink Properties', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.sql = type_sql
" Tcl {{{3
let type_tcl = s:TypeInfo.New()
let type_tcl.ctagstype = 'tcl'
let type_tcl.kinds = [
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'methods', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'procedures', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.tcl = type_tcl
" LaTeX {{{3
let type_tex = s:TypeInfo.New()
let type_tex.ctagstype = 'tex'
let type_tex.kinds = [
\ {'short' : 'i', 'long' : 'includes', 'fold' : 1, 'stl' : 0},
\ {'short' : 'p', 'long' : 'parts', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'chapters', 'fold' : 0, 'stl' : 1},
\ {'short' : 's', 'long' : 'sections', 'fold' : 0, 'stl' : 1},
\ {'short' : 'u', 'long' : 'subsections', 'fold' : 0, 'stl' : 1},
\ {'short' : 'b', 'long' : 'subsubsections', 'fold' : 0, 'stl' : 1},
\ {'short' : 'P', 'long' : 'paragraphs', 'fold' : 0, 'stl' : 0},
\ {'short' : 'G', 'long' : 'subparagraphs', 'fold' : 0, 'stl' : 0},
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 0}
\ ]
let type_tex.sro = '""'
let type_tex.kind2scope = {
\ 'p' : 'part',
\ 'c' : 'chapter',
\ 's' : 'section',
\ 'u' : 'subsection',
\ 'b' : 'subsubsection'
\ }
let type_tex.scope2kind = {
\ 'part' : 'p',
\ 'chapter' : 'c',
\ 'section' : 's',
\ 'subsection' : 'u',
\ 'subsubsection' : 'b'
\ }
let type_tex.sort = 0
let s:known_types.tex = type_tex
" Vala {{{3
" Vala is supported by the ctags fork provided by Anjuta, so only add the
" type if the fork is used to prevent error messages otherwise
if has_key(s:ctags_types, 'vala') || executable('anjuta-tags')
let type_vala = s:TypeInfo.New()
let type_vala.ctagstype = 'vala'
let type_vala.kinds = [
\ {'short' : 'e', 'long' : 'Enumerations', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'Enumeration values', 'fold' : 0, 'stl' : 0},
\ {'short' : 's', 'long' : 'Structures', 'fold' : 0, 'stl' : 1},
\ {'short' : 'i', 'long' : 'Interfaces', 'fold' : 0, 'stl' : 1},
\ {'short' : 'd', 'long' : 'Delegates', 'fold' : 0, 'stl' : 1},
\ {'short' : 'c', 'long' : 'Classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'Properties', 'fold' : 0, 'stl' : 0},
\ {'short' : 'f', 'long' : 'Fields', 'fold' : 0, 'stl' : 0},
\ {'short' : 'm', 'long' : 'Methods', 'fold' : 0, 'stl' : 1},
\ {'short' : 'E', 'long' : 'Error domains', 'fold' : 0, 'stl' : 1},
\ {'short' : 'r', 'long' : 'Error codes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'S', 'long' : 'Signals', 'fold' : 0, 'stl' : 1}
\ ]
let type_vala.sro = '.'
" 'enum' doesn't seem to be used as a scope, but it can't hurt to have
" it here
let type_vala.kind2scope = {
\ 's' : 'struct',
\ 'i' : 'interface',
\ 'c' : 'class',
\ 'e' : 'enum'
\ }
let type_vala.scope2kind = {
\ 'struct' : 's',
\ 'interface' : 'i',
\ 'class' : 'c',
\ 'enum' : 'e'
\ }
let s:known_types.vala = type_vala
endif
if !has_key(s:ctags_types, 'vala') && executable('anjuta-tags')
let s:known_types.vala.ctagsbin = 'anjuta-tags'
endif
" Vera {{{3
" Why are variables 'virtual'?
let type_vera = s:TypeInfo.New()
let type_vera.ctagstype = 'vera'
let type_vera.kinds = [
\ {'short' : 'd', 'long' : 'macros', 'fold' : 1, 'stl' : 0},
\ {'short' : 'g', 'long' : 'enums', 'fold' : 0, 'stl' : 1},
\ {'short' : 'T', 'long' : 'typedefs', 'fold' : 0, 'stl' : 0},
\ {'short' : 'c', 'long' : 'classes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'enumerators', 'fold' : 0, 'stl' : 0},
\ {'short' : 'm', 'long' : 'members', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'tasks', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 0, 'stl' : 0},
\ {'short' : 'p', 'long' : 'programs', 'fold' : 0, 'stl' : 1}
\ ]
let type_vera.sro = '.' " Nesting doesn't seem to be possible
let type_vera.kind2scope = {
\ 'g' : 'enum',
\ 'c' : 'class',
\ 'v' : 'virtual'
\ }
let type_vera.scope2kind = {
\ 'enum' : 'g',
\ 'class' : 'c',
\ 'virtual' : 'v'
\ }
let s:known_types.vera = type_vera
" Verilog {{{3
let type_verilog = s:TypeInfo.New()
let type_verilog.ctagstype = 'verilog'
let type_verilog.kinds = [
\ {'short' : 'c', 'long' : 'constants', 'fold' : 0, 'stl' : 0},
\ {'short' : 'e', 'long' : 'events', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'm', 'long' : 'modules', 'fold' : 0, 'stl' : 1},
\ {'short' : 'n', 'long' : 'net data types', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'ports', 'fold' : 0, 'stl' : 1},
\ {'short' : 'r', 'long' : 'register data types', 'fold' : 0, 'stl' : 1},
\ {'short' : 't', 'long' : 'tasks', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.verilog = type_verilog
" VHDL {{{3
" The VHDL ctags parser unfortunately doesn't generate proper scopes
let type_vhdl = s:TypeInfo.New()
let type_vhdl.ctagstype = 'vhdl'
let type_vhdl.kinds = [
\ {'short' : 'P', 'long' : 'packages', 'fold' : 1, 'stl' : 0},
\ {'short' : 'c', 'long' : 'constants', 'fold' : 0, 'stl' : 0},
\ {'short' : 't', 'long' : 'types', 'fold' : 0, 'stl' : 1},
\ {'short' : 'T', 'long' : 'subtypes', 'fold' : 0, 'stl' : 1},
\ {'short' : 'r', 'long' : 'records', 'fold' : 0, 'stl' : 1},
\ {'short' : 'e', 'long' : 'entities', 'fold' : 0, 'stl' : 1},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'p', 'long' : 'procedures', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.vhdl = type_vhdl
" Vim {{{3
let type_vim = s:TypeInfo.New()
let type_vim.ctagstype = 'vim'
let type_vim.kinds = [
\ {'short' : 'n', 'long' : 'vimball filenames', 'fold' : 0, 'stl' : 1},
\ {'short' : 'v', 'long' : 'variables', 'fold' : 1, 'stl' : 0},
\ {'short' : 'f', 'long' : 'functions', 'fold' : 0, 'stl' : 1},
\ {'short' : 'a', 'long' : 'autocommand groups', 'fold' : 1, 'stl' : 1},
\ {'short' : 'c', 'long' : 'commands', 'fold' : 0, 'stl' : 0},
\ {'short' : 'm', 'long' : 'maps', 'fold' : 1, 'stl' : 0}
\ ]
let s:known_types.vim = type_vim
" YACC {{{3
let type_yacc = s:TypeInfo.New()
let type_yacc.ctagstype = 'yacc'
let type_yacc.kinds = [
\ {'short' : 'l', 'long' : 'labels', 'fold' : 0, 'stl' : 1}
\ ]
let s:known_types.yacc = type_yacc
" }}}3
for [type, typeinfo] in items(s:known_types)
let typeinfo.ftype = type
endfor
call s:LoadUserTypeDefs()
for typeinfo in values(s:known_types)
call typeinfo.createKinddict()
endfor
let s:type_init_done = 1
endfunction
" s:LoadUserTypeDefs() {{{2
function! s:LoadUserTypeDefs(...) abort
if a:0 > 0
let type = a:1
call s:debug("Initializing user type '" . type . "'")
let defdict = {}
let defdict[type] = g:tagbar_type_{type}
else
call s:debug('Initializing user types')
let defdict = tagbar#getusertypes()
endif
let transformed = {}
for [type, def] in items(defdict)
let transformed[type] = s:TransformUserTypeDef(def)
let transformed[type].ftype = type
endfor
for [key, value] in items(transformed)
if !has_key(s:known_types, key) || get(value, 'replace', 0)
let s:known_types[key] = s:TypeInfo.New(value)
else
call extend(s:known_types[key], value)
endif
endfor
if a:0 > 0
call s:known_types[type].createKinddict()
endif
endfunction
" s:TransformUserTypeDef() {{{2
" Transform the user definitions into the internal format
function! s:TransformUserTypeDef(def) abort
let newdef = copy(a:def)
if has_key(a:def, 'kinds')
let newdef.kinds = []
let kinds = a:def.kinds
for kind in kinds
let kindlist = split(kind, ':')
let kinddict = {'short' : kindlist[0], 'long' : kindlist[1]}
let kinddict.fold = get(kindlist, 2, 0)
let kinddict.stl = get(kindlist, 3, 1)
call add(newdef.kinds, kinddict)
endfor
endif
" If the user only specified one of kind2scope and scope2kind then use it
" to generate the respective other
if has_key(a:def, 'kind2scope') && !has_key(a:def, 'scope2kind')
let newdef.scope2kind = {}
for [key, value] in items(a:def.kind2scope)
let newdef.scope2kind[value] = key
endfor
elseif has_key(a:def, 'scope2kind') && !has_key(a:def, 'kind2scope')
let newdef.kind2scope = {}
for [key, value] in items(a:def.scope2kind)
let newdef.kind2scope[value] = key
endfor
endif
return newdef
endfunction
" s:RestoreSession() {{{2
" Properly restore Tagbar after a session got loaded
function! s:RestoreSession() abort
call s:debug('Restoring session')
let curfile = fnamemodify(bufname('%'), ':p')
let tagbarwinnr = bufwinnr('__Tagbar__')
if tagbarwinnr == -1
" Tagbar wasn't open in the saved session, nothing to do
return
else
let in_tagbar = 1
if winnr() != tagbarwinnr
call s:goto_win(tagbarwinnr)
let in_tagbar = 0
endif
endif
let s:last_autofocus = 0
call s:Init(0)
call s:InitWindow(g:tagbar_autoclose)
call s:AutoUpdate(curfile, 0)
if !in_tagbar
call s:goto_win('p')
endif
endfunction
" s:MapKeys() {{{2
function! s:MapKeys() abort
call s:debug('Mapping keys')
nnoremap <script> <silent> <buffer> <2-LeftMouse>
\ :call <SID>JumpToTag(0)<CR>
nnoremap <script> <silent> <buffer> <LeftRelease>
\ <LeftRelease>:call <SID>CheckMouseClick()<CR>
inoremap <script> <silent> <buffer> <2-LeftMouse>
\ <C-o>:call <SID>JumpToTag(0)<CR>
inoremap <script> <silent> <buffer> <LeftRelease>
\ <LeftRelease><C-o>:call <SID>CheckMouseClick()<CR>
let maps = [
\ ['jump', 'JumpToTag(0)'],
\ ['preview', 'JumpToTag(1)'],
\ ['previewwin', 'ShowInPreviewWin()'],
\ ['nexttag', 'GotoNextToplevelTag(1)'],
\ ['prevtag', 'GotoNextToplevelTag(-1)'],
\ ['showproto', 'ShowPrototype(0)'],
\ ['hidenonpublic', 'ToggleHideNonPublicTags()'],
\
\ ['openfold', 'OpenFold()'],
\ ['closefold', 'CloseFold()'],
\ ['togglefold', 'ToggleFold()'],
\ ['openallfolds', 'SetFoldLevel(99, 1)'],
\ ['closeallfolds', 'SetFoldLevel(0, 1)'],
\ ['nextfold', 'GotoNextFold()'],
\ ['prevfold', 'GotoPrevFold()'],
\
\ ['togglesort', 'ToggleSort()'],
\ ['togglecaseinsensitive', 'ToggleCaseInsensitive()'],
\ ['toggleautoclose', 'ToggleAutoclose()'],
\ ['zoomwin', 'ZoomWindow()'],
\ ['close', 'CloseWindow()'],
\ ['help', 'ToggleHelp()'],
\ ]
for [map, func] in maps
let def = get(g:, 'tagbar_map_' . map)
if type(def) == type("")
let keys = [def]
else
let keys = def
endif
for key in keys
execute 'nnoremap <script> <silent> <buffer> ' . key .
\ ' :call <SID>' . func . '<CR>'
endfor
unlet def
endfor
let b:tagbar_mapped_keys = 1
endfunction
" s:CreateAutocommands() {{{2
function! s:CreateAutocommands() abort
call s:debug('Creating autocommands')
augroup TagbarAutoCmds
autocmd!
autocmd CursorHold __Tagbar__ call s:ShowPrototype(1)
autocmd WinEnter __Tagbar__ call s:SetStatusLine()
autocmd WinLeave __Tagbar__ call s:SetStatusLine()
if g:tagbar_autopreview
autocmd CursorMoved __Tagbar__ nested call s:ShowInPreviewWin()
endif
autocmd WinEnter * nested call s:QuitIfOnlyWindow()
autocmd WinEnter * if bufwinnr('__Tagbar__') == -1 |
\ call s:ShrinkIfExpanded() |
\ endif
autocmd BufWritePost * call
\ s:AutoUpdate(fnamemodify(expand('<afile>'), ':p'), 1)
" BufReadPost is needed for reloading the current buffer if the file
" was changed by an external command; see commit 17d199f
autocmd BufReadPost,BufEnter,CursorHold,FileType * call
\ s:AutoUpdate(fnamemodify(expand('<afile>'), ':p'), 0)
autocmd BufDelete,BufWipeout * call
\ s:known_files.rm(fnamemodify(expand('<afile>'), ':p'))
autocmd QuickFixCmdPre * let s:tagbar_qf_active = 1
autocmd QuickFixCmdPost * if exists('s:tagbar_qf_active') |
\ unlet s:tagbar_qf_active |
\ endif
autocmd VimEnter * call s:CorrectFocusOnStartup()
augroup END
let s:autocommands_done = 1
endfunction
" s:CheckForExCtags() {{{2
" Test whether the ctags binary is actually Exuberant Ctags and not BSD ctags
" (or something else)
function! s:CheckForExCtags(silent) abort
call s:debug('Checking for Exuberant Ctags')
if !exists('g:tagbar_ctags_bin')
let ctagsbins = []
let ctagsbins += ['ctags-exuberant'] " Debian
let ctagsbins += ['exuberant-ctags']
let ctagsbins += ['exctags'] " FreeBSD, NetBSD
let ctagsbins += ['/usr/local/bin/ctags'] " Homebrew
let ctagsbins += ['/opt/local/bin/ctags'] " Macports
let ctagsbins += ['ectags'] " OpenBSD
let ctagsbins += ['ctags']
let ctagsbins += ['ctags.exe']
let ctagsbins += ['tags']
for ctags in ctagsbins
if executable(ctags)
let g:tagbar_ctags_bin = ctags
break
endif
endfor
if !exists('g:tagbar_ctags_bin')
let errmsg = 'Tagbar: Exuberant ctags not found!'
let infomsg = 'Please download Exuberant Ctags from' .
\ ' ctags.sourceforge.net and install it in a' .
\ ' directory in your $PATH or set g:tagbar_ctags_bin.'
call s:CtagsErrMsg(errmsg, infomsg, a:silent)
let s:checked_ctags = 2
return 0
endif
else
" reset 'wildignore' temporarily in case *.exe is included in it
let wildignore_save = &wildignore
set wildignore&
let g:tagbar_ctags_bin = expand(g:tagbar_ctags_bin)
let &wildignore = wildignore_save
if !executable(g:tagbar_ctags_bin)
let errmsg = "Tagbar: Exuberant ctags not found at " .
\ "'" . g:tagbar_ctags_bin . "'!"
let infomsg = 'Please check your g:tagbar_ctags_bin setting.'
call s:CtagsErrMsg(errmsg, infomsg, a:silent)
let s:checked_ctags = 2
return 0
endif
endif
let ctags_cmd = s:EscapeCtagsCmd(g:tagbar_ctags_bin, '--version')
if ctags_cmd == ''
let s:checked_ctags = 2
return 0
endif
let ctags_output = s:ExecuteCtags(ctags_cmd)
if v:shell_error || ctags_output !~# '\(Exuberant\|Universal\) Ctags'
let errmsg = 'Tagbar: Ctags doesn''t seem to be Exuberant Ctags!'
let infomsg = 'BSD ctags will NOT WORK.' .
\ ' Please download Exuberant Ctags from ctags.sourceforge.net' .
\ ' and install it in a directory in your $PATH' .
\ ' or set g:tagbar_ctags_bin.'
call s:CtagsErrMsg(errmsg, infomsg, a:silent, ctags_cmd, ctags_output)
let s:checked_ctags = 2
return 0
elseif !s:CheckExCtagsVersion(ctags_output)
let errmsg = 'Tagbar: Exuberant Ctags is too old!'
let infomsg = 'You need at least version 5.5 for Tagbar to work.' .
\ ' Please download a newer version from ctags.sourceforge.net.'
call s:CtagsErrMsg(errmsg, infomsg, a:silent, ctags_cmd, ctags_output)
let s:checked_ctags = 2
return 0
else
let s:checked_ctags = 1
return 1
endif
endfunction
" s:CtagsErrMsg() {{{2
function! s:CtagsErrMsg(errmsg, infomsg, silent, ...) abort
call s:debug(a:errmsg)
let ctags_cmd = a:0 > 0 ? a:1 : ''
let ctags_output = a:0 > 0 ? a:2 : ''
if ctags_output != ''
call s:debug("Command output:\n" . ctags_output)
endif
if !a:silent
call s:warning(a:errmsg)
echomsg a:infomsg
if ctags_cmd == ''
return
endif
echomsg 'Executed command: "' . ctags_cmd . '"'
if ctags_output != ''
echomsg 'Command output:'
for line in split(ctags_output, '\n')
echomsg line
endfor
else
echomsg 'Command output is empty.'
endif
endif
endfunction
" s:CheckExCtagsVersion() {{{2
function! s:CheckExCtagsVersion(output) abort
call s:debug('Checking Exuberant Ctags version')
if a:output =~ 'Universal Ctags'
call s:debug("Found Universal Ctags, assuming compatibility")
let s:ctags_is_uctags = 1
return 1
endif
if a:output =~ 'Exuberant Ctags Development'
call s:debug("Found development version, assuming compatibility")
return 1
endif
let matchlist = matchlist(a:output, '\vExuberant Ctags (\d+)\.(\d+)')
let major = matchlist[1]
let minor = matchlist[2]
call s:debug("Ctags version: major='" . major . "', minor='" . minor . "'")
return major >= 6 || (major == 5 && minor >= 5)
endfunction
" s:CheckFTCtags() {{{2
function! s:CheckFTCtags(bin, ftype) abort
if executable(a:bin)
return a:bin
endif
if exists('g:tagbar_type_' . a:ftype)
let userdef = g:tagbar_type_{a:ftype}
if has_key(userdef, 'ctagsbin')
return userdef.ctagsbin
else
return ''
endif
endif
return ''
endfunction
" s:GetSupportedFiletypes() {{{2
function! s:GetSupportedFiletypes() abort
call s:debug('Getting filetypes sypported by Exuberant Ctags')
let ctags_cmd = s:EscapeCtagsCmd(g:tagbar_ctags_bin, '--list-languages')
if ctags_cmd == ''
return
endif
let ctags_output = s:ExecuteCtags(ctags_cmd)
if v:shell_error
" this shouldn't happen as potential problems would have already been
" caught by the previous ctags checking
return
endif
let types = split(ctags_output, '\n\+')
for type in types
let s:ctags_types[tolower(type)] = 1
endfor
let s:checked_ctags_types = 1
endfunction
" Prototypes {{{1
" Base tag {{{2
let s:BaseTag = {}
" s:BaseTag.New() {{{3
function! s:BaseTag.New(name) abort dict
let newobj = copy(self)
call newobj._init(a:name)
return newobj
endfunction
" s:BaseTag._init() {{{3
function! s:BaseTag._init(name) abort dict
let self.name = a:name
let self.fields = {}
let self.fields.line = 0
let self.fields.column = 0
let self.prototype = ''
let self.path = ''
let self.fullpath = a:name
let self.depth = 0
let self.parent = {}
let self.tline = -1
let self.fileinfo = {}
let self.typeinfo = {}
endfunction
" s:BaseTag.isNormalTag() {{{3
function! s:BaseTag.isNormalTag() abort dict
return 0
endfunction
" s:BaseTag.isPseudoTag() {{{3
function! s:BaseTag.isPseudoTag() abort dict
return 0
endfunction
" s:BaseTag.isKindheader() {{{3
function! s:BaseTag.isKindheader() abort dict
return 0
endfunction
" s:BaseTag.getPrototype() {{{3
function! s:BaseTag.getPrototype(short) abort dict
return self.prototype
endfunction
" s:BaseTag._getPrefix() {{{3
function! s:BaseTag._getPrefix() abort dict
let fileinfo = self.fileinfo
if has_key(self, 'children') && !empty(self.children)
if fileinfo.tagfolds[self.fields.kind][self.fullpath]
let prefix = s:icon_closed
else
let prefix = s:icon_open
endif
else
let prefix = ' '
endif
" Visibility is called 'access' in the ctags output
if g:tagbar_show_visibility
if has_key(self.fields, 'access')
let prefix .= get(s:visibility_symbols, self.fields.access, ' ')
elseif has_key(self.fields, 'file')
let prefix .= s:visibility_symbols.private
else
let prefix .= ' '
endif
endif
return prefix
endfunction
" s:BaseTag.initFoldState() {{{3
function! s:BaseTag.initFoldState() abort dict
let fileinfo = self.fileinfo
if s:known_files.has(fileinfo.fpath) &&
\ has_key(fileinfo, '_tagfolds_old') &&
\ has_key(fileinfo._tagfolds_old[self.fields.kind], self.fullpath)
" The file has been updated and the tag was there before, so copy its
" old fold state
let fileinfo.tagfolds[self.fields.kind][self.fullpath] =
\ fileinfo._tagfolds_old[self.fields.kind][self.fullpath]
elseif self.depth >= fileinfo.foldlevel
let fileinfo.tagfolds[self.fields.kind][self.fullpath] = 1
else
let fileinfo.tagfolds[self.fields.kind][self.fullpath] =
\ fileinfo.kindfolds[self.fields.kind]
endif
endfunction
" s:BaseTag.getClosedParentTline() {{{3
function! s:BaseTag.getClosedParentTline() abort dict
let tagline = self.tline
" Find the first closed parent, starting from the top of the hierarchy.
let parents = []
let curparent = self.parent
while !empty(curparent)
call add(parents, curparent)
let curparent = curparent.parent
endwhile
for parent in reverse(parents)
if parent.isFolded()
let tagline = parent.tline
break
endif
endfor
return tagline
endfunction
" s:BaseTag.isFoldable() {{{3
function! s:BaseTag.isFoldable() abort dict
return has_key(self, 'children') && !empty(self.children)
endfunction
" s:BaseTag.isFolded() {{{3
function! s:BaseTag.isFolded() abort dict
return self.fileinfo.tagfolds[self.fields.kind][self.fullpath]
endfunction
" s:BaseTag.openFold() {{{3
function! s:BaseTag.openFold() abort dict
if self.isFoldable()
let self.fileinfo.tagfolds[self.fields.kind][self.fullpath] = 0
endif
endfunction
" s:BaseTag.closeFold() {{{3
function! s:BaseTag.closeFold() abort dict
let newline = line('.')
if !empty(self.parent) && self.parent.isKindheader()
" Tag is child of generic 'kind'
call self.parent.closeFold()
let newline = self.parent.tline
elseif self.isFoldable() && !self.isFolded()
" Tag is parent of a scope and is not folded
let self.fileinfo.tagfolds[self.fields.kind][self.fullpath] = 1
let newline = self.tline
elseif !empty(self.parent)
" Tag is normal child, so close parent
let parent = self.parent
let self.fileinfo.tagfolds[parent.fields.kind][parent.fullpath] = 1
let newline = parent.tline
endif
return newline
endfunction
" s:BaseTag.setFolded() {{{3
function! s:BaseTag.setFolded(folded) abort dict
let self.fileinfo.tagfolds[self.fields.kind][self.fullpath] = a:folded
endfunction
" s:BaseTag.openParents() {{{3
function! s:BaseTag.openParents() abort dict
let parent = self.parent
while !empty(parent)
call parent.openFold()
let parent = parent.parent
endwhile
endfunction
" Normal tag {{{2
let s:NormalTag = copy(s:BaseTag)
" s:NormalTag.isNormalTag() {{{3
function! s:NormalTag.isNormalTag() abort dict
return 1
endfunction
" s:NormalTag.strfmt() {{{3
function! s:NormalTag.strfmt() abort dict
let typeinfo = self.typeinfo
let suffix = get(self.fields, 'signature', '')
if has_key(self.fields, 'type')
let suffix .= ' : ' . self.fields.type
elseif has_key(typeinfo, 'kind2scope') &&
\ has_key(typeinfo.kind2scope, self.fields.kind)
let suffix .= ' : ' . typeinfo.kind2scope[self.fields.kind]
endif
return self._getPrefix() . self.name . suffix . "\n"
endfunction
" s:NormalTag.str() {{{3
function! s:NormalTag.str(longsig, full) abort dict
if a:full && self.path != ''
let str = self.path . self.typeinfo.sro . self.name
else
let str = self.name
endif
if has_key(self.fields, 'signature')
if a:longsig
let str .= self.fields.signature
else
let str .= '()'
endif
endif
return str
endfunction
" s:NormalTag.getPrototype() {{{3
function! s:NormalTag.getPrototype(short) abort dict
if self.prototype != ''
let prototype = self.prototype
else
let bufnr = self.fileinfo.bufnr
if self.fields.line == 0 || !bufloaded(bufnr)
" No linenumber available or buffer not loaded (probably due to
" 'nohidden'), try the pattern instead
return substitute(self.pattern, '^\\V\\^\\C\s*\(.*\)\\$$', '\1', '')
endif
let line = getbufline(bufnr, self.fields.line)[0]
let list = split(line, '\zs')
let start = index(list, '(')
if start == -1
return substitute(line, '^\s\+', '', '')
endif
let opening = count(list, '(', 0, start)
let closing = count(list, ')', 0, start)
if closing >= opening
return substitute(line, '^\s\+', '', '')
endif
let balance = opening - closing
let prototype = line
let curlinenr = self.fields.line + 1
while balance > 0
let curline = getbufline(bufnr, curlinenr)[0]
let curlist = split(curline, '\zs')
let balance += count(curlist, '(')
let balance -= count(curlist, ')')
let prototype .= "\n" . curline
let curlinenr += 1
endwhile
let self.prototype = prototype
endif
if a:short
" join all lines and remove superfluous spaces
let prototype = substitute(prototype, '^\s\+', '', '')
let prototype = substitute(prototype, '\_s\+', ' ', 'g')
let prototype = substitute(prototype, '(\s\+', '(', 'g')
let prototype = substitute(prototype, '\s\+)', ')', 'g')
" Avoid hit-enter prompts
let maxlen = &columns - 12
if len(prototype) > maxlen
let prototype = prototype[:maxlen - 1 - 3]
let prototype .= '...'
endif
endif
return prototype
endfunction
" Pseudo tag {{{2
let s:PseudoTag = copy(s:BaseTag)
" s:PseudoTag.isPseudoTag() {{{3
function! s:PseudoTag.isPseudoTag() abort dict
return 1
endfunction
" s:PseudoTag.strfmt() {{{3
function! s:PseudoTag.strfmt() abort dict
let typeinfo = self.typeinfo
let suffix = get(self.fields, 'signature', '')
if has_key(typeinfo.kind2scope, self.fields.kind)
let suffix .= ' : ' . typeinfo.kind2scope[self.fields.kind]
endif
return self._getPrefix() . self.name . '*' . suffix
endfunction
" Kind header {{{2
let s:KindheaderTag = copy(s:BaseTag)
" s:KindheaderTag.isKindheader() {{{3
function! s:KindheaderTag.isKindheader() abort dict
return 1
endfunction
" s:KindheaderTag.getPrototype() {{{3
function! s:KindheaderTag.getPrototype(short) abort dict
return self.name . ': ' .
\ self.numtags . ' ' . (self.numtags > 1 ? 'tags' : 'tag')
endfunction
" s:KindheaderTag.isFoldable() {{{3
function! s:KindheaderTag.isFoldable() abort dict
return 1
endfunction
" s:KindheaderTag.isFolded() {{{3
function! s:KindheaderTag.isFolded() abort dict
return self.fileinfo.kindfolds[self.short]
endfunction
" s:KindheaderTag.openFold() {{{3
function! s:KindheaderTag.openFold() abort dict
let self.fileinfo.kindfolds[self.short] = 0
endfunction
" s:KindheaderTag.closeFold() {{{3
function! s:KindheaderTag.closeFold() abort dict
let self.fileinfo.kindfolds[self.short] = 1
return line('.')
endfunction
" s:KindheaderTag.toggleFold() {{{3
function! s:KindheaderTag.toggleFold() abort dict
let fileinfo = s:known_files.getCurrent(0)
let fileinfo.kindfolds[self.short] = !fileinfo.kindfolds[self.short]
endfunction
" Type info {{{2
let s:TypeInfo = {}
" s:TypeInfo.New() {{{3
function! s:TypeInfo.New(...) abort dict
let newobj = copy(self)
let newobj.kinddict = {}
if a:0 > 0
call extend(newobj, a:1)
endif
return newobj
endfunction
" s:TypeInfo.getKind() {{{3
function! s:TypeInfo.getKind(kind) abort dict
let idx = self.kinddict[a:kind]
return self.kinds[idx]
endfunction
" s:TypeInfo.createKinddict() {{{3
" Create a dictionary of the kind order for fast access in sorting functions
function! s:TypeInfo.createKinddict() abort dict
let i = 0
for kind in self.kinds
let self.kinddict[kind.short] = i
let i += 1
endfor
endfunction
" File info {{{2
let s:FileInfo = {}
" s:FileInfo.New() {{{3
function! s:FileInfo.New(fname, ftype, typeinfo) abort dict
let newobj = copy(self)
" The complete file path
let newobj.fpath = a:fname
let newobj.bufnr = bufnr(a:fname)
" File modification time
let newobj.mtime = getftime(a:fname)
" The vim file type
let newobj.ftype = a:ftype
" List of the tags that are present in the file, sorted according to the
" value of 'g:tagbar_sort'
let newobj.tags = []
" Dictionary of the tags, indexed by line number in the file
let newobj.fline = {}
" Dictionary of the tags, indexed by line number in the tagbar
let newobj.tline = {}
" Dictionary of the folding state of 'kind's, indexed by short name
let newobj.kindfolds = {}
let newobj.typeinfo = a:typeinfo
" copy the default fold state from the type info
for kind in a:typeinfo.kinds
let newobj.kindfolds[kind.short] =
\ g:tagbar_foldlevel == 0 ? 1 : kind.fold
endfor
" Dictionary of dictionaries of the folding state of individual tags,
" indexed by kind and full path
let newobj.tagfolds = {}
for kind in a:typeinfo.kinds
let newobj.tagfolds[kind.short] = {}
endfor
" The current foldlevel of the file
let newobj.foldlevel = g:tagbar_foldlevel
return newobj
endfunction
" s:FileInfo.reset() {{{3
" Reset stuff that gets regenerated while processing a file and save the old
" tag folds
function! s:FileInfo.reset() abort dict
let self.mtime = getftime(self.fpath)
let self.tags = []
let self.fline = {}
let self.tline = {}
let self._tagfolds_old = self.tagfolds
let self.tagfolds = {}
for kind in self.typeinfo.kinds
let self.tagfolds[kind.short] = {}
endfor
endfunction
" s:FileInfo.clearOldFolds() {{{3
function! s:FileInfo.clearOldFolds() abort dict
if exists('self._tagfolds_old')
unlet self._tagfolds_old
endif
endfunction
" s:FileInfo.sortTags() {{{3
function! s:FileInfo.sortTags() abort dict
if get(s:compare_typeinfo, 'sort', g:tagbar_sort)
call s:SortTags(self.tags, 's:CompareByKind')
else
call s:SortTags(self.tags, 's:CompareByLine')
endif
endfunction
" s:FileInfo.openKindFold() {{{3
function! s:FileInfo.openKindFold(kind) abort dict
let self.kindfolds[a:kind.short] = 0
endfunction
" s:FileInfo.closeKindFold() {{{3
function! s:FileInfo.closeKindFold(kind) abort dict
let self.kindfolds[a:kind.short] = 1
endfunction
" Known files {{{2
let s:known_files = {
\ '_current' : {},
\ '_paused' : {},
\ '_files' : {}
\ }
" s:known_files.getCurrent() {{{3
function! s:known_files.getCurrent(forcecurrent) abort dict
if !s:paused || a:forcecurrent
return self._current
else
return self._paused
endif
endfunction
" s:known_files.setCurrent() {{{3
function! s:known_files.setCurrent(fileinfo) abort dict
let self._current = a:fileinfo
endfunction
" s:known_files.setPaused() {{{3
function! s:known_files.setPaused() abort dict
let self._paused = self._current
endfunction
" s:known_files.get() {{{3
function! s:known_files.get(fname) abort dict
return get(self._files, a:fname, {})
endfunction
" s:known_files.put() {{{3
" Optional second argument is the filename
function! s:known_files.put(fileinfo, ...) abort dict
if a:0 == 1
let self._files[a:1] = a:fileinfo
else
let fname = a:fileinfo.fpath
let self._files[fname] = a:fileinfo
endif
endfunction
" s:known_files.has() {{{3
function! s:known_files.has(fname) abort dict
return has_key(self._files, a:fname)
endfunction
" s:known_files.rm() {{{3
function! s:known_files.rm(fname) abort dict
if s:known_files.has(a:fname)
call s:debug('Removing fileinfo for [' . a:fname . ']')
call remove(self._files, a:fname)
endif
endfunction
" Window management {{{1
" s:ToggleWindow() {{{2
function! s:ToggleWindow() abort
call s:debug('ToggleWindow called')
let tagbarwinnr = bufwinnr("__Tagbar__")
if tagbarwinnr != -1
call s:CloseWindow()
return
endif
call s:OpenWindow('')
call s:debug('ToggleWindow finished')
endfunction
" s:OpenWindow() {{{2
function! s:OpenWindow(flags) abort
call s:debug("OpenWindow called with flags: '" . a:flags . "'")
let autofocus = a:flags =~# 'f'
let jump = a:flags =~# 'j'
let autoclose = a:flags =~# 'c'
let curfile = fnamemodify(bufname('%'), ':p')
let curline = line('.')
" If the tagbar window is already open check jump flag
" Also set the autoclose flag if requested
let tagbarwinnr = bufwinnr('__Tagbar__')
if tagbarwinnr != -1
if winnr() != tagbarwinnr && jump
call s:goto_win(tagbarwinnr)
call s:HighlightTag(g:tagbar_autoshowtag != 2, 1, curline)
endif
call s:debug("OpenWindow finished, Tagbar already open")
return
endif
" This is only needed for the CorrectFocusOnStartup() function
let s:last_autofocus = autofocus
if !s:Init(0)
return 0
endif
" Expand the Vim window to accomodate for the Tagbar window if requested
" and save the window positions to be able to restore them later.
if g:tagbar_expand >= 1 && !s:window_expanded &&
\ (has('gui_running') || g:tagbar_expand == 2)
let s:window_pos.pre.x = getwinposx()
let s:window_pos.pre.y = getwinposy()
let &columns += g:tagbar_width + 1
let s:window_pos.post.x = getwinposx()
let s:window_pos.post.y = getwinposy()
let s:window_expanded = 1
endif
let s:window_opening = 1
if g:tagbar_vertical == 0
let openpos = g:tagbar_left ? 'topleft vertical ' : 'botright vertical '
let width = g:tagbar_width
else
let openpos = g:tagbar_left ? 'leftabove ' : 'rightbelow '
let width = g:tagbar_vertical
endif
exe 'silent keepalt ' . openpos . width . 'split ' . '__Tagbar__'
unlet s:window_opening
call s:InitWindow(autoclose)
" If the current file exists, but is empty, it means that it had a
" processing error before opening the window, most likely due to a call to
" currenttag() in the statusline. Remove the entry so an error message
" will be shown if the processing still fails.
if empty(s:known_files.get(curfile))
call s:known_files.rm(curfile)
endif
call s:AutoUpdate(curfile, 0)
call s:HighlightTag(g:tagbar_autoshowtag != 2, 1, curline)
if !(g:tagbar_autoclose || autofocus || g:tagbar_autofocus)
call s:goto_win('p')
endif
call s:debug('OpenWindow finished')
endfunction
" s:InitWindow() {{{2
function! s:InitWindow(autoclose) abort
call s:debug('InitWindow called with autoclose: ' . a:autoclose)
setlocal filetype=tagbar
setlocal noreadonly " in case the "view" mode is used
setlocal buftype=nofile
setlocal bufhidden=hide
setlocal noswapfile
setlocal nobuflisted
setlocal nomodifiable
setlocal nolist
setlocal nowrap
setlocal winfixwidth
setlocal textwidth=0
setlocal nospell
if g:tagbar_show_linenumbers == 0
setlocal nonumber
if exists('+relativenumber')
setlocal norelativenumber
endif
elseif g:tagbar_show_linenumbers == 1
setlocal number
elseif g:tagbar_show_linenumbers == 2
setlocal relativenumber
else
set number<
if exists('+relativenumber')
set relativenumber<
endif
endif
setlocal nofoldenable
setlocal foldcolumn=0
" Reset fold settings in case a plugin set them globally to something
" expensive. Apparently 'foldexpr' gets executed even if 'foldenable' is
" off, and then for every appended line (like with :put).
setlocal foldmethod&
setlocal foldexpr&
let w:autoclose = a:autoclose
call s:SetStatusLine()
let s:new_window = 1
if has('balloon_eval')
setlocal balloonexpr=TagbarBalloonExpr()
set ballooneval
endif
let cpoptions_save = &cpoptions
set cpoptions&vim
if !exists('b:tagbar_mapped_keys')
call s:MapKeys()
endif
let &cpoptions = cpoptions_save
if g:tagbar_expand
let s:expand_bufnr = bufnr('%')
endif
call s:debug('InitWindow finished')
endfunction
" s:CloseWindow() {{{2
function! s:CloseWindow() abort
call s:debug('CloseWindow called')
let tagbarwinnr = bufwinnr('__Tagbar__')
if tagbarwinnr == -1
return
endif
" Close the preview window if it was opened by us
if s:pwin_by_tagbar
pclose
let tagbarwinnr = bufwinnr('__Tagbar__')
endif
if winnr() == tagbarwinnr
if winbufnr(2) != -1
" Other windows are open, only close the tagbar one
let curfile = s:known_files.getCurrent(0)
close
" Try to jump to the correct window after closing
call s:goto_win('p')
if !empty(curfile)
let filebufnr = bufnr(curfile.fpath)
if bufnr('%') != filebufnr
let filewinnr = bufwinnr(filebufnr)
if filewinnr != -1
call s:goto_win(filewinnr)
endif
endif
endif
endif
else
" Go to the tagbar window, close it and then come back to the original
" window. Save a win-local variable in the original window so we can
" jump back to it even if the window number changed.
call s:mark_window()
call s:goto_win(tagbarwinnr)
close
call s:goto_markedwin()
endif
call s:ShrinkIfExpanded()
" The window sizes may have changed due to the shrinking happening after
" the window closing, so equalize them again.
if &equalalways
wincmd =
endif
if s:autocommands_done && !s:statusline_in_use
autocmd! TagbarAutoCmds
let s:autocommands_done = 0
endif
call s:debug('CloseWindow finished')
endfunction
" s:ShrinkIfExpanded() {{{2
" If the Vim window has been expanded, and Tagbar is not open in any other
" tabpages, shrink the window again
function! s:ShrinkIfExpanded() abort
if !s:window_expanded || &filetype == 'tagbar' || s:expand_bufnr == -1
return
endif
let tablist = []
for i in range(tabpagenr('$'))
call extend(tablist, tabpagebuflist(i + 1))
endfor
if index(tablist, s:expand_bufnr) == -1
let &columns -= g:tagbar_width + 1
let s:window_expanded = 0
let s:expand_bufnr = -1
" Only restore window position if it is available and if the
" window hasn't been moved manually after the expanding
if getwinposx() != -1 &&
\ getwinposx() == s:window_pos.post.x &&
\ getwinposy() == s:window_pos.post.y
execute 'winpos ' . s:window_pos.pre.x .
\ ' ' . s:window_pos.pre.y
endif
endif
endfunction
" s:ZoomWindow() {{{2
function! s:ZoomWindow() abort
if s:is_maximized
execute 'vertical resize ' . g:tagbar_width
execute s:winrestcmd
let s:is_maximized = 0
else
let s:winrestcmd = winrestcmd()
if g:tagbar_zoomwidth == 1
vertical resize
elseif g:tagbar_zoomwidth == 0
let func = exists('*strdisplaywidth') ? 'strdisplaywidth' : 'strlen'
let maxline = max(map(getline(line('w0'), line('w$')),
\ func . '(v:val)'))
execute 'vertical resize ' . maxline
elseif g:tagbar_zoomwidth > 1
execute 'vertical resize ' . g:tagbar_zoomwidth
endif
let s:is_maximized = 1
endif
endfunction
" s:CorrectFocusOnStartup() {{{2
" For whatever reason the focus will be on the Tagbar window if
" tagbar#autoopen is used with a FileType autocommand on startup and
" g:tagbar_left is set. This should work around it by jumping to the window of
" the current file after startup.
function! s:CorrectFocusOnStartup() abort
if bufwinnr('__Tagbar__') != -1 && !g:tagbar_autofocus && !s:last_autofocus
let curfile = s:known_files.getCurrent(1)
if !empty(curfile) && curfile.fpath != fnamemodify(bufname('%'), ':p')
let winnr = bufwinnr(curfile.fpath)
if winnr != -1
call s:goto_win(winnr)
endif
endif
endif
endfunction
" Tag processing {{{1
" s:ProcessFile() {{{2
" Execute ctags and put the information into a 'FileInfo' object
function! s:ProcessFile(fname, ftype) abort
call s:debug('ProcessFile called [' . a:fname . ']')
if !s:IsValidFile(a:fname, a:ftype)
call s:debug('Not a valid file, returning')
return
endif
let typeinfo = s:known_types[a:ftype]
" If the file has only been updated preserve the fold states, otherwise
" create a new entry
if s:known_files.has(a:fname) && !empty(s:known_files.get(a:fname)) &&
\ s:known_files.get(a:fname).ftype == a:ftype
let fileinfo = s:known_files.get(a:fname)
let typeinfo = fileinfo.typeinfo
call fileinfo.reset()
else
if exists('#TagbarProjects#User')
execute 'doautocmd <nomodeline> TagbarProjects User ' . a:fname
if exists('b:tagbar_type')
let typeinfo = extend(copy(typeinfo),
\ s:TransformUserTypeDef(b:tagbar_type))
call typeinfo.createKinddict()
endif
endif
let fileinfo = s:FileInfo.New(a:fname, a:ftype, typeinfo)
endif
call s:debug('typeinfo for file to process: ' . string(typeinfo))
" Use a temporary files for ctags processing instead of the original one.
" This allows using Tagbar for files accessed with netrw, and also doesn't
" slow down Tagbar for files that sit on slow network drives.
let tempfile = tempname()
let ext = fnamemodify(fileinfo.fpath, ':e')
if ext != ''
let tempfile .= '.' . ext
endif
call writefile(getbufline(fileinfo.bufnr, 1, '$'), tempfile)
let fileinfo.mtime = getftime(tempfile)
let ctags_output = s:ExecuteCtagsOnFile(tempfile, a:fname, typeinfo)
call delete(tempfile)
if ctags_output == -1
call s:debug('Ctags error when processing file')
" Put an empty entry into known_files so the error message is only
" shown once
call s:known_files.put({}, a:fname)
return
elseif ctags_output == ''
call s:debug('Ctags output empty')
" No need to go through the tag processing if there are no tags, and
" preserving the old fold state isn't necessary either
call s:known_files.put(s:FileInfo.New(a:fname, a:ftype,
\ s:known_types[a:ftype]), a:fname)
return
endif
call s:debug('Filetype tag kinds: ' . string(keys(typeinfo.kinddict)))
" Parse the ctags output lines
call s:debug('Parsing ctags output')
let rawtaglist = split(ctags_output, '\n\+')
for line in rawtaglist
" skip comments
if line =~# '^!_TAG_'
continue
endif
let parts = split(line, ';"')
if len(parts) == 2 " Is a valid tag line
let taginfo = s:ParseTagline(parts[0], parts[1], typeinfo, fileinfo)
if !empty(taginfo)
let fileinfo.fline[taginfo.fields.line] = taginfo
call add(fileinfo.tags, taginfo)
endif
endif
endfor
" Process scoped tags
let processedtags = []
if has_key(typeinfo, 'kind2scope')
call s:debug('Processing scoped tags')
let scopedtags = []
let is_scoped = 'has_key(typeinfo.kind2scope, v:val.fields.kind) ||
\ has_key(v:val, "scope")'
let scopedtags += filter(copy(fileinfo.tags), is_scoped)
call filter(fileinfo.tags, '!(' . is_scoped . ')')
call s:AddScopedTags(scopedtags, processedtags, {}, 0,
\ typeinfo, fileinfo, line('$'))
if !empty(scopedtags)
echoerr 'Tagbar: ''scopedtags'' not empty after processing,'
\ 'this should never happen!'
\ 'Please contact the script maintainer with an example.'
endif
endif
call s:debug('Number of top-level tags: ' . len(processedtags))
" Create a placeholder tag for the 'kind' header for folding purposes
for kind in typeinfo.kinds
let curtags = filter(copy(fileinfo.tags),
\ 'v:val.fields.kind ==# kind.short')
call s:debug('Processing kind: ' . kind.short .
\ ', number of tags: ' . len(curtags))
if empty(curtags)
continue
endif
let kindtag = s:KindheaderTag.New(kind.long)
let kindtag.short = kind.short
let kindtag.numtags = len(curtags)
let kindtag.fileinfo = fileinfo
for tag in curtags
let tag.parent = kindtag
endfor
endfor
if !empty(processedtags)
call extend(fileinfo.tags, processedtags)
endif
" Clear old folding information from previous file version to prevent leaks
call fileinfo.clearOldFolds()
" Sort the tags
let s:compare_typeinfo = typeinfo
call fileinfo.sortTags()
call s:known_files.put(fileinfo)
endfunction
" s:ExecuteCtagsOnFile() {{{2
function! s:ExecuteCtagsOnFile(fname, realfname, typeinfo) abort
call s:debug('ExecuteCtagsOnFile called [' . a:fname . ']')
if has_key(a:typeinfo, 'ctagsargs') && type(a:typeinfo.ctagsargs) == type('')
" if ctagsargs is a string, prepend and append space separators
let ctags_args = ' ' . a:typeinfo.ctagsargs . ' '
elseif has_key(a:typeinfo, 'ctagsargs') && type(a:typeinfo.ctagsargs) == type([])
let ctags_args = a:typeinfo.ctagsargs
" otherwise ctagsargs is not defined or not defined as a valid type
else
"Prefer constructing ctags_args as a list rather than a string
"See s:EscapeCtagsCmd() - It's a best practice to shellescape()
"each arg separately because in special cases where space is
"intended to be in an argument, spaces in a single ctag_args
"string would be ambiguous. Is the space an argument separator
"or to be included in the argument
let ctags_args = [ '-f',
\ '-',
\ '--format=2',
\ '--excmd=pattern',
\ '--fields=nksSaf',
\ '--extra=',
\ '--file-scope=yes',
\ '--sort=no',
\ '--append=no'
\ ]
" Include extra type definitions
if has_key(a:typeinfo, 'deffile')
let ctags_args += ['--options=' . expand(a:typeinfo.deffile)]
endif
" Third-party programs may not necessarily make use of this
if has_key(a:typeinfo, 'ctagstype')
let ctags_type = a:typeinfo.ctagstype
let ctags_kinds = ''
for kind in a:typeinfo.kinds
let ctags_kinds .= kind.short
endfor
let ctags_args += ['--language-force=' . ctags_type]
let ctags_args += ['--' . ctags_type . '-kinds=' . ctags_kinds]
endif
endif
if has_key(a:typeinfo, 'ctagsbin')
" reset 'wildignore' temporarily in case *.exe is included in it
let wildignore_save = &wildignore
set wildignore&
let ctags_bin = expand(a:typeinfo.ctagsbin)
let &wildignore = wildignore_save
else
let ctags_bin = g:tagbar_ctags_bin
endif
let ctags_cmd = s:EscapeCtagsCmd(ctags_bin, ctags_args, a:fname)
if ctags_cmd == ''
return ''
endif
let ctags_output = s:ExecuteCtags(ctags_cmd)
if v:shell_error || ctags_output =~ 'Warning: cannot open source file'
call s:debug('Command output:')
call s:debug(ctags_output)
" Only display an error message if the Tagbar window is open and we
" haven't seen the error before.
if bufwinnr("__Tagbar__") != -1 &&
\ (!s:known_files.has(a:realfname) ||
\ !empty(s:known_files.get(a:realfname)))
call s:warning('Tagbar: Could not execute ctags for ' . a:realfname . '!')
echomsg 'Executed command: "' . ctags_cmd . '"'
if !empty(ctags_output)
echomsg 'Command output:'
for line in split(ctags_output, '\n')
echomsg line
endfor
endif
endif
return -1
endif
call s:debug('Ctags executed successfully')
return ctags_output
endfunction
" s:ParseTagline() {{{2
" Structure of a tag line:
" tagname<TAB>filename<TAB>expattern;"fields
" fields: <TAB>name:value
" fields that are always present: kind, line
function! s:ParseTagline(part1, part2, typeinfo, fileinfo) abort
let basic_info = split(a:part1, '\t')
let taginfo = s:NormalTag.New(basic_info[0])
let taginfo.file = basic_info[1]
" the pattern can contain tabs and thus may have been split up, so join
" the rest of the items together again
let pattern = join(basic_info[2:], "\t")
let start = 2 " skip the slash and the ^
let end = strlen(pattern) - 1
if pattern[end - 1] ==# '$'
let end -= 1
let dollar = '\$'
else
let dollar = ''
endif
let pattern = strpart(pattern, start, end - start)
let taginfo.pattern = '\V\^\C' . pattern . dollar
" When splitting fields make sure not to create empty keys or values in
" case a value illegally contains tabs
let fields = split(a:part2, '^\t\|\t\ze\w\+:')
if fields[0] !~# ':'
let taginfo.fields.kind = remove(fields, 0)
endif
for field in fields
" can't use split() since the value can contain ':'
let delimit = stridx(field, ':')
let key = strpart(field, 0, delimit)
" Remove all tabs that may illegally be in the value
let val = substitute(strpart(field, delimit + 1), '\t', '', 'g')
" File-restricted scoping
if key == "file"
let taginfo.fields[key] = 'yes'
endif
if len(val) > 0
if key == 'line' || key == 'column'
let taginfo.fields[key] = str2nr(val)
else
let taginfo.fields[key] = val
endif
endif
endfor
" Needed for jsctags
if has_key(taginfo.fields, 'lineno')
let taginfo.fields.line = str2nr(taginfo.fields.lineno)
endif
" Do some sanity checking in case ctags reports invalid line numbers
if taginfo.fields.line < 0
let taginfo.fields.line = 0
endif
if !has_key(taginfo.fields, 'kind')
call s:debug("Warning: No 'kind' field found for tag " . basic_info[0] . "!")
if index(s:warnings.type, a:typeinfo.ftype) == -1
call s:warning("No 'kind' field found for tag " . basic_info[0] . "!" .
\ " Please read the last section of ':help tagbar-extend'.")
call add(s:warnings.type, a:typeinfo.ftype)
endif
return {}
endif
" Make some information easier accessible
if has_key(a:typeinfo, 'scope2kind')
for scope in keys(a:typeinfo.scope2kind)
if has_key(taginfo.fields, scope)
let taginfo.scope = scope
let taginfo.path = taginfo.fields[scope]
let taginfo.fullpath = taginfo.path . a:typeinfo.sro .
\ taginfo.name
break
endif
endfor
let taginfo.depth = len(split(taginfo.path, '\V' . a:typeinfo.sro))
endif
let taginfo.fileinfo = a:fileinfo
let taginfo.typeinfo = a:typeinfo
" Needed for folding
try
call taginfo.initFoldState()
catch /^Vim(\a\+):E716:/ " 'Key not present in Dictionary'
" The tag has a 'kind' that doesn't exist in the type definition
call s:debug('Warning: Unknown tag kind: ' . taginfo.fields.kind)
if index(s:warnings.type, a:typeinfo.ftype) == -1
call s:warning('Unknown tag kind encountered: ' .
\ '"' . taginfo.fields.kind . '".' .
\ ' Your ctags and Tagbar configurations are out of sync!' .
\ ' Please read '':help tagbar-extend''.')
call add(s:warnings.type, a:typeinfo.ftype)
endif
return {}
endtry
return taginfo
endfunction
" s:AddScopedTags() {{{2
" Recursively process tags. Unfortunately there is a problem: not all tags in
" a hierarchy are actually there. For example, in C++ a class can be defined
" in a header file and implemented in a .cpp file (so the class itself doesn't
" appear in the .cpp file and thus doesn't generate a tag). Another example
" are anonymous structures like namespaces, structs, enums, and unions, that
" also don't get a tag themselves. These tags are thus called 'pseudo-tags' in
" Tagbar. Properly parsing them is quite tricky, so try not to think about it
" too much.
function! s:AddScopedTags(tags, processedtags, parent, depth,
\ typeinfo, fileinfo, maxline) abort
if !empty(a:parent)
let curpath = a:parent.fullpath
let pscope = a:typeinfo.kind2scope[a:parent.fields.kind]
else
let curpath = ''
let pscope = ''
endif
let is_cur_tag = 'v:val.depth == a:depth'
if !empty(curpath)
" Check whether the tag is either a direct child at the current depth
" or at least a proper grandchild with pseudo-tags in between. If it
" is a direct child also check for matching scope.
let is_cur_tag .= ' &&
\ (v:val.path ==# curpath ||
\ match(v:val.path, ''\V\^\C'' . curpath . a:typeinfo.sro) == 0) &&
\ (v:val.path ==# curpath ? (v:val.scope ==# pscope) : 1) &&
\ v:val.fields.line >= a:parent.fields.line &&
\ v:val.fields.line <= a:maxline'
endif
let curtags = filter(copy(a:tags), is_cur_tag)
if !empty(curtags)
call filter(a:tags, '!(' . is_cur_tag . ')')
let realtags = []
let pseudotags = []
while !empty(curtags)
let tag = remove(curtags, 0)
if tag.path != curpath
" tag is child of a pseudo-tag, so create a new pseudo-tag and
" add all its children to it
let pseudotag = s:ProcessPseudoTag(curtags, tag, a:parent,
\ a:typeinfo, a:fileinfo)
call add(pseudotags, pseudotag)
else
call add(realtags, tag)
endif
endwhile
" Recursively add the children of the tags on the current level
for tag in realtags
let tag.parent = a:parent
if !has_key(a:typeinfo.kind2scope, tag.fields.kind)
continue
endif
if !has_key(tag, 'children')
let tag.children = []
endif
" Check for tags with the exact same name that may be created
" alternatively in a conditional (Issue #139). The only way to
" distinguish between them is by line number.
let twins = filter(copy(realtags),
\ "v:val.fullpath ==# '" .
\ substitute(tag.fullpath, "'", "''", 'g') . "'" .
\ " && v:val.fields.line != " . tag.fields.line)
let maxline = line('$')
for twin in twins
if twin.fields.line <= maxline &&
\ twin.fields.line > tag.fields.line
let maxline = twin.fields.line - 1
endif
endfor
call s:AddScopedTags(a:tags, tag.children, tag, a:depth + 1,
\ a:typeinfo, a:fileinfo, maxline)
endfor
call extend(a:processedtags, realtags)
" Recursively add the children of the tags that are children of the
" pseudo-tags on the current level
for tag in pseudotags
call s:ProcessPseudoChildren(a:tags, tag, a:depth, a:typeinfo,
\ a:fileinfo)
endfor
call extend(a:processedtags, pseudotags)
endif
" Now we have to check if there are any pseudo-tags at the current level
" so we have to check for real tags at a lower level, i.e. grandchildren
let is_grandchild = 'v:val.depth > a:depth'
if !empty(curpath)
let is_grandchild .=
\ ' && match(v:val.path, ''\V\^\C'' . curpath . a:typeinfo.sro) == 0'
endif
let grandchildren = filter(copy(a:tags), is_grandchild)
if !empty(grandchildren)
call s:AddScopedTags(a:tags, a:processedtags, a:parent, a:depth + 1,
\ a:typeinfo, a:fileinfo, a:maxline)
endif
endfunction
" s:ProcessPseudoTag() {{{2
function! s:ProcessPseudoTag(curtags, tag, parent, typeinfo, fileinfo) abort
let curpath = !empty(a:parent) ? a:parent.fullpath : ''
let pseudoname = substitute(a:tag.path, curpath, '', '')
let pseudoname = substitute(pseudoname, '\V\^' . a:typeinfo.sro, '', '')
let pseudotag = s:CreatePseudoTag(pseudoname, a:parent, a:tag.scope,
\ a:typeinfo, a:fileinfo)
let pseudotag.children = [a:tag]
" get all the other (direct) children of the current pseudo-tag
let ispseudochild = 'v:val.path ==# a:tag.path && v:val.scope ==# a:tag.scope'
let pseudochildren = filter(copy(a:curtags), ispseudochild)
if !empty(pseudochildren)
call filter(a:curtags, '!(' . ispseudochild . ')')
call extend(pseudotag.children, pseudochildren)
endif
return pseudotag
endfunction
" s:ProcessPseudoChildren() {{{2
function! s:ProcessPseudoChildren(tags, tag, depth, typeinfo, fileinfo) abort
for childtag in a:tag.children
let childtag.parent = a:tag
if !has_key(a:typeinfo.kind2scope, childtag.fields.kind)
continue
endif
if !has_key(childtag, 'children')
let childtag.children = []
endif
call s:AddScopedTags(a:tags, childtag.children, childtag, a:depth + 1,
\ a:typeinfo, a:fileinfo, line('$'))
endfor
let is_grandchild = 'v:val.depth > a:depth && ' .
\ 'match(v:val.path,' .
\ '''^\C'' . substitute(a:tag.fullpath, "''", "''''", "g")) == 0'
let grandchildren = filter(copy(a:tags), is_grandchild)
if !empty(grandchildren)
call s:AddScopedTags(a:tags, a:tag.children, a:tag, a:depth + 1,
\ a:typeinfo, a:fileinfo, line('$'))
endif
endfunction
" s:CreatePseudoTag() {{{2
function! s:CreatePseudoTag(name, parent, scope, typeinfo, fileinfo) abort
if !empty(a:parent)
let curpath = a:parent.fullpath
let pscope = a:typeinfo.kind2scope[a:parent.fields.kind]
else
let curpath = ''
let pscope = ''
endif
let pseudotag = s:PseudoTag.New(a:name)
let pseudotag.fields.kind = a:typeinfo.scope2kind[a:scope]
let parentscope = substitute(curpath, a:name . '$', '', '')
let parentscope = substitute(parentscope,
\ '\V\^' . a:typeinfo.sro . '\$', '', '')
if pscope != ''
let pseudotag.fields[pscope] = parentscope
let pseudotag.scope = pscope
let pseudotag.path = parentscope
let pseudotag.fullpath =
\ pseudotag.path . a:typeinfo.sro . pseudotag.name
endif
let pseudotag.depth = len(split(pseudotag.path, '\V' . a:typeinfo.sro))
let pseudotag.parent = a:parent
let pseudotag.fileinfo = a:fileinfo
let pseudotag.typeinfo = a:typeinfo
call pseudotag.initFoldState()
return pseudotag
endfunction
" Sorting {{{1
" s:SortTags() {{{2
function! s:SortTags(tags, comparemethod) abort
call sort(a:tags, a:comparemethod)
for tag in a:tags
if has_key(tag, 'children')
call s:SortTags(tag.children, a:comparemethod)
endif
endfor
endfunction
" s:CompareByKind() {{{2
function! s:CompareByKind(tag1, tag2) abort
let typeinfo = s:compare_typeinfo
if typeinfo.kinddict[a:tag1.fields.kind] <#
\ typeinfo.kinddict[a:tag2.fields.kind]
return -1
elseif typeinfo.kinddict[a:tag1.fields.kind] >#
\ typeinfo.kinddict[a:tag2.fields.kind]
return 1
else
" Ignore '~' prefix for C++ destructors to sort them directly under
" the constructors
if a:tag1.name[0] ==# '~'
let name1 = a:tag1.name[1:]
else
let name1 = a:tag1.name
endif
if a:tag2.name[0] ==# '~'
let name2 = a:tag2.name[1:]
else
let name2 = a:tag2.name
endif
let ci = g:tagbar_case_insensitive
if (((!ci) && (name1 <=# name2)) || (ci && (name1 <=? name2)))
return -1
else
return 1
endif
endif
endfunction
" s:CompareByLine() {{{2
function! s:CompareByLine(tag1, tag2) abort
return a:tag1.fields.line - a:tag2.fields.line
endfunction
" s:ToggleSort() {{{2
function! s:ToggleSort() abort
let fileinfo = s:known_files.getCurrent(0)
if empty(fileinfo)
return
endif
" Save the tag the cursor is currently on
let curline = line('.')
let taginfo = s:GetTagInfo(curline, 0)
match none
let s:compare_typeinfo = s:known_types[fileinfo.ftype]
if has_key(s:compare_typeinfo, 'sort')
let s:compare_typeinfo.sort = !s:compare_typeinfo.sort
else
let g:tagbar_sort = !g:tagbar_sort
endif
call fileinfo.sortTags()
call s:RenderContent()
call s:SetStatusLine()
" If we were on a tag before sorting then jump to it, otherwise restore
" the cursor to the current line
if !empty(taginfo)
execute taginfo.tline
else
execute curline
endif
endfunction
" Display {{{1
" s:RenderContent() {{{2
function! s:RenderContent(...) abort
call s:debug('RenderContent called')
let s:new_window = 0
if a:0 == 1
let fileinfo = a:1
else
let fileinfo = s:known_files.getCurrent(0)
endif
if empty(fileinfo)
call s:debug('Empty fileinfo, returning')
return
endif
let tagbarwinnr = bufwinnr('__Tagbar__')
if &filetype == 'tagbar'
let in_tagbar = 1
else
let in_tagbar = 0
let prevwinnr = winnr()
" Get the previous window number, so that we can reproduce
" the window entering history later. Do not run autocmd on
" this command, make sure nothing is interfering.
" let pprevwinnr = winnr('#') " Messes up windows for some reason
call s:goto_win('p', 1)
let pprevwinnr = winnr()
call s:goto_win(tagbarwinnr, 1)
endif
if !empty(s:known_files.getCurrent(0)) &&
\ fileinfo.fpath ==# s:known_files.getCurrent(0).fpath
" We're redisplaying the same file, so save the view
call s:debug('Redisplaying file [' . fileinfo.fpath . ']')
let saveline = line('.')
let savecol = col('.')
let topline = line('w0')
endif
let lazyredraw_save = &lazyredraw
set lazyredraw
let eventignore_save = &eventignore
set eventignore=all
setlocal modifiable
silent %delete _
call s:PrintHelp()
let typeinfo = fileinfo.typeinfo
if !empty(fileinfo.tags)
" Print tags
call s:PrintKinds(typeinfo, fileinfo)
else
call s:debug('No tags found, skipping printing.')
if g:tagbar_compact && s:short_help
silent 0put ='\" No tags found.'
else
silent put ='\" No tags found.'
endif
endif
" Delete empty lines at the end of the buffer
for linenr in range(line('$'), 1, -1)
if getline(linenr) =~ '^$'
execute 'silent ' . linenr . 'delete _'
else
break
endif
endfor
setlocal nomodifiable
if !empty(s:known_files.getCurrent(0)) &&
\ fileinfo.fpath ==# s:known_files.getCurrent(0).fpath
let scrolloff_save = &scrolloff
set scrolloff=0
call cursor(topline, 1)
normal! zt
call cursor(saveline, savecol)
let &scrolloff = scrolloff_save
else
" Make sure as much of the Tagbar content as possible is shown in the
" window by jumping to the top after drawing
execute 1
call winline()
" Invalidate highlight cache from old file
let s:last_highlight_tline = 0
endif
let &lazyredraw = lazyredraw_save
let &eventignore = eventignore_save
if !in_tagbar
call s:goto_win(pprevwinnr, 1)
call s:goto_win(prevwinnr, 1)
endif
endfunction
" s:PrintKinds() {{{2
function! s:PrintKinds(typeinfo, fileinfo) abort
call s:debug('PrintKinds called')
let is_first_tag = 1
for kind in a:typeinfo.kinds
let curtags = filter(copy(a:fileinfo.tags),
\ 'v:val.fields.kind ==# kind.short')
call s:debug('Printing kind: ' . kind.short .
\ ', number of (top-level) tags: ' . len(curtags))
if empty(curtags)
continue
endif
if has_key(a:typeinfo, 'kind2scope') &&
\ has_key(a:typeinfo.kind2scope, kind.short)
" Scoped tags
for tag in curtags
call s:PrintTag(tag, 0, is_first_tag, a:fileinfo, a:typeinfo)
if !g:tagbar_compact
silent put _
endif
let is_first_tag = 0
endfor
else
" Non-scoped tags
let kindtag = curtags[0].parent
if kindtag.isFolded()
let foldmarker = s:icon_closed
else
let foldmarker = s:icon_open
endif
let padding = g:tagbar_show_visibility ? ' ' : ''
if g:tagbar_compact && is_first_tag && s:short_help
silent 0put =foldmarker . padding . kind.long
else
silent put =foldmarker . padding . kind.long
endif
let curline = line('.')
let kindtag.tline = curline
let a:fileinfo.tline[curline] = kindtag
if !kindtag.isFolded()
for tag in curtags
let str = tag.strfmt()
silent put =repeat(' ', g:tagbar_indent) . str
" Save the current tagbar line in the tag for easy
" highlighting access
let curline = line('.')
let tag.tline = curline
let a:fileinfo.tline[curline] = tag
let tag.depth = 1
endfor
endif
if !g:tagbar_compact
silent put _
endif
let is_first_tag = 0
endif
endfor
endfunction
" s:PrintTag() {{{2
function! s:PrintTag(tag, depth, is_first, fileinfo, typeinfo) abort
if g:tagbar_hide_nonpublic &&
\ get(a:tag.fields, 'access', 'public') !=# 'public'
let a:tag.tline = -1
return
endif
" Print tag indented according to depth
let tagstr = repeat(' ', a:depth * g:tagbar_indent) . a:tag.strfmt()
if a:is_first && g:tagbar_compact && s:short_help
silent 0put =tagstr
else
silent put =tagstr
endif
" Save the current tagbar line in the tag for easy highlighting access
let curline = line('.')
let a:tag.tline = curline
let a:fileinfo.tline[curline] = a:tag
" Recursively print children
if a:tag.isFoldable() && !a:tag.isFolded()
for ckind in a:typeinfo.kinds
let childfilter = 'v:val.fields.kind ==# ckind.short'
if g:tagbar_hide_nonpublic
let childfilter .=
\ ' && get(v:val.fields, "access", "public") ==# "public"'
endif
let childtags = filter(copy(a:tag.children), childfilter)
if len(childtags) > 0
" Print 'kind' header of following children, but only if they
" are not scope-defining tags (since those already have an
" identifier)
if !has_key(a:typeinfo.kind2scope, ckind.short)
let indent = (a:depth + 1) * g:tagbar_indent