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@ -67,30 +67,143 @@ func! s:parse_name(arg) |
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return {'name': name, 'uri': uri, 'name_spec': arg } |
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endf |
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" this abstracts the operation: |
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" 'set runtimepath-=LIST' |
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" |
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" notes: |
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" * it takes care of trailing '/' characters on each of the entries in LIST |
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" (it attempts to remove the entry with and without the trailing '/', just |
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" in case); |
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" * it attempts to do the "real thing", if it can |
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" (if 'fnameescape()' is available); |
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" * otherwise, it has a number of fallback scenarios, ordered by |
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" reliability; |
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" |
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" args: |
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" dirs [string]: described as 'LIST' above; |
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" |
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" for now, it does not produce an explicit return value |
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" |
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func! s:compat_rtp_rm_entry(dirs) |
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" debug: echomsg '[debug] s:compat_rtp_rm_entry(): entered. rtp: ' . string(&rtp) . '; dirs: ' . string(a:dirs) |
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" optimisation: there seems to be a few of these cases |
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if empty(a:dirs) |
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return 0 |
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endif |
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if exists('*fnameescape') |
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exec 'set rtp-='.fnameescape(a:dirs) |
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elseif exists('*filter') && exists('*split') && exists('*join') " && ( stridx(a:dir, ',') < 0 ) |
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" a bit costly, but more compatible |
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let l:runtimepath_list = split(&rtp, ',', 1) |
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unlet! g:vundle_config_compat_rtp_rm_entry_dir |
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for l:dir_now in split(a:dirs, ',', 1) |
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" FIXME: normalise path (think of win32 and other platforms) |
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" (fnamemodify()?) |
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" get rid of the last slash, if it's not a root directory |
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if ( strlen(l:dir_now) > 1 ) && ( l:dir_now[ -1: ] == '/' ) && ( l:dir_now[ -2:-2 ] != ':' ) |
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let l:dir_now = l:dir_now [ :-2 ] |
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endif |
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" remove the directory as is (without a trailing '/'), |
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" and with a trailing '/', too. |
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for l:dir_suff in [ '', '/' ] |
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if ( empty(l:dir_now) && ( ! empty(l:dir_suff) ) ) |
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continue |
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endif |
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let g:vundle_config_compat_rtp_rm_entry_dir = l:dir_now . l:dir_suff |
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let l:runtimepath_list = filter(l:runtimepath_list, 'v:val != g:vundle_config_compat_rtp_rm_entry_dir') |
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endfor |
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endfor |
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unlet! g:vundle_config_compat_rtp_rm_entry_dir |
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" assemble the runtime variable from the list |
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let &rtp = join(l:runtimepath_list, ',') |
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elseif exists('*escape') |
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" from fnameescape() documentation: |
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" it escapes: " \t\n*?[{`$\\%#'\"|!<" |
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" plus, depending on 'isfname', other characters. |
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" (TODO: add those cases, if needed) |
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exec 'set rtp-='.escape(a:dirs, " \t\n*?[{`$\\%#'\"|!<") |
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else |
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" cheap and cheerful (but no escaping) |
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exec 'set rtp-='.a:dirs |
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endif |
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" debug: echomsg '[debug] s:compat_rtp_rm_entry(): exiting. rtp: ' . string(&rtp) |
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endf |
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" abstracts the following operations: |
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" 'set runtimepath^=LIST' |
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" 'set runtimepath+=LIST' |
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" 'set runtimepath=LIST' |
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" |
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" args: |
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" dirs [string]: described as 'LIST' above; |
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" addset_operator [string]: one of: |
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" '^': prepend ('set runtimepath^='); |
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" '+': append ('set runtimepath+='); |
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" '': set ('set runtimepath='); |
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" |
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" for now, it does not produce an explicit return value |
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" |
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func! s:compat_rtp_addset_entry(dirs, addset_operator) |
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" debug: echomsg '[debug] s:compat_rtp_addset_entry(): entered. rtp: ' . string(&rtp) . '; dirs: ' . string(a:dirs) . '; operator: ' . string( a:addset_operator ) |
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if exists('*fnameescape') |
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exec 'set rtp'.a:addset_operator.'='.fnameescape(a:dirs) |
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else |
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" almost as quick, but more compatible |
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if a:addset_operator == '' |
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let &rtp = a:dirs |
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else |
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let l:elem_separator = ( empty(&rtp) ? '' : ',' ) |
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" note: ideally, we would want to |
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" do nothing if the value already exists |
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" (this is what the standard 'set {op}=' expressions do) |
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" but, for efficiency, we will let those elements |
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" through (besides, s:compat_rtp_rm_entry() would get rid of all |
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" matches if we want to do that before or after this operation) |
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if a:addset_operator == '^' |
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let &rtp = a:dirs . l:elem_separator . &rtp |
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elseif a:addset_operator == '+' |
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let &rtp = &rtp . l:elem_separator . a:dirs |
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else |
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" FIXME: internal error |
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endif |
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endif |
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endif |
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" debug: echomsg '[debug] s:compat_rtp_addset_entry(): exiting. rtp: ' . string(&rtp) |
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endf |
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func! s:rtp_rm_a() |
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let paths = map(copy(g:bundles), 'v:val.rtpath') |
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let prepends = join(paths, ',') |
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let appends = join(paths, '/after,').'/after' |
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exec 'set rtp-='.fnameescape(prepends) |
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exec 'set rtp-='.fnameescape(appends) |
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if !empty(paths) |
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let prepends = join(paths, ',') |
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let appends = join(paths, '/after,').'/after' |
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call s:compat_rtp_rm_entry(prepends) |
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call s:compat_rtp_rm_entry(appends) |
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endif |
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endf |
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func! s:rtp_add_a() |
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let paths = map(copy(g:bundles), 'v:val.rtpath') |
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let prepends = join(paths, ',') |
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let appends = join(paths, '/after,').'/after' |
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exec 'set rtp^='.fnameescape(prepends) |
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exec 'set rtp+='.fnameescape(appends) |
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if !empty(paths) |
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let prepends = join(paths, ',') |
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let appends = join(paths, '/after,').'/after' |
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call s:compat_rtp_addset_entry(prepends,'^') |
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call s:compat_rtp_addset_entry(appends,'+') |
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endif |
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endf |
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func! s:rtp_rm(dir) abort |
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exec 'set rtp-='.fnameescape(expand(a:dir, 1)) |
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exec 'set rtp-='.fnameescape(expand(a:dir.'/after', 1)) |
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if !empty(a:dir) |
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call s:compat_rtp_rm_entry(expand(a:dir, 1)) |
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call s:compat_rtp_rm_entry(expand(a:dir.'/after', 1)) |
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endif |
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endf |
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func! s:rtp_add(dir) abort |
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exec 'set rtp^='.fnameescape(expand(a:dir, 1)) |
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exec 'set rtp+='.fnameescape(expand(a:dir.'/after', 1)) |
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if !empty(a:dir) |
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call s:compat_rtp_addset_entry(expand(a:dir, 1), '^') |
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call s:compat_rtp_addset_entry(expand(a:dir.'/after', 1), '+') |
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endif |
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endf |
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func! s:expand_path(path) abort |
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