1
0
Fork 0
mirror of synced 2024-12-25 08:13:20 -05:00
ultimate-vim/sources_non_forked/nerdtree/lib/nerdtree/path.vim
2021-05-05 10:25:00 +02:00

852 lines
25 KiB
VimL

" ============================================================================
" CLASS: Path
"
" The Path class provides an abstracted representation of a file system
" pathname. Various operations on pathnames are provided and a number of
" representations of a given path name can be accessed here.
" ============================================================================
let s:Path = {}
let g:NERDTreePath = s:Path
" FUNCTION: Path.AbsolutePathFor(pathStr) {{{1
function! s:Path.AbsolutePathFor(pathStr)
let l:prependWorkingDir = 0
if nerdtree#runningWindows()
let l:prependWorkingDir = a:pathStr !~# '^.:\(\\\|\/\)\?' && a:pathStr !~# '^\(\\\\\|\/\/\)'
else
let l:prependWorkingDir = a:pathStr !~# '^/'
endif
let l:result = a:pathStr
if l:prependWorkingDir
let l:result = getcwd()
if l:result[-1:] == nerdtree#slash()
let l:result = l:result . a:pathStr
else
let l:result = l:result . nerdtree#slash() . a:pathStr
endif
endif
return l:result
endfunction
" FUNCTION: Path.bookmarkNames() {{{1
function! s:Path.bookmarkNames()
if !exists('self._bookmarkNames')
call self.cacheDisplayString()
endif
return self._bookmarkNames
endfunction
" FUNCTION: Path.cacheDisplayString() {{{1
function! s:Path.cacheDisplayString() abort
let self.cachedDisplayString = g:NERDTreeNodeDelimiter . self.getLastPathComponent(1)
if self.isExecutable
let self.cachedDisplayString = self.addDelimiter(self.cachedDisplayString) . '*'
endif
let self._bookmarkNames = []
for i in g:NERDTreeBookmark.Bookmarks()
if i.path.equals(self)
call add(self._bookmarkNames, i.name)
endif
endfor
if !empty(self._bookmarkNames) && g:NERDTreeMarkBookmarks ==# 1
let self.cachedDisplayString = self.addDelimiter(self.cachedDisplayString) . ' {' . join(self._bookmarkNames) . '}'
endif
if self.isSymLink
let self.cachedDisplayString = self.addDelimiter(self.cachedDisplayString) . ' -> ' . self.symLinkDest
endif
if self.isReadOnly
let self.cachedDisplayString = self.addDelimiter(self.cachedDisplayString) . ' ['.g:NERDTreeGlyphReadOnly.']'
endif
endfunction
" FUNCTION: Path.addDelimiter() {{{1
function! s:Path.addDelimiter(line)
if a:line =~# '\(.*' . g:NERDTreeNodeDelimiter . '\)\{2}'
return a:line
else
return a:line . g:NERDTreeNodeDelimiter
endif
endfunction
" FUNCTION: Path.changeToDir() {{{1
function! s:Path.changeToDir()
let dir = self.str({'format': 'Cd'})
if self.isDirectory ==# 0
let dir = self.getParent().str({'format': 'Cd'})
endif
try
if g:NERDTreeUseTCD && exists(':tcd') ==# 2
execute 'tcd ' . dir
call nerdtree#echo("Tab's CWD is now: " . getcwd())
else
execute 'cd ' . dir
call nerdtree#echo('CWD is now: ' . getcwd())
endif
catch
throw 'NERDTree.PathChangeError: cannot change CWD to ' . dir
endtry
endfunction
" FUNCTION: Path.Create(fullpath) {{{1
"
" Factory method.
"
" Creates a path object with the given path. The path is also created on the
" filesystem. If the path already exists, a NERDTree.Path.Exists exception is
" thrown. If any other errors occur, a NERDTree.Path exception is thrown.
"
" Args:
" fullpath: the full filesystem path to the file/dir to create
function! s:Path.Create(fullpath)
"bail if the a:fullpath already exists
if isdirectory(a:fullpath) || filereadable(a:fullpath)
throw "NERDTree.CreatePathError: Directory Exists: '" . a:fullpath . "'"
endif
try
"if it ends with a slash, assume its a dir create it
if a:fullpath =~# '\(\\\|\/\)$'
"whack the trailing slash off the end if it exists
let fullpath = substitute(a:fullpath, '\(\\\|\/\)$', '', '')
call mkdir(fullpath, 'p')
"assume its a file and create
else
call s:Path.createParentDirectories(a:fullpath)
call writefile([], a:fullpath)
endif
catch
throw "NERDTree.CreatePathError: Could not create path: '" . a:fullpath . "'"
endtry
return s:Path.New(a:fullpath)
endfunction
" FUNCTION: Path.copy(dest) {{{1
"
" Copies the file/dir represented by this Path to the given location
"
" Args:
" dest: the location to copy this dir/file to
function! s:Path.copy(dest)
if !s:Path.CopyingSupported()
throw 'NERDTree.CopyingNotSupportedError: Copying is not supported on this OS'
endif
call s:Path.createParentDirectories(a:dest)
if exists('g:NERDTreeCopyCmd')
let cmd_prefix = g:NERDTreeCopyCmd
else
let cmd_prefix = (self.isDirectory ? g:NERDTreeCopyDirCmd : g:NERDTreeCopyFileCmd)
endif
let cmd = cmd_prefix . ' ' . shellescape(self.str()) . ' ' . shellescape(a:dest)
let success = system(cmd)
if v:shell_error !=# 0
throw "NERDTree.CopyError: Could not copy '". self.str() ."' to: '" . a:dest . "'"
endif
endfunction
" FUNCTION: Path.CopyingSupported() {{{1
"
" returns 1 if copying is supported for this OS
function! s:Path.CopyingSupported()
return exists('g:NERDTreeCopyCmd') || (exists('g:NERDTreeCopyDirCmd') && exists('g:NERDTreeCopyFileCmd'))
endfunction
" FUNCTION: Path.copyingWillOverwrite(dest) {{{1
"
" returns 1 if copy this path to the given location will cause files to
" overwritten
"
" Args:
" dest: the location this path will be copied to
function! s:Path.copyingWillOverwrite(dest)
if filereadable(a:dest)
return 1
endif
if isdirectory(a:dest)
let path = s:Path.JoinPathStrings(a:dest, self.getLastPathComponent(0))
if filereadable(path)
return 1
endif
endif
endfunction
" FUNCTION: Path.createParentDirectories(path) {{{1
"
" create parent directories for this path if needed
" without throwing any errors if those directories already exist
"
" Args:
" path: full path of the node whose parent directories may need to be created
function! s:Path.createParentDirectories(path)
let dir_path = fnamemodify(a:path, ':h')
if !isdirectory(dir_path)
call mkdir(dir_path, 'p')
endif
endfunction
" FUNCTION: Path.delete() {{{1
"
" Deletes the file or directory represented by this path.
"
" Throws NERDTree.Path.Deletion exceptions
function! s:Path.delete()
if self.isDirectory
let cmd = g:NERDTreeRemoveDirCmd . self.str({'escape': 1})
let success = system(cmd)
if v:shell_error !=# 0
throw "NERDTree.PathDeletionError: Could not delete directory: '" . self.str() . "'"
endif
else
if exists('g:NERDTreeRemoveFileCmd')
let cmd = g:NERDTreeRemoveFileCmd . self.str({'escape': 1})
let success = system(cmd)
else
let success = delete(self.str())
endif
if success !=# 0
throw "NERDTree.PathDeletionError: Could not delete file: '" . self.str() . "'"
endif
endif
"delete all bookmarks for this path
for i in self.bookmarkNames()
let bookmark = g:NERDTreeBookmark.BookmarkFor(i)
call bookmark.delete()
endfor
endfunction
" FUNCTION: Path.displayString() {{{1
"
" Returns a string that specifies how the path should be represented as a
" string
function! s:Path.displayString()
if self.cachedDisplayString ==# ''
call self.cacheDisplayString()
endif
return self.cachedDisplayString
endfunction
" FUNCTION: Path.edit() {{{1
function! s:Path.edit()
let l:bufname = self.str({'format': 'Edit'})
if bufname('%') !=# l:bufname
exec 'edit ' . l:bufname
endif
endfunction
" FUNCTION: Path.extractDriveLetter(fullpath) {{{1
"
" If running windows, cache the drive letter for this path
function! s:Path.extractDriveLetter(fullpath)
if nerdtree#runningWindows()
if a:fullpath =~# '^\(\\\\\|\/\/\)'
"For network shares, the 'drive' consists of the first two parts of the path, i.e. \\boxname\share
let self.drive = substitute(a:fullpath, '^\(\(\\\\\|\/\/\)[^\\\/]*\(\\\|\/\)[^\\\/]*\).*', '\1', '')
let self.drive = substitute(self.drive, '/', '\', 'g')
else
let self.drive = substitute(a:fullpath, '\(^[a-zA-Z]:\).*', '\1', '')
endif
else
let self.drive = ''
endif
endfunction
" FUNCTION: Path.exists() {{{1
" return 1 if this path points to a location that is readable or is a directory
function! s:Path.exists()
let p = self.str()
return filereadable(p) || isdirectory(p)
endfunction
" FUNCTION: Path._escChars() {{{1
function! s:Path._escChars()
if nerdtree#runningWindows()
return " `\|\"#%&,?()\*^<>$"
endif
return " \\`\|\"#%&,?()\*^<>[]{}$"
endfunction
" FUNCTION: Path.getDir() {{{1
"
" Returns this path if it is a directory, else this paths parent.
"
" Return:
" a Path object
function! s:Path.getDir()
if self.isDirectory
return self
else
return self.getParent()
endif
endfunction
" FUNCTION: Path.getParent() {{{1
"
" Returns a new path object for this paths parent
"
" Return:
" a new Path object
function! s:Path.getParent()
if nerdtree#runningWindows()
let path = self.drive . '\' . join(self.pathSegments[0:-2], '\')
else
let path = '/'. join(self.pathSegments[0:-2], '/')
endif
return s:Path.New(path)
endfunction
" FUNCTION: Path.getLastPathComponent(dirSlash) {{{1
"
" Gets the last part of this path.
"
" Args:
" dirSlash: if 1 then a trailing slash will be added to the returned value for
" directory nodes.
function! s:Path.getLastPathComponent(dirSlash)
if empty(self.pathSegments)
return ''
endif
let toReturn = self.pathSegments[-1]
if a:dirSlash && self.isDirectory
let toReturn = toReturn . '/'
endif
return toReturn
endfunction
" FUNCTION: Path.getSortOrderIndex() {{{1
" returns the index of the pattern in g:NERDTreeSortOrder that this path matches
function! s:Path.getSortOrderIndex()
let i = 0
while i < len(g:NERDTreeSortOrder)
if g:NERDTreeSortOrder[i] !~? '\[\[-\?\(timestamp\|size\|extension\)\]\]' &&
\ self.getLastPathComponent(1) =~# g:NERDTreeSortOrder[i]
return i
endif
let i = i + 1
endwhile
return index(g:NERDTreeSortOrder, '*')
endfunction
" FUNCTION: Path._splitChunks(path) {{{1
" returns a list of path chunks
function! s:Path._splitChunks(path)
let chunks = split(a:path, '\(\D\+\|\d\+\)\zs')
let i = 0
while i < len(chunks)
"convert number literals to numbers
if match(chunks[i], '^\d\+$') ==# 0
let chunks[i] = str2nr(chunks[i])
endif
let i = i + 1
endwhile
return chunks
endfunction
" FUNCTION: Path.getSortKey() {{{1
" returns a key used in compare function for sorting
function! s:Path.getSortKey()
if !exists('self._sortKey') || g:NERDTreeSortOrder !=# g:NERDTreeOldSortOrder
" Look for file metadata tags: [[timestamp]], [[extension]], [[size]]
let metadata = []
for tag in g:NERDTreeSortOrder
if tag =~? '\[\[-\?timestamp\]\]'
let metadata += [self.isDirectory ? 0 : getftime(self.str()) * (tag =~# '-' ? -1 : 1)]
elseif tag =~? '\[\[-\?size\]\]'
let metadata += [self.isDirectory ? 0 : getfsize(self.str()) * (tag =~# '-' ? -1 : 1)]
elseif tag =~? '\[\[extension\]\]'
let extension = matchstr(self.getLastPathComponent(0), '[^.]\+\.\zs[^.]\+$')
let metadata += [self.isDirectory ? '' : (extension ==# '' ? nr2char(str2nr('0x10ffff',16)) : extension)]
endif
endfor
if g:NERDTreeSortOrder[0] =~# '\[\[.*\]\]'
" Apply tags' sorting first if specified first.
let self._sortKey = metadata + [self.getSortOrderIndex()]
else
" Otherwise, do regex grouping first.
let self._sortKey = [self.getSortOrderIndex()] + metadata
endif
let path = self.getLastPathComponent(0)
if !g:NERDTreeSortHiddenFirst
let path = substitute(path, '^[._]', '', '')
endif
if !g:NERDTreeCaseSensitiveSort
let path = tolower(path)
endif
call extend(self._sortKey, (g:NERDTreeNaturalSort ? self._splitChunks(path) : [path]))
endif
return self._sortKey
endfunction
" FUNCTION: Path.isHiddenUnder(path) {{{1
function! s:Path.isHiddenUnder(path)
if !self.isUnder(a:path)
return 0
endif
let l:startIndex = len(a:path.pathSegments)
let l:segments = self.pathSegments[l:startIndex : ]
for l:segment in l:segments
if l:segment =~# '^\.'
return 1
endif
endfor
return 0
endfunction
" FUNCTION: Path.isUnixHiddenFile() {{{1
" check for unix hidden files
function! s:Path.isUnixHiddenFile()
return self.getLastPathComponent(0) =~# '^\.'
endfunction
" FUNCTION: Path.isUnixHiddenPath() {{{1
" check for unix path with hidden components
function! s:Path.isUnixHiddenPath()
if self.getLastPathComponent(0) =~# '^\.'
return 1
else
for segment in self.pathSegments
if segment =~# '^\.'
return 1
endif
endfor
return 0
endif
endfunction
" FUNCTION: Path.ignore(nerdtree) {{{1
" returns true if this path should be ignored
function! s:Path.ignore(nerdtree)
"filter out the user specified paths to ignore
if a:nerdtree.ui.isIgnoreFilterEnabled()
for i in g:NERDTreeIgnore
if self._ignorePatternMatches(i)
return 1
endif
endfor
for l:Callback in g:NERDTree.PathFilters()
let l:Callback = type(l:Callback) ==# type(function('tr')) ? l:Callback : function(l:Callback)
if l:Callback({'path': self, 'nerdtree': a:nerdtree})
return 1
endif
endfor
endif
"dont show hidden files unless instructed to
if !a:nerdtree.ui.getShowHidden() && self.isUnixHiddenFile()
return 1
endif
if a:nerdtree.ui.getShowFiles() ==# 0 && self.isDirectory ==# 0
return 1
endif
return 0
endfunction
" FUNCTION: Path._ignorePatternMatches(pattern) {{{1
" returns true if this path matches the given ignore pattern
function! s:Path._ignorePatternMatches(pattern)
let pat = a:pattern
if strpart(pat,len(pat)-8) ==# '[[path]]'
let pat = strpart(pat,0, len(pat)-8)
return self.str() =~# pat
elseif strpart(pat,len(pat)-7) ==# '[[dir]]'
if !self.isDirectory
return 0
endif
let pat = strpart(pat,0, len(pat)-7)
elseif strpart(pat,len(pat)-8) ==# '[[file]]'
if self.isDirectory
return 0
endif
let pat = strpart(pat,0, len(pat)-8)
endif
return self.getLastPathComponent(0) =~# pat
endfunction
" FUNCTION: Path.isAncestor(path) {{{1
" return 1 if this path is somewhere above the given path in the filesystem.
"
" a:path should be a dir
function! s:Path.isAncestor(child)
return a:child.isUnder(self)
endfunction
" FUNCTION: Path.isUnder(path) {{{1
" return 1 if this path is somewhere under the given path in the filesystem.
function! s:Path.isUnder(parent)
if a:parent.isDirectory ==# 0
return 0
endif
if nerdtree#runningWindows() && a:parent.drive !=# self.drive
return 0
endif
let l:this_count = len(self.pathSegments)
if l:this_count ==# 0
return 0
endif
let l:that_count = len(a:parent.pathSegments)
if l:that_count ==# 0
return 1
endif
if l:that_count >= l:this_count
return 0
endif
for i in range(0, l:that_count-1)
if self.pathSegments[i] !=# a:parent.pathSegments[i]
return 0
endif
endfor
return 1
endfunction
" FUNCTION: Path.JoinPathStrings(...) {{{1
function! s:Path.JoinPathStrings(...)
let components = []
for i in a:000
let components = extend(components, split(i, '/'))
endfor
return '/' . join(components, '/')
endfunction
" FUNCTION: Path.equals() {{{1
"
" Determines whether 2 path objects are "equal".
" They are equal if the paths they represent are the same
"
" Args:
" path: the other path obj to compare this with
function! s:Path.equals(path)
if nerdtree#runningWindows()
return self.str() ==? a:path.str()
else
return self.str() ==# a:path.str()
endif
endfunction
" FUNCTION: Path.New(pathStr) {{{1
function! s:Path.New(pathStr)
let l:newPath = copy(self)
call l:newPath.readInfoFromDisk(s:Path.AbsolutePathFor(a:pathStr))
let l:newPath.cachedDisplayString = ''
let l:newPath.flagSet = g:NERDTreeFlagSet.New()
return l:newPath
endfunction
" FUNCTION: Path.Resolve() {{{1
" Invoke the vim resolve() function and return the result
" This is necessary because in some versions of vim resolve() removes trailing
" slashes while in other versions it doesn't. This always removes the trailing
" slash
function! s:Path.Resolve(path)
let tmp = resolve(a:path)
return tmp =~# '.\+/$' ? substitute(tmp, '/$', '', '') : tmp
endfunction
" FUNCTION: Path.readInfoFromDisk(fullpath) {{{1
"
"
" Throws NERDTree.Path.InvalidArguments exception.
function! s:Path.readInfoFromDisk(fullpath)
call self.extractDriveLetter(a:fullpath)
let fullpath = s:Path.WinToUnixPath(a:fullpath)
if getftype(fullpath) ==# 'fifo'
throw 'NERDTree.InvalidFiletypeError: Cant handle FIFO files: ' . a:fullpath
endif
let self.pathSegments = filter(split(fullpath, '/'), '!empty(v:val)')
let self.isReadOnly = 0
if isdirectory(a:fullpath)
let self.isDirectory = 1
elseif filereadable(a:fullpath)
let self.isDirectory = 0
let self.isReadOnly = filewritable(a:fullpath) ==# 0
else
throw 'NERDTree.InvalidArgumentsError: Invalid path = ' . a:fullpath
endif
let self.isExecutable = 0
if !self.isDirectory
let self.isExecutable = getfperm(a:fullpath) =~# 'x'
endif
"grab the last part of the path (minus the trailing slash)
let lastPathComponent = self.getLastPathComponent(0)
"get the path to the new node with the parent dir fully resolved
let hardPath = s:Path.Resolve(self.strTrunk()) . '/' . lastPathComponent
"if the last part of the path is a symlink then flag it as such
let self.isSymLink = (s:Path.Resolve(hardPath) !=# hardPath)
if self.isSymLink
let self.symLinkDest = s:Path.Resolve(fullpath)
"if the link is a dir then slap a / on the end of its dest
if isdirectory(self.symLinkDest)
"we always wanna treat MS windows shortcuts as files for
"simplicity
if hardPath !~# '\.lnk$'
let self.symLinkDest = self.symLinkDest . '/'
endif
endif
endif
endfunction
" FUNCTION: Path.refresh(nerdtree) {{{1
function! s:Path.refresh(nerdtree)
call self.readInfoFromDisk(self.str())
call g:NERDTreePathNotifier.NotifyListeners('refresh', self, a:nerdtree, {})
call self.cacheDisplayString()
endfunction
" FUNCTION: Path.refreshFlags(nerdtree) {{{1
function! s:Path.refreshFlags(nerdtree)
call g:NERDTreePathNotifier.NotifyListeners('refreshFlags', self, a:nerdtree, {})
call self.cacheDisplayString()
endfunction
" FUNCTION: Path.rename() {{{1
"
" Renames this node on the filesystem
function! s:Path.rename(newPath)
if a:newPath ==# ''
throw 'NERDTree.InvalidArgumentsError: Invalid newPath for renaming = '. a:newPath
endif
call s:Path.createParentDirectories(a:newPath)
let success = rename(self.str(), a:newPath)
if success !=# 0
throw "NERDTree.PathRenameError: Could not rename: '" . self.str() . "'" . 'to:' . a:newPath
endif
call self.readInfoFromDisk(a:newPath)
for i in self.bookmarkNames()
let b = g:NERDTreeBookmark.BookmarkFor(i)
call b.setPath(copy(self))
endfor
call g:NERDTreeBookmark.Write()
endfunction
" FUNCTION: Path.str() {{{1
" Return a string representation of this Path object.
"
" Args:
" This function takes a single dictionary (optional) with keys and values that
" specify how the returned pathname should be formatted.
"
" The dictionary may have the following keys:
" 'format'
" 'escape'
" 'truncateTo'
"
" The 'format' key may have a value of:
" 'Cd' - a string to be used with ":cd" and similar commands
" 'Edit' - a string to be used with ":edit" and similar commands
" 'UI' - a string to be displayed in the NERDTree user interface
"
" The 'escape' key, if specified, will cause the output to be escaped with
" Vim's internal "shellescape()" function.
"
" The 'truncateTo' key shortens the length of the path to that given by the
" value associated with 'truncateTo'. A '<' is prepended.
function! s:Path.str(...)
let options = a:0 ? a:1 : {}
let toReturn = ''
if has_key(options, 'format')
let format = options['format']
if has_key(self, '_strFor' . format)
exec 'let toReturn = self._strFor' . format . '()'
else
throw 'NERDTree.UnknownFormatError: unknown format "'. format .'"'
endif
else
let toReturn = self._str()
endif
if nerdtree#has_opt(options, 'escape')
let toReturn = shellescape(toReturn)
endif
if has_key(options, 'truncateTo')
let limit = options['truncateTo']
if strdisplaywidth(toReturn) > limit-1
while strdisplaywidth(toReturn) > limit-1 && strchars(toReturn) > 0
let toReturn = substitute(toReturn, '^.', '', '')
endwhile
if len(split(toReturn, '/')) > 1
let toReturn = '</' . join(split(toReturn, '/')[1:], '/') . '/'
else
let toReturn = '<' . toReturn
endif
endif
endif
return toReturn
endfunction
" FUNCTION: Path._strForUI() {{{1
function! s:Path._strForUI()
let toReturn = '/' . join(self.pathSegments, '/')
if self.isDirectory && toReturn !=# '/'
let toReturn = toReturn . '/'
endif
return toReturn
endfunction
" FUNCTION: Path._strForCd() {{{1
" Return a string representation of this Path that is suitable for use as an
" argument to Vim's internal ":cd" command.
function! s:Path._strForCd()
return fnameescape(self.str())
endfunction
" FUNCTION: Path._strForEdit() {{{1
" Return a string representation of this Path that is suitable for use as an
" argument to Vim's internal ":edit" command.
function! s:Path._strForEdit()
" Make the path relative to the current working directory, if possible.
let l:result = fnamemodify(self.str(), ':.')
" On Windows, the drive letter may be removed by "fnamemodify()". Add it
" back, if necessary.
if nerdtree#runningWindows() && l:result[0] == nerdtree#slash()
let l:result = self.drive . l:result
endif
let l:result = fnameescape(l:result)
if empty(l:result)
let l:result = '.'
endif
return l:result
endfunction
" FUNCTION: Path._strForGlob() {{{1
function! s:Path._strForGlob()
let lead = nerdtree#slash()
"if we are running windows then slap a drive letter on the front
if nerdtree#runningWindows()
let lead = self.drive . '\'
endif
let toReturn = lead . join(self.pathSegments, nerdtree#slash())
if !nerdtree#runningWindows()
let toReturn = escape(toReturn, self._escChars())
endif
return toReturn
endfunction
" FUNCTION: Path._str() {{{1
" Return the absolute pathname associated with this Path object. The pathname
" returned is appropriate for the underlying file system.
function! s:Path._str()
let l:separator = nerdtree#slash()
let l:leader = l:separator
if nerdtree#runningWindows()
let l:leader = self.drive . l:separator
endif
return l:leader . join(self.pathSegments, l:separator)
endfunction
" FUNCTION: Path.strTrunk() {{{1
" Gets the path without the last segment on the end.
function! s:Path.strTrunk()
return self.drive . '/' . join(self.pathSegments[0:-2], '/')
endfunction
" FUNCTION: Path.tabnr() {{{1
" return the number of the first tab that is displaying this file
"
" return 0 if no tab was found
function! s:Path.tabnr()
let str = self.str()
for t in range(tabpagenr('$'))
for b in tabpagebuflist(t+1)
if str ==# expand('#' . b . ':p')
return t+1
endif
endfor
endfor
return 0
endfunction
" FUNCTION: Path.WinToUnixPath(pathstr){{{1
" Takes in a windows path and returns the unix equiv
"
" A class level method
"
" Args:
" pathstr: the windows path to convert
function! s:Path.WinToUnixPath(pathstr)
if !nerdtree#runningWindows()
return a:pathstr
endif
let toReturn = a:pathstr
"remove the x:\ of the front
let toReturn = substitute(toReturn, '^.*:\(\\\|/\)\?', '/', '')
"remove the \\ network share from the front
let toReturn = substitute(toReturn, '^\(\\\\\|\/\/\)[^\\\/]*\(\\\|\/\)[^\\\/]*\(\\\|\/\)\?', '/', '')
"convert all \ chars to /
let toReturn = substitute(toReturn, '\', '/', 'g')
return toReturn
endfunction
" vim: set sw=4 sts=4 et fdm=marker: