plaforms the stream remains open, allowing IO to continue: the OS resources
associated with the deleted file remain available till the stream is closed as
per standard Unix unlink() behaviour."
- (let* ((pathname (translate-logical-pathname file))
+ (let* ((pathname (translate-logical-pathname
+ (merge-pathnames file (sane-default-pathname-defaults))))
(namestring (native-namestring pathname :as-file t)))
- (truename file) ; for error-checking side-effect
#!+win32
(when (streamp file)
(close file))
\(DELETE-DIRECTORY \"/tmp/foo\") and \(DELETE-DIRECTORY \"/tmp/foo/\") both
delete the \"foo\" subdirectory of \"/tmp\", or signal an error if it does not
-exist or is a file.
-
-Experimental: interface subject to change."
+exist or is a file."
(declare (type pathname-designator pathspec))
(with-pathname (pathname pathspec)
(let ((truename (truename (translate-logical-pathname pathname))))
;;; This is our core directory access interface that we use to implement
;;; DIRECTORY.
(defun map-directory (function directory &key (files t) (directories t)
- (classify-symlinks) (errorp t))
+ (classify-symlinks t) (errorp t))
#!+sb-doc
"Map over entries in DIRECTORY. Keyword arguments specify which entries to
map over, and how:
pathname. Defaults to T.
:CLASSIFY-SYMLINKS
- If T, the decision to call FUNCTION with the pathname of a symbolic link
+ If true, the decision to call FUNCTION with the pathname of a symbolic link
depends on the resolution of the link: if it points to a directory, it is
considered a directory entry, otherwise a file entry. If false, all
- symbolic links are considered file entries. Defaults to T. In both cases
- the pathname used for the symbolic link is not fully resolved, but names it
- as an immediate child of DIRECTORY.
+ symbolic links are considered file entries. In both cases the pathname used
+ for the symbolic link is not fully resolved, but names it as an immediate
+ child of DIRECTORY. Defaults to T.
:ERRORP
If true, signal an error if DIRECTORY does not exist, cannot be read, etc.