Otherwise, either a string is returned which contains a `%s' mark
to be used for the respective input or output file; or a Lisp
function cell is returned to be applied on a buffer."
- (let ((coding
- (with-connection-property vec prop
- (tramp-find-inline-encoding vec)
- (tramp-get-connection-property vec prop nil)))
- (prop1 (if (string-match "encoding" prop)
- "inline-compress" "inline-decompress"))
- compress)
- ;; The connection property might have been cached. So we must send
- ;; the script to the remote side - maybe.
- (when (and coding (symbolp coding) (string-match "remote" prop))
- (let ((name (symbol-name coding)))
- (while (string-match (regexp-quote "-") name)
- (setq name (replace-match "_" nil t name)))
- (tramp-maybe-send-script vec (symbol-value coding) name)
- (setq coding name)))
- (when coding
- ;; Check for the `compress' command.
- (setq compress (tramp-get-inline-compress vec prop1 size))
- ;; Return the value.
- (cond
- ((and compress (symbolp coding))
- (if (string-match "decompress" prop1)
+ ;; We must catch the errors, because we want to return `nil', when
+ ;; no inline coding is found.
+ (ignore-errors
+ (let ((coding
+ (with-connection-property vec prop
+ (tramp-find-inline-encoding vec)
+ (tramp-get-connection-property vec prop nil)))
+ (prop1 (if (string-match "encoding" prop)
+ "inline-compress" "inline-decompress"))
+ compress)
+ ;; The connection property might have been cached. So we must
+ ;; send the script to the remote side - maybe.
+ (when (and coding (symbolp coding) (string-match "remote" prop))
+ (let ((name (symbol-name coding)))
+ (while (string-match (regexp-quote "-") name)
+ (setq name (replace-match "_" nil t name)))
+ (tramp-maybe-send-script vec (symbol-value coding) name)
+ (setq coding name)))
+ (when coding
+ ;; Check for the `compress' command.
+ (setq compress (tramp-get-inline-compress vec prop1 size))
+ ;; Return the value.
+ (cond
+ ((and compress (symbolp coding))
+ (if (string-match "decompress" prop1)
+ `(lambda (beg end)
+ (,coding beg end)
+ (let ((coding-system-for-write 'binary)
+ (coding-system-for-read 'binary))
+ (apply
+ 'call-process-region (point-min) (point-max)
+ (car (split-string ,compress)) t t nil
+ (cdr (split-string ,compress)))))
`(lambda (beg end)
- (,coding beg end)
(let ((coding-system-for-write 'binary)
(coding-system-for-read 'binary))
(apply
- 'call-process-region (point-min) (point-max)
+ 'call-process-region beg end
(car (split-string ,compress)) t t nil
- (cdr (split-string ,compress)))))
- `(lambda (beg end)
- (let ((coding-system-for-write 'binary)
- (coding-system-for-read 'binary))
- (apply
- 'call-process-region beg end
- (car (split-string ,compress)) t t nil
- (cdr (split-string ,compress))))
- (,coding (point-min) (point-max)))))
- ((symbolp coding)
- coding)
- ((and compress (string-match "decoding" prop))
- (format "(%s | %s >%%s)" coding compress))
- (compress
- (format "(%s <%%s | %s)" compress coding))
- ((string-match "decoding" prop)
- (format "%s >%%s" coding))
- (t
- (format "%s <%%s" coding))))))
+ (cdr (split-string ,compress))))
+ (,coding (point-min) (point-max)))))
+ ((symbolp coding)
+ coding)
+ ((and compress (string-match "decoding" prop))
+ (format "(%s | %s >%%s)" coding compress))
+ (compress
+ (format "(%s <%%s | %s)" compress coding))
+ ((string-match "decoding" prop)
+ (format "%s >%%s" coding))
+ (t
+ (format "%s <%%s" coding)))))))
(defun tramp-get-method-parameter (method param)
"Return the method parameter PARAM.