-(defun decode-coding-region (start end coding-system)
- "Decode the text between START and END which is encoded in CODING-SYSTEM.
-\[emu-e19.el; Emacs 20 emulating function]"
- 0)
-
-(defun encode-coding-region (start end coding-system)
- "Encode the text between START and END to CODING-SYSTEM.
-\[emu-e19.el; Emacs 20 emulating function]"
- 0)
-
-(defun detect-coding-region (start end)
- "Detect coding-system of the text in the region between START and END.
-\[emu-e19.el; Emacs 20 emulating function]"
- )
-
-(defun set-buffer-file-coding-system (coding-system &optional force)
- "Set buffer-file-coding-system of the current buffer to CODING-SYSTEM.
-\[emu-e19.el; Emacs 20 emulating function]"
- )
-
-(defmacro as-binary-process (&rest body)
- (` (let (selective-display) ; Disable ^M to nl translation.
- (,@ body)
- )))
-
-(defmacro as-binary-input-file (&rest body)
- (` (let ((emx-binary-mode t)) ; Stop CRLF to LF conversion in OS/2
- (,@ body)
- )))
-
-(defmacro as-binary-output-file (&rest body)
- (` (let ((emx-binary-mode t)) ; Stop CRLF to LF conversion in OS/2
- (,@ body)
- )))
-
-
-;;; @@ for old MULE emulation
-;;;
-
-(defun code-convert-string (str ic oc)
- "Convert code in STRING from SOURCE code to TARGET code,
-On successful converion, returns the result string,
-else returns nil. [emu-e19.el; old MULE emulating function]"
- str)
-
-(defun code-convert-region (beg end ic oc)
- "Convert code of the text between BEGIN and END from SOURCE
-to TARGET. On successful conversion returns t,
-else returns nil. [emu-e19.el; old MULE emulating function]"
- t)
-
-
-;;; @ binary access