;;; mule-cmds.el --- Commands for multilingual environment
-;; Copyright (C) 1995,1999 Electrotechnical Laboratory, JAPAN.
+;; Copyright (C) 1995 Electrotechnical Laboratory, JAPAN.
;; Licensed to the Free Software Foundation.
;; Copyright (C) 1997 MORIOKA Tomohiko
;; Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA
;; 02111-1307, USA.
-;; Note: Some of the code here is now in code-cmds.el
-
;;; Code:
;;; MULE related key bindings and menus.
-(require 'code-cmds)
+(defvar mule-keymap (make-sparse-keymap "MULE")
+ "Keymap for MULE (Multilingual environment) specific commands.")
-;; Preserve the old name
-(defvaralias 'mule-keymap 'coding-keymap)
+;; Keep "C-x C-m ..." for mule specific commands.
+(define-key ctl-x-map "\C-m" mule-keymap)
-(define-key mule-keymap "x" 'set-selection-coding-system)
-(define-key mule-keymap "X" 'set-next-selection-coding-system)
-(define-key mule-keymap "\C-\\" 'set-input-method)
+(define-key mule-keymap "f" 'set-buffer-file-coding-system)
+(define-key mule-keymap "F" 'set-default-buffer-file-coding-system) ; XEmacs
+(define-key mule-keymap "t" 'set-terminal-coding-system)
+(define-key mule-keymap "k" 'set-keyboard-coding-system)
+(define-key mule-keymap "p" 'set-buffer-process-coding-system)
+(define-key mule-keymap "\C-\\" 'select-input-method)
+(define-key mule-keymap "c" 'universal-coding-system-argument)
;;(define-key mule-keymap "c" 'list-coding-system-briefly) ; XEmacs
-(define-key mule-keymap "C" 'describe-coding-system) ; XEmacs
+(define-key mule-keymap "C" 'list-coding-system) ; XEmacs
(define-key mule-keymap "r" 'toggle-display-direction) ; XEmacs
(define-key mule-keymap "l" 'set-language-environment)
+(define-key help-map "\C-L" 'describe-language-support)
(define-key help-map "L" 'describe-language-environment)
(define-key help-map "\C-\\" 'describe-input-method)
(define-key help-map "I" 'describe-input-method)
+(define-key help-map "C" 'describe-coding-system)
(define-key help-map "h" 'view-hello-file)
;; Menu for XEmacs were moved to menubar-items.el.
;; but it won't be used that frequently.
(define-key global-map "\C-\\" 'toggle-input-method)
-;;; This is no good because people often type Shift-SPC
-;;; meaning to type SPC. -- rms.
-;;; ;; Here's an alternative key binding for X users (Shift-SPACE).
-;;; (define-key global-map [?\S- ] 'toggle-input-method)
-
-(defun coding-system-change-eol-conversion (coding-system eol-type)
- "Return a coding system which differs from CODING-SYSTEM in eol conversion.
-The returned coding system converts end-of-line by EOL-TYPE
-but text as the same way as CODING-SYSTEM.
-EOL-TYPE should be `lf', `crlf', `cr' or nil.
-If EOL-TYPE is nil, the returned coding system detects
-how end-of-line is formatted automatically while decoding.
-
-EOL-TYPE can be specified by an symbol `unix', `dos' or `mac'.
-They means `lf', `crlf', and `cr' respectively."
- (if (symbolp eol-type)
- (setq eol-type (cond ((or (eq eol-type 'unix)
- (eq eol-type 'lf))
- 'eol-lf)
- ((or (eq eol-type 'dos)
- (eq eol-type 'crlf))
- 'eol-crlf)
- ((or (eq eol-type 'mac)
- (eq eol-type 'cr))
- 'eol-cr)
- (t eol-type))))
- (let ((orig-eol-type (coding-system-eol-type coding-system)))
- (if (null orig-eol-type)
- (if (not eol-type)
- coding-system
- (coding-system-property coding-system eol-type))
- (let ((base (coding-system-base coding-system)))
- (if (not eol-type)
- base
- (if (eq eol-type orig-eol-type)
- coding-system
- (setq orig-eol-type (coding-system-eol-type base))
- (if (null orig-eol-type)
- (coding-system-property base eol-type))))))))
-
-;; (defun coding-system-change-text-conversion (coding-system coding)
-;; "Return a coding system which differs from CODING-SYSTEM in text conversion.
-;; The returned coding system converts text by CODING
-;; but end-of-line as the same way as CODING-SYSTEM.
-;; If CODING is nil, the returned coding system detects
-;; how text is formatted automatically while decoding."
-;; (if (not coding)
-;; (coding-system-base coding-system)
-;; (let ((eol-type (coding-system-eol-type coding-system)))
-;; (coding-system-change-eol-conversion
-;; coding
-;; (if (numberp eol-type) (aref [unix dos mac] eol-type))))))
-
(defun view-hello-file ()
"Display the HELLO file which list up many languages and characters."
(interactive)
;; We have to decode the file in any environment.
- (let ((coding-system-for-read 'iso-2022-7bit))
+ (let ((coding-system-for-read 'iso-2022-7))
(find-file-read-only (expand-file-name "HELLO" data-directory))))
+(defun universal-coding-system-argument ()
+ "Execute an I/O command using the specified coding system."
+ (interactive)
+ (let* ((coding-system
+ (read-coding-system "Coding system for following command: "))
+ (keyseq (read-key-sequence
+ (format "Command to execute with %s:" coding-system)))
+ (cmd (key-binding keyseq)))
+ (let ((coding-system-for-read coding-system)
+ (coding-system-for-write coding-system))
+ (message "")
+ (call-interactively cmd))))
+
+(defun set-default-coding-systems (coding-system)
+ "Set default value of various coding systems to CODING-SYSTEM.
+The follwing coding systems are set:
+ o coding system of a newly created buffer
+ o default coding system for terminal output
+ o default coding system for keyboard input
+ o default coding system for subprocess I/O"
+ (check-coding-system coding-system)
+ ;;(setq-default buffer-file-coding-system coding-system)
+ (set-default-buffer-file-coding-system coding-system)
+ ;;(setq default-terminal-coding-system coding-system)
+ (setq terminal-coding-system coding-system)
+ ;;(setq default-keyboard-coding-system coding-system)
+ (setq keyboard-coding-system coding-system)
+ ;;(setq default-process-coding-system (cons coding-system coding-system))
+ (add-hook 'comint-exec-hook
+ `(lambda ()
+ (let ((proc (get-buffer-process (current-buffer))))
+ (set-process-input-coding-system proc ',coding-system)
+ (set-process-output-coding-system proc ',coding-system)))
+ 'append)
+ (setq file-name-coding-system coding-system))
+
+(defun prefer-coding-system (coding-system)
+ "Add CODING-SYSTEM at the front of the priority list for automatic detection.
+This also sets the following coding systems to CODING-SYSTEM:
+ o coding system of a newly created buffer
+ o default coding system for terminal output
+ o default coding system for keyboard input
+ o default coding system for subprocess I/O"
+ (interactive "zPrefer coding system: ")
+ (if (not (and coding-system (coding-system-p coding-system)))
+ (error "Invalid coding system `%s'" coding-system))
+ (let ((coding-category (coding-system-category coding-system))
+ (parent (coding-system-parent coding-system)))
+ (if (not coding-category)
+ ;; CODING-SYSTEM is no-conversion or undecided.
+ (error "Can't prefer the coding system `%s'" coding-system))
+ (set coding-category (or parent coding-system))
+ (if (not (eq coding-category (car coding-category-list)))
+ ;; We must change the order.
+ (setq coding-category-list
+ (cons coding-category
+ (delq coding-category coding-category-list))))
+ (if (and parent (interactive-p))
+ (message "Highest priority is set to %s (parent of %s)"
+ parent coding-system))
+ (set-default-coding-systems (or parent coding-system))))
+
\f
-;;; Language support stuff.
+;;; Language support staffs.
(defvar language-info-alist nil
- "Alist of language environment definitions.
+ "Alist of language names vs the corresponding information of various kind.
Each element looks like:
(LANGUAGE-NAME . ((KEY . INFO) ...))
-where LANGUAGE-NAME is a string, the name of the language environment,
-KEY is a symbol denoting the kind of information, and
-INFO is the data associated with KEY.
-Meaningful values for KEY include
-
- documentation value is documentation of what this language environment
- is meant for, and how to use it.
- charset value is a list of the character sets used by this
- language environment.
- sample-text value is one line of text,
- written using those character sets,
- appropriate for this language environment.
- setup-function value is a function to call to switch to this
- language environment.
- exit-function value is a function to call to leave this
- language environment.
- coding-system value is a list of coding systems that are good
- for saving text written in this language environment.
- This list serves as suggestions to the user;
- in effect, as a kind of documentation.
- coding-priority value is a list of coding systems for this language
- environment, in order of decreasing priority.
- This is used to set up the coding system priority
- list when you switch to this language environment.
- input-method value is a default input method for this language
- environment.
- features value is a list of features requested in this
- language environment.
- tutorial value is a tutorial file name written in the language.")
-
-(defun get-language-info (lang-env key)
- "Return information listed under KEY for language environment LANG-ENV.
-KEY is a symbol denoting the kind of information.
-For a list of useful values for KEY and their meanings,
-see `language-info-alist'."
- (if (symbolp lang-env)
- (setq lang-env (symbol-name lang-env)))
- (let ((lang-slot (assoc-ignore-case lang-env language-info-alist)))
+where LANGUAGE-NAME is a string,
+KEY is a symbol denoting the kind of information,
+INFO is any Lisp object which contains the actual information related
+to KEY.")
+
+(defun get-language-info (language-name key)
+ "Return the information for LANGUAGE-NAME of the kind KEY.
+KEY is a symbol denoting the kind of required information."
+ (if (symbolp language-name)
+ (setq language-name (symbol-name language-name)))
+ (let ((lang-slot (assoc-ignore-case language-name language-info-alist)))
(if lang-slot
(cdr (assq key (cdr lang-slot))))))
-(defun set-language-info (lang-env key info)
- "Modify part of the definition of language environment LANG-ENV.
-Specifically, this stores the information INFO under KEY
-in the definition of this language environment.
+(defun set-language-info (language-name key info)
+ "Set for LANGUAGE-NAME the information INFO under KEY.
KEY is a symbol denoting the kind of information.
-INFO is the value for that information.
+INFO is any Lisp object which contains the actual information.
+
+Currently, the following KEYs are used by Emacs:
+
+charset: list of symbols whose values are charsets specific to the language.
+
+coding-system: list of coding systems specific to the language.
+
+tutorial: a tutorial file name written in the language.
+
+sample-text: one line short text containing characters of the language.
+
+documentation: t or a string describing how Emacs supports the language.
+ If a string is specified, it is shown before any other information
+ of the language by the command `describe-language-environment'.
+
+setup-function: a function to call for setting up environment
+ convenient for a user of the language.
-For a list of useful values for KEY and their meanings,
-see `language-info-alist'."
- (if (symbolp lang-env)
- (setq lang-env (symbol-name lang-env)))
+If KEY is documentation or setup-function, you can also specify
+a cons cell as INFO, in which case, the car part should be
+a normal value as INFO for KEY (as described above),
+and the cdr part should be a symbol whose value is a menu keymap
+in which an entry for the language is defined. But, only the car part
+is actually set as the information.
+
+We will define more KEYs in the future. To avoid conflict,
+if you want to use your own KEY values, make them start with `user-'."
+ (if (symbolp language-name)
+ (setq language-name (symbol-name language-name)))
(let (lang-slot key-slot)
- (setq lang-slot (assoc lang-env language-info-alist))
+ (setq lang-slot (assoc language-name language-info-alist))
(if (null lang-slot) ; If no slot for the language, add it.
- (setq lang-slot (list lang-env)
+ (setq lang-slot (list language-name)
language-info-alist (cons lang-slot language-info-alist)))
(setq key-slot (assq key lang-slot))
(if (null key-slot) ; If no slot for the key, add it.
(progn
(setq key-slot (list key))
(setcdr lang-slot (cons key-slot (cdr lang-slot)))))
- (setcdr key-slot info)))
-
-(defun set-language-info-alist (lang-env alist &optional parents)
- "Store ALIST as the definition of language environment LANG-ENV.
-ALIST is an alist of KEY and INFO values. See the documentation of
-`set-language-info' for the meanings of KEY and INFO."
- (if (symbolp lang-env)
- (setq lang-env (symbol-name lang-env)))
- (let (; (describe-map describe-language-environment-map)
- ; (setup-map setup-language-environment-map)
- )
- ;; (if parents
- ;; (let ((l parents)
- ;; map parent-symbol parent)
- ;; (while l
- ;; (if (symbolp (setq parent-symbol (car l)))
- ;; (setq parent (symbol-name parent))
- ;; (setq parent parent-symbol parent-symbol (intern parent)))
- ;; (setq map (lookup-key describe-map (vector parent-symbol)))
- ;; (if (not map)
- ;; (progn
- ;; (setq map (intern (format "describe-%s-environment-map"
- ;; (downcase parent))))
- ;; (define-prefix-command map)
- ;; (define-key-after describe-map (vector parent-symbol)
- ;; (cons parent map) t)))
- ;; (setq describe-map (symbol-value map))
- ;; (setq map (lookup-key setup-map (vector parent-symbol)))
- ;; (if (not map)
- ;; (progn
- ;; (setq map (intern (format "setup-%s-environment-map"
- ;; (downcase parent))))
- ;; (define-prefix-command map)
- ;; (define-key-after setup-map (vector parent-symbol)
- ;; (cons parent map) t)))
- ;; (setq setup-map (symbol-value map))
- ;; (setq l (cdr l)))))
-
- ;; Set up menu items for this language env.
- (let ((doc (assq 'documentation alist)))
- (when doc
- ;; (define-key-after describe-map (vector (intern lang-env))
- ;; (cons lang-env 'describe-specified-language-support) t)
- (when (featurep 'menubar)
- (eval-after-load
+ ;; Setup menu.
+ (cond ((eq key 'documentation)
+ ;; (define-key-after
+ ;; (if (consp info)
+ ;; (prog1 (symbol-value (cdr info))
+ ;; (setq info (car info)))
+ ;; describe-language-environment-map)
+ ;; (vector (intern language-name))
+ ;; (cons language-name 'describe-specified-language-support)
+ ;; t)
+ (if (consp info)
+ (setq info (car info)))
+ (when (featurep 'menubar)
+ (eval-after-load
+ "menubar-items.elc"
+ `(add-menu-button
+ '("Mule" "Describe Language Support")
+ (vector ,language-name
+ '(describe-language-environment ,language-name)
+ t))))
+ )
+ ((eq key 'setup-function)
+ ;; (define-key-after
+ ;; (if (consp info)
+ ;; (prog1 (symbol-value (cdr info))
+ ;; (setq info (car info)))
+ ;; setup-language-environment-map)
+ ;; (vector (intern language-name))
+ ;; (cons language-name 'setup-specified-language-environment)
+ ;; t)
+ (if (consp info)
+ (setq info (car info)))
+ (when (featurep 'menubar)
+ (eval-after-load
"menubar-items.elc"
- `(add-menu-button
- '("%_Edit" "%_Multilingual (\"Mule\")"
- "%_Describe Language Support")
- (vector ,lang-env
- '(describe-language-environment ,lang-env)
- t))))
- ))
- ;; (define-key-after setup-map (vector (intern lang-env))
- ;; (cons lang-env 'setup-specified-language-environment) t)
- (when (featurep 'menubar)
- (eval-after-load
- "menubar-items.elc"
- `(add-menu-button
- '("%_Edit" "%_Multilingual (\"Mule\")"
- "%_Set Language Environment")
- (vector ,lang-env
- '(set-language-environment ,lang-env)
- t))))
-
- (while alist
- (set-language-info lang-env (car (car alist)) (cdr (car alist)))
- (setq alist (cdr alist)))))
+ `(add-menu-button
+ '("Mule" "Set Language Environment")
+ (vector ,language-name
+ '(set-language-environment ,language-name)
+ t))))
+ ))
+
+ (setcdr key-slot info)
+ ))
+
+(defun set-language-info-alist (language-name alist)
+ "Set for LANGUAGE-NAME the information in ALIST.
+ALIST is an alist of KEY and INFO. See the documentation of
+`set-language-info' for the meanings of KEY and INFO."
+ (if (symbolp language-name)
+ (setq language-name (symbol-name language-name)))
+ (while alist
+ (set-language-info language-name (car (car alist)) (cdr (car alist)))
+ (setq alist (cdr alist))))
(defun read-language-name (key prompt &optional default)
- "Read a language environment name which has information for KEY.
-If KEY is nil, read any language environment.
-Prompt with PROMPT. DEFAULT is the default choice of language environment.
-This returns a language environment name as a string."
+ "Read language name which has information for KEY, prompting with PROMPT.
+DEFAULT is the default choice of language.
+This returns a language name as a string."
(let* ((completion-ignore-case t)
(name (completing-read prompt
language-info-alist
- (and key
- (function (lambda (elm) (assq key elm))))
- t nil nil default)))
+ (function (lambda (elm) (assq key elm)))
+ t nil default)))
(if (and (> (length name) 0)
- (or (not key)
- (get-language-info name key)))
+ (get-language-info name key))
name)))
\f
;;; Multilingual input methods.
";;; %s -- list of LEIM (Library of Emacs Input Method)
;;
;; This file contains a list of LEIM (Library of Emacs Input Method)
-;; in the same directory as this file. Loading this file registers
+;; in the same directory as this file. Loading this file registeres
;; the whole input methods in Emacs.
;;
;; Each entry has the form:
(put 'current-input-method-title 'permanent-local t)
(defcustom default-input-method nil
- "*Default input method for multilingual text (a string).
+ "*Default input method for multilingual text.
This is the input method activated automatically by the command
`toggle-input-method' (\\[toggle-input-method])."
- :group 'mule
- :type '(choice (const nil) string))
-
-(put 'input-method-function 'permanent-local t)
+ :group 'mule)
(defvar input-method-history nil
"History list for some commands that read input methods.")
(put 'describe-current-input-method-function 'permanent-local t)
(defvar input-method-alist nil
- "Alist of input method names vs how to use them.
+ "Alist of input method names vs the corresponding information to use it.
Each element has the form:
- (INPUT-METHOD LANGUAGE-ENV ACTIVATE-FUNC TITLE DESCRIPTION ARGS...)
-See the function `register-input-method' for the meanings of the elements.")
-
-(defun register-input-method (input-method lang-env &rest args)
- "Register INPUT-METHOD as an input method for language environment ENV.
-INPUT-METHOD and LANG-ENV are symbols or strings.
+ (INPUT-METHOD LANGUAGE-NAME ACTIVATE-FUNC TITLE DESCRIPTION ...)
+See the function `register-input-method' for the meanings of each elements.")
+(defun register-input-method (input-method language-name &rest args)
+ "Register INPUT-METHOD as an input method for LANGUAGE-NAME.
+INPUT-METHOD and LANGUAGE-NAME are symbols or strings.
The remaining arguments are:
- ACTIVATE-FUNC, TITLE, DESCRIPTION, and ARGS...
-ACTIVATE-FUNC is a function to call to activate this method.
-TITLE is a string to show in the mode line when this method is active.
-DESCRIPTION is a string describing this method and what it is good for.
-The ARGS, if any, are passed as arguments to ACTIVATE-FUNC.
-All told, the arguments to ACTIVATE-FUNC are INPUT-METHOD and the ARGS.
-
-This function is mainly used in the file \"leim-list.el\" which is
-created at building time of emacs, registering all quail input methods
-contained in the emacs distribution.
-
-In case you want to register a new quail input method by yourself, be
-careful to use the same input method title as given in the third
-parameter of `quail-define-package' (if the values are different, the
-string specified in this function takes precedence).
-
-The commands `describe-input-method' and `list-input-methods' need
-this duplicated values to show some information about input methods
-without loading the affected quail packages."
- (if (symbolp lang-env)
- (setq lang-env (symbol-name lang-env)))
+ ACTIVATE-FUNC, TITLE, DESCRIPTION, and ARG ...
+ where,
+ACTIVATE-FUNC is a function to call for activating this method.
+TITLE is a string shown in mode-line while this method is active,
+DESCRIPTION is a string describing about this method,
+Arguments to ACTIVATE-FUNC are INPUT-METHOD and ARGs."
+ (if (symbolp language-name)
+ (setq language-name (symbol-name language-name)))
(if (symbolp input-method)
(setq input-method (symbol-name input-method)))
- (let ((info (cons lang-env args))
+ (let ((info (cons language-name args))
(slot (assoc input-method input-method-alist)))
(if slot
(setcdr slot info)
;; This binding is necessary because input-method-history is
;; buffer local.
(input-method (completing-read prompt input-method-alist
- nil t nil 'input-method-history
- default)))
- (if (and input-method (symbolp input-method))
- (setq input-method (symbol-name input-method)))
+ nil t nil 'input-method-history)
+ ;;default)
+ ))
(if (> (length input-method) 0)
input-method
(if inhibit-null
(error "No valid input method is specified")))))
(defun activate-input-method (input-method)
- "Switch to input method INPUT-METHOD for the current buffer.
-If some other input method is already active, turn it off first.
-If INPUT-METHOD is nil, deactivate any current input method."
- (if (and input-method (symbolp input-method))
+ "Turn INPUT-METHOD on.
+If some input method is already on, turn it off at first."
+ (if (symbolp input-method)
(setq input-method (symbol-name input-method)))
(if (and current-input-method
(not (string= current-input-method input-method)))
- (inactivate-input-method))
- (unless (or current-input-method (null input-method))
+ (inactivate-input-method))
+ (unless current-input-method
(let ((slot (assoc input-method input-method-alist)))
(if (null slot)
(error "Can't activate input method `%s'" input-method))
- (let ((func (nth 2 slot)))
- (if (functionp func)
- (apply (nth 2 slot) input-method (nthcdr 5 slot))
- (if (and (consp func) (symbolp (car func)) (symbolp (cdr func)))
- (progn
- (require (cdr func))
- (apply (car func) input-method (nthcdr 5 slot)))
- (error "Can't activate input method `%s'" input-method))))
+ (apply (nth 2 slot) input-method (nthcdr 5 slot))
(setq current-input-method input-method)
(setq current-input-method-title (nth 3 slot))
- (unwind-protect
- (run-hooks 'input-method-activate-hook)
- (force-mode-line-update)))))
+ (run-hooks 'input-method-activate-hook))))
(defun inactivate-input-method ()
"Turn off the current input method."
(unwind-protect
(run-hooks 'input-method-inactivate-hook)
(setq current-input-method nil
- current-input-method-title nil)
- (force-mode-line-update)))))
+ current-input-method-title nil)))))
-(defun set-input-method (input-method)
- "Select and activate input method INPUT-METHOD for the current buffer.
-This also sets the default input method to the one you specify."
+(defun select-input-method (input-method)
+ "Select and turn on INPUT-METHOD.
+This sets the default input method to what you specify,
+and turn it on for the current buffer."
(interactive
(let* ((default (or (car input-method-history) default-input-method)))
(list (read-input-method-name
(defun toggle-input-method (&optional arg)
"Turn on or off a multilingual text input method for the current buffer.
-With no prefix argument, if an input method is currently activated,
-turn it off. Otherwise, activate an input method -- the one most
-recently used, or the one specified in `default-input-method', or
-the one read from the minibuffer.
+With arg, read an input method from minibuffer and turn it on.
-With a prefix argument, read an input method from the minibuffer and
-turn it on.
+Without arg, if some input method is currently activated, turn it off,
+else turn on an input method selected last time
+or the default input method (see `default-input-method').
-The default is to use the most recent input method specified
-\(not including the currently active input method, if any)."
+When there's no input method to turn on, turn on what read from minibuffer."
(interactive "P")
- (if (and current-input-method (not arg))
- (inactivate-input-method)
- (let ((default (or (car input-method-history) default-input-method)))
- (if (and arg default (equal current-input-method default)
- (> (length input-method-history) 1))
- (setq default (nth 1 input-method-history)))
+ (let* ((default (or (car input-method-history) default-input-method)))
+ (if (and current-input-method (not arg))
+ (inactivate-input-method)
(activate-input-method
(if (or arg (not default))
- (progn
- (read-input-method-name
- (if default "Input method (default %s): " "Input method: " )
- default t))
+ (read-input-method-name
+ (if default "Input method (default %s): " "Input method: " )
+ default t)
default))
(or default-input-method
(setq default-input-method current-input-method)))))
(defun describe-input-method (input-method)
- "Describe input method INPUT-METHOD."
+ "Describe input method INPUT-METHOD."
(interactive
(list (read-input-method-name
"Describe input method (default, current choice): ")))
(fboundp describe-current-input-method-function))
(funcall describe-current-input-method-function)
(message "No way to describe the current input method `%s'"
- current-input-method)
+ (cdr current-input-method))
(ding))
(error "No input method is activated now")))
-(defun read-multilingual-string (prompt &optional initial-input input-method)
+(defun read-multilingual-string (prompt &optional initial-input
+ input-method)
"Read a multilingual string from minibuffer, prompting with string PROMPT.
The input method selected last time is activated in minibuffer.
If optional second arg INITIAL-INPUT is non-nil, insert it in the minibuffer
or a string."
(setq input-method
(or input-method
- current-input-method
default-input-method
(read-input-method-name "Input method: " nil t)))
(if (and input-method (symbolp input-method))
(setq input-method (symbol-name input-method)))
- (let ((prev-input-method current-input-method))
- (unwind-protect
- (progn
- (activate-input-method input-method)
- ;; FSF Emacs
- ;; (read-string prompt initial-input nil nil t)
- (read-string prompt initial-input nil))
- (activate-input-method prev-input-method))))
+ (let ((current-input-method input-method))
+ ;; FSFmacs
+ ;; (read-string prompt initial-input nil nil t)))
+ (read-string prompt initial-input nil)))
;; Variables to control behavior of input methods. All input methods
;; should react to these variables.
-(defcustom input-method-verbose-flag 'default
- "*A flag to control extra guidance given by input methods.
-The value should be nil, t, `complex-only', or `default'.
+(defcustom input-method-verbose-flag t
+ "*If this flag is non-nil, input methods give extra guidance.
The extra guidance is done by showing list of available keys in echo
-area. When you use the input method in the minibuffer, the guidance
-is shown at the bottom short window (split from the existing window).
-
-If the value is t, extra guidance is always given, if the value is
-nil, extra guidance is always suppressed.
-
-If the value is `complex-only', only complex input methods such as
-`chinese-py' and `japanese' give extra guidance.
+area.
-If the value is `default', complex input methods always give extra
-guidance, but simple input methods give it only when you are not in
-the minibuffer.
-
-See also the variable `input-method-highlight-flag'."
- :type '(choice (const t) (const nil) (const complex-only) (const default))
+For complex input methods such as `chinese-py' and `japanese',
+when you use the input method in the minibuffer, the guidance is
+shown at the bottom short window (split from the existing window).
+For simple input methods, guidance is not shown
+when you are in the minibuffer."
+ :type 'boolean
:group 'mule)
(defcustom input-method-highlight-flag t
"*If this flag is non-nil, input methods highlight partially-entered text.
For instance, while you are in the middle of a Quail input method sequence,
the text inserted so far is temporarily underlined.
-The underlining goes away when you finish or abort the input method sequence.
-See also the variable `input-method-verbose-flag'."
+The underlining goes away when you finish or abort the input method sequence."
:type 'boolean
:group 'mule)
"Normal hook run just after an input method is inactivated.
The variable `current-input-method' still keeps the input method name
-just inactivated.")
+just inacitvated.")
(defvar input-method-after-insert-chunk-hook nil
"Normal hook run just after an input method insert some chunk of text.")
-(defvar input-method-exit-on-first-char nil
- "This flag controls a timing when an input method returns.
-Usually, the input method does not return while there's a possibility
-that it may find a different translation if a user types another key.
-But, it this flag is non-nil, the input method returns as soon as
-the current key sequence gets long enough to have some valid translation.")
-
-(defvar input-method-use-echo-area nil
- "This flag controls how an input method shows an intermediate key sequence.
-Usually, the input method inserts the intermediate key sequence,
-or candidate translations corresponding to the sequence,
-at point in the current buffer.
-But, if this flag is non-nil, it displays them in echo area instead.")
-
(defvar input-method-exit-on-invalid-key nil
- "This flag controls the behavior of an input method on invalid key input.
+ "This flag controls the behaviour of an input method on invalid key input.
Usually, when a user types a key which doesn't start any character
handled by the input method, the key is handled by turning off the
-input method temporarily. After that key, the input method is re-enabled.
+input method temporalily. After the key is handled, the input method is
+back on.
But, if this flag is non-nil, the input method is never back on.")
\f
-(defvar set-language-environment-hook nil
- "Normal hook run after some language environment is set.
-
-When you set some hook function here, that effect usually should not
-be inherited to another language environment. So, you had better set
-another function in `exit-language-environment-hook' (which see) to
-cancel the effect.")
-
-(defvar exit-language-environment-hook nil
- "Normal hook run after exiting from some language environment.
-When this hook is run, the variable `current-language-environment'
-is still bound to the language environment being exited.
-
-This hook is mainly used for canceling the effect of
-`set-language-environment-hook' (which-see).")
-
-(put 'setup-specified-language-environment 'apropos-inhibit t)
-
(defun setup-specified-language-environment ()
- "Switch to a specified language environment."
+ "Set up multi-lingual environment convenient for the specified language."
(interactive)
(let (language-name)
(if (and (symbolp last-command-event)
(set-language-environment language-name)
(error "Bogus calling sequence"))))
-(defcustom current-language-environment "English"
- "The last language environment specified with `set-language-environment'.
-This variable should be set only with \\[customize], which is equivalent
-to using the function `set-language-environment'."
- :link '(custom-manual "(emacs)Language Environments")
- :set (lambda (symbol value) (set-language-environment value))
- :get (lambda (x)
- (or (car-safe (assoc-ignore-case
- (if (symbolp current-language-environment)
- (symbol-name current-language-environment)
- current-language-environment)
- language-info-alist))
- "English"))
- :type (cons 'choice (mapcar (lambda (lang)
- (list 'const (car lang)))
- language-info-alist))
- :initialize 'custom-initialize-default
- :group 'mule
- :type 'string)
-
-(defun reset-language-environment ()
- "Reset multilingual environment of Emacs to the default status.
-
-The default status is as follows:
-
- The default value of `buffer-file-coding-system' is nil.
- The default coding system for process I/O is nil.
- The default value for the command `set-terminal-coding-system' is nil.
- The default value for the command `set-keyboard-coding-system' is nil.
-
- The order of priorities of coding categories and the coding system
- bound to each category are as follows
- coding category coding system
- --------------------------------------------------
- iso-8-2 iso-8859-1
- iso-8-1 iso-8859-1
- iso-7 iso-2022-7bit
- iso-lock-shift iso-2022-lock
- iso-8-designate iso-2022-8bit-ss2
- no-conversion raw-text
- shift-jis shift_jis
- big5 big5
- ucs-4 ----
- utf-8 ----
-"
- (interactive)
- ;; This function formerly set default-enable-multibyte-characters to t,
- ;; but that is incorrect. It should not alter the unibyte/multibyte choice.
-
- (set-coding-category-system 'iso-7 'iso-2022-7bit)
- (set-coding-category-system 'iso-8-1 'iso-8859-1)
- (set-coding-category-system 'iso-8-2 'iso-8859-1)
- (set-coding-category-system 'iso-lock-shift 'iso-2022-lock)
- (set-coding-category-system 'iso-8-designate 'iso-2022-8bit-ss2)
- (set-coding-category-system 'no-conversion 'raw-text)
- (set-coding-category-system 'shift-jis 'shift_jis)
- (set-coding-category-system 'big5 'big5)
- (cond ((eq (coding-system-type (coding-category-system 'utf-8)) 'utf-8)
- (set-coding-category-system 'ucs-4 'iso-10646-ucs-4)
- (set-coding-category-system 'utf-8 'utf-8)
- (set-coding-priority-list
- '(iso-8-1
- iso-8-2
- iso-7
- iso-lock-shift
- iso-8-designate
- utf-8
- ucs-4
- no-conversion
- shift-jis
- big5))
- )
- (t
- (set-coding-priority-list
- '(iso-8-1
- iso-8-2
- iso-7
- iso-lock-shift
- iso-8-designate
- no-conversion
- shift-jis
- big5))
- ))
-
- ;; (update-coding-systems-internal)
-
- (set-default-coding-systems nil)
- ;; Don't alter the terminal and keyboard coding systems here.
- ;; The terminal still supports the same coding system
- ;; that it supported a minute ago.
-;;; (set-terminal-coding-system-internal nil)
-;;; (set-keyboard-coding-system-internal nil)
-
- ;; (setq nonascii-translation-table nil
- ;; nonascii-insert-offset 0)
- )
+(defvar current-language-environment "English"
+ "The last language environment specified with `set-language-environment'.")
(defun set-language-environment (language-name)
"Set up multi-lingual environment for using LANGUAGE-NAME.
This sets the coding system priority and the default input method
-and sometimes other things. LANGUAGE-NAME should be a string
-which is the name of a language environment. For example, \"Latin-1\"
-specifies the character set for the major languages of Western Europe."
- (interactive (list (read-language-name
- nil
- "Set language environment (default, English): ")))
+and sometimes other things."
+ (interactive (list (read-language-name 'setup-function
+ "Set language environment: ")))
(if language-name
(if (symbolp language-name)
(setq language-name (symbol-name language-name)))
(setq language-name "English"))
- (or (assoc-ignore-case language-name language-info-alist)
+ (if (null (get-language-info language-name 'setup-function))
(error "Language environment not defined: %S" language-name))
- (if current-language-environment
- (let ((func (get-language-info current-language-environment
- 'exit-function)))
- (run-hooks 'exit-language-environment-hook)
- (if (fboundp func) (funcall func))))
- (let ((default-eol-type (coding-system-eol-type
- default-buffer-file-coding-system)))
- (reset-language-environment)
-
- (setq current-language-environment language-name)
- (set-language-environment-coding-systems language-name default-eol-type))
- (let ((input-method (get-language-info language-name 'input-method)))
- (when input-method
- (setq default-input-method input-method)
- (if input-method-history
- (setq input-method-history
- (cons input-method
- (delete input-method input-method-history))))))
- ;; (let ((nonascii (get-language-info language-name 'nonascii-translation))
- ;; (dos-table
- ;; (if (eq window-system 'pc)
- ;; (intern
- ;; (concat "cp" dos-codepage "-nonascii-translation-table")))))
- ;; (cond
- ;; ((char-table-p nonascii)
- ;; (setq nonascii-translation-table nonascii))
- ;; ((and (eq window-system 'pc) (boundp dos-table))
- ;; ;; DOS terminals' default is to use a special non-ASCII translation
- ;; ;; table as appropriate for the installed codepage.
- ;; (setq nonascii-translation-table (symbol-value dos-table)))
- ;; ((charsetp nonascii)
- ;; (setq nonascii-insert-offset (- (make-char nonascii) 128)))))
-
- ;; (setq charset-origin-alist
- ;; (get-language-info language-name 'charset-origin-alist))
-
- ;; Unibyte setups if necessary.
- ;; (unless default-enable-multibyte-characters
- ;; ;; Syntax and case table.
- ;; (let ((syntax (get-language-info language-name 'unibyte-syntax)))
- ;; (if syntax
- ;; (let ((set-case-syntax-set-multibyte nil))
- ;; (load syntax nil t))
- ;; ;; No information for syntax and case. Reset to the defaults.
- ;; (let ((syntax-table (standard-syntax-table))
- ;; (case-table (standard-case-table))
- ;; (ch (if (eq window-system 'pc) 128 160)))
- ;; (while (< ch 256)
- ;; (modify-syntax-entry ch " " syntax-table)
- ;; (aset case-table ch ch)
- ;; (setq ch (1+ ch)))
- ;; (set-char-table-extra-slot case-table 0 nil)
- ;; (set-char-table-extra-slot case-table 1 nil)
- ;; (set-char-table-extra-slot case-table 2 nil))
- ;; (set-standard-case-table (standard-case-table))
- ;; (let ((list (buffer-list)))
- ;; (while list
- ;; (with-current-buffer (car list)
- ;; (set-case-table (standard-case-table)))
- ;; (setq list (cdr list))))))
- ;; ;; Display table and coding system for terminal.
- ;; (let ((coding (get-language-info language-name 'unibyte-display)))
- ;; (if coding
- ;; (standard-display-european-internal)
- ;; (standard-display-default (if (eq window-system 'pc) 128 160) 255)
- ;; (aset standard-display-table 146 nil))
- ;; (or (eq window-system 'pc)
- ;; (set-terminal-coding-system coding))))
-
- (let ((required-features (get-language-info language-name 'features)))
- (while required-features
- (require (car required-features))
- (setq required-features (cdr required-features))))
- (let ((func (get-language-info language-name 'setup-function)))
- (if (fboundp func)
- (funcall func)))
- (run-hooks 'set-language-environment-hook)
+ (funcall (get-language-info language-name 'setup-function))
+ (setq current-language-environment language-name)
(force-mode-line-update t))
-;; (defun standard-display-european-internal ()
-;; ;; Actually set up direct output of non-ASCII characters.
-;; (standard-display-8bit (if (eq window-system 'pc) 128 160) 255)
-;; ;; Unibyte Emacs on MS-DOS wants to display all 8-bit characters with
-;; ;; the native font, and codes 160 and 146 stand for something very
-;; ;; different there.
-;; (or (and (eq window-system 'pc) (not default-enable-multibyte-characters))
-;; (progn
-;; ;; Make non-line-break space display as a plain space.
-;; ;; Most X fonts do the wrong thing for code 160.
-;; (aset standard-display-table 160 [32])
-;; ;; Most Windows programs send out apostrophe's as \222. Most X fonts
-;; ;; don't contain a character at that position. Map it to the ASCII
-;; ;; apostrophe.
-;; (aset standard-display-table 146 [39]))))
-
-(defun set-language-environment-coding-systems (language-name
- &optional eol-type)
- "Do various coding system setups for language environment LANGUAGE-NAME.
-
-The optional arg EOL-TYPE specifies the eol-type of the default value
-of buffer-file-coding-system set by this function."
- (let* ((priority (get-language-info language-name 'coding-priority))
- (default-coding (car priority)))
- (if priority
- (let ((categories (mapcar 'coding-system-category priority))
- category checked-categories)
- (set-default-coding-systems
- (if (memq eol-type '(lf crlf cr unix dos mac))
- (coding-system-change-eol-conversion default-coding eol-type)
- default-coding))
- ;; (setq default-sendmail-coding-system default-coding)
- (while priority
- (unless (memq (setq category (car categories)) checked-categories)
- (set-coding-category-system category (car priority))
- (setq checked-categories (cons category checked-categories)))
- (setq priority (cdr priority)
- categories (cdr categories)))
- (set-coding-priority-list (nreverse checked-categories))
- ;; (update-coding-systems-internal)
- ))))
-
;; Print all arguments with `princ', then print "\n".
(defsubst princ-list (&rest args)
(while args (princ (car args)) (setq args (cdr args)))
(princ "\n"))
-(put 'describe-specified-language-support 'apropos-inhibit t)
-
;; Print a language specific information such as input methods,
;; charsets, and coding systems. This function is intended to be
;; called from the menu:
(interactive
(list (read-language-name
'documentation
- "Describe language environment (default, current choice): ")))
+ "Describe language environment (default, current choise): ")))
(if (null language-name)
(setq language-name current-language-environment))
(if (or (null language-name)
(setq language-name (symbol-name language-name)))
(let ((doc (get-language-info language-name 'documentation)))
(with-output-to-temp-buffer "*Help*"
- (princ-list language-name " language environment" "\n")
(if (stringp doc)
- (progn
+ (progn
(princ-list doc)
(terpri)))
(let ((str (get-language-info language-name 'sample-text)))
(princ "Sample text:\n")
(princ-list " " str)
(terpri))))
- (let ((input-method (get-language-info language-name 'input-method))
- (l (copy-sequence input-method-alist)))
- (princ "Input methods")
- (when input-method
- (princ (format " (default, %s)" input-method))
- (setq input-method (assoc input-method input-method-alist))
- (setq l (cons input-method (delete input-method l))))
- (princ ":\n")
- (while l
+ (princ "Input methods:\n")
+ (let ((l input-method-alist))
+ (while l
(if (string= language-name (nth 1 (car l)))
(princ-list " " (car (car l))
(format " (`%s' in mode line)" (nth 3 (car l)))))
(princ ; (format " %s (`%c' in mode line):\n\t%s\n"
;; In XEmacs, `coding-system-mnemonic' returns string.
(format " %s (`%s' in mode line):\n\t%s\n"
- (car l)
- (coding-system-mnemonic (car l))
- (coding-system-doc-string (car l))))
- ;; (let ((aliases (coding-system-get (car l) 'alias-coding-systems)))
- ;; (when aliases
- ;; (princ "\t")
- ;; (princ (cons 'alias: (cdr aliases)))
- ;; (terpri)))
+ (car l)
+ (coding-system-mnemonic (car l))
+ (coding-system-doc-string (car l))))
(setq l (cdr l))))))))
\f
;;; Charset property
(defvar char-code-property-table
(make-char-table 'generic)
"Char-table containing a property list of each character code.
-
+;;
See also the documentation of `get-char-code-property' and
`put-char-code-property'")
;; (let ((plist (aref char-code-property-table char)))
(nconc plist (list propname value))))
(put-char-table char (list propname value) char-code-property-table)
)))
-
-\f
-;; Pretty description of encoded string
-
-;; Alist of ISO 2022 control code vs the corresponding mnemonic string.
-;; (defvar iso-2022-control-alist
-;; '((?\x1b . "ESC")
-;; (?\x0e . "SO")
-;; (?\x0f . "SI")
-;; (?\x8e . "SS2")
-;; (?\x8f . "SS3")
-;; (?\x9b . "CSI")))
-
-;; (defun encoded-string-description (str coding-system)
-;; "Return a pretty description of STR that is encoded by CODING-SYSTEM."
-;; (setq str (string-as-unibyte str))
-;; (let ((char (aref str 0))
-;; desc)
-;; (when (< char 128)
-;; (setq desc (or (cdr (assq char iso-2022-control-alist))
-;; (char-to-string char)))
-;; (let ((i 1)
-;; (len (length str)))
-;; (while (< i len)
-;; (setq char (aref str i))
-;; (if (>= char 128)
-;; (setq desc nil i len)
-;; (setq desc (concat desc " "
-;; (or (cdr (assq char iso-2022-control-alist))
-;; (char-to-string char)))
-;; i (1+ i))))))
-;; (or desc
-;; (mapconcat (function (lambda (x) (format "0x%02x" x))) str " "))))
-
-;; (defun encode-coding-char (char coding-system)
-;; "Encode CHAR by CODING-SYSTEM and return the resulting string.
-;; If CODING-SYSTEM can't safely encode CHAR, return nil."
-;; (if (cmpcharp char)
-;; (setq char (car (decompose-composite-char char 'list))))
-;; (let ((str1 (char-to-string char))
-;; (str2 (make-string 2 char))
-;; (safe-charsets (and coding-system
-;; (coding-system-get coding-system 'safe-charsets)))
-;; enc1 enc2 i1 i2)
-;; (when (or (eq safe-charsets t)
-;; (memq (char-charset char) safe-charsets))
-;; ;; We must find the encoded string of CHAR. But, just encoding
-;; ;; CHAR will put extra control sequences (usually to designate
-;; ;; ASCII charset) at the tail if type of CODING is ISO 2022.
-;; ;; To exclude such tailing bytes, we at first encode one-char
-;; ;; string and two-char string, then check how many bytes at the
-;; ;; tail of both encoded strings are the same.
-;;
-;; (setq enc1 (string-as-unibyte (encode-coding-string str1 coding-system))
-;; i1 (length enc1)
-;; enc2 (string-as-unibyte (encode-coding-string str2 coding-system))
-;; i2 (length enc2))
-;; (while (and (> i1 0) (= (aref enc1 (1- i1)) (aref enc2 (1- i2))))
-;; (setq i1 (1- i1) i2 (1- i2)))
-;;
-;; ;; Now (substring enc1 i1) and (substring enc2 i2) are the same,
-;; ;; and they are the extra control sequences at the tail to
-;; ;; exclude.
-;; (substring enc2 0 i2))))
-
+;; (setcar (cdr slot) value)
+;; (nconc plist (list propname value))))
+;; (aset char-code-property-table char (list propname value)))))
;;; mule-cmds.el ends here
projects / chise / xemacs-chise.git.1 / blobdiff