diff options
Diffstat (limited to 'lisp/simple.el')
| -rw-r--r-- | lisp/simple.el | 400 |
1 files changed, 229 insertions, 171 deletions
diff --git a/lisp/simple.el b/lisp/simple.el index 4cc6e56aef8..cde169982cb 100644 --- a/lisp/simple.el +++ b/lisp/simple.el @@ -801,15 +801,15 @@ If BACKWARD-ONLY is non-nil, only delete them before point." If N is negative, delete newlines as well, leaving -N spaces. See also `cycle-spacing'." (interactive "*p") - (cycle-spacing n nil t)) + (cycle-spacing n nil 'single-shot)) (defvar cycle-spacing--context nil "Store context used in consecutive calls to `cycle-spacing' command. -The first time this function is run, it saves the original point -position and original spacing around the point in this -variable.") +The first time `cycle-spacing' runs, it saves in this variable: +its N argument, the original point position, and the original spacing +around point.") -(defun cycle-spacing (&optional n preserve-nl-back single-shot) +(defun cycle-spacing (&optional n preserve-nl-back mode) "Manipulate whitespace around point in a smart way. In interactive use, this function behaves differently in successive consecutive calls. @@ -820,25 +820,31 @@ It deletes all spaces and tabs around point, leaving one space it deletes newlines as well, leaving -N spaces. \(If PRESERVE-NL-BACK is non-nil, it does not delete newlines before point.) -The second call in a sequence (or the first call if the above does -not result in any changes) deletes all spaces. +The second call in a sequence deletes all spaces. The third call in a sequence restores the original whitespace (and point). -If SINGLE-SHOT is non-nil, it only performs the first step in the sequence." +If MODE is `single-shot', it only performs the first step in the sequence. +If MODE is `fast' and the first step would not result in any change +\(i.e., there are exactly (abs N) spaces around point), +the function goes straight to the second step. + +Repeatedly calling the function with different values of N starts a +new sequence each time." (interactive "*p") (let ((orig-pos (point)) (skip-characters (if (and n (< n 0)) " \t\n\r" " \t")) - (n (abs (or n 1)))) + (num (abs (or n 1)))) (skip-chars-backward (if preserve-nl-back " \t" skip-characters)) (constrain-to-field nil orig-pos) (cond - ;; Command run for the first time or single-shot is non-nil. - ((or single-shot + ;; Command run for the first time, single-shot mode or different argument + ((or (eq 'single-shot mode) (not (equal last-command this-command)) - (not cycle-spacing--context)) + (not cycle-spacing--context) + (not (eq (car cycle-spacing--context) n))) (let* ((start (point)) - (n (- n (skip-chars-forward " " (+ n (point))))) + (num (- num (skip-chars-forward " " (+ num (point))))) (mid (point)) (end (progn (skip-chars-forward skip-characters) @@ -846,12 +852,12 @@ If SINGLE-SHOT is non-nil, it only performs the first step in the sequence." (setq cycle-spacing--context ;; Save for later. ;; Special handling for case where there was no space at all. (unless (= start end) - (cons orig-pos (buffer-substring start (point))))) + (cons n (cons orig-pos (buffer-substring start (point)))))) ;; If this run causes no change in buffer content, delete all spaces, ;; otherwise delete all excess spaces. - (delete-region (if (and (not single-shot) (zerop n) (= mid end)) + (delete-region (if (and (eq mode 'fast) (zerop num) (= mid end)) start mid) end) - (insert (make-string n ?\s)))) + (insert (make-string num ?\s)))) ;; Command run for the second time. ((not (equal orig-pos (point))) @@ -859,8 +865,8 @@ If SINGLE-SHOT is non-nil, it only performs the first step in the sequence." ;; Command run for the third time. (t - (insert (cdr cycle-spacing--context)) - (goto-char (car cycle-spacing--context)) + (insert (cddr cycle-spacing--context)) + (goto-char (cadr cycle-spacing--context)) (setq cycle-spacing--context nil))))) (defun beginning-of-buffer (&optional arg) @@ -870,10 +876,8 @@ If the buffer is narrowed, this command uses the beginning of the accessible part of the buffer. If Transient Mark mode is disabled, leave mark at previous -position, unless a \\[universal-argument] prefix is supplied. - -Don't use this command in Lisp programs! -\(goto-char (point-min)) is faster." +position, unless a \\[universal-argument] prefix is supplied." + (declare (interactive-only "use `(goto-char (point-min))' instead.")) (interactive "^P") (or (consp arg) (region-active-p) @@ -888,8 +892,6 @@ Don't use this command in Lisp programs! (/ (+ 10 (* size (prefix-numeric-value arg))) 10))) (point-min)))) (if (and arg (not (consp arg))) (forward-line 1))) -(put 'beginning-of-buffer 'interactive-only - "use `(goto-char (point-min))' instead.") (defun end-of-buffer (&optional arg) "Move point to the end of the buffer. @@ -898,10 +900,8 @@ If the buffer is narrowed, this command uses the end of the accessible part of the buffer. If Transient Mark mode is disabled, leave mark at previous -position, unless a \\[universal-argument] prefix is supplied. - -Don't use this command in Lisp programs! -\(goto-char (point-max)) is faster." +position, unless a \\[universal-argument] prefix is supplied." + (declare (interactive-only "use `(goto-char (point-max))' instead.")) (interactive "^P") (or (consp arg) (region-active-p) (push-mark)) (let ((size (- (point-max) (point-min)))) @@ -922,7 +922,6 @@ Don't use this command in Lisp programs! ;; then scroll specially to put it near, but not at, the bottom. (overlay-recenter (point)) (recenter -3)))) -(put 'end-of-buffer 'interactive-only "use `(goto-char (point-max))' instead.") (defcustom delete-active-region t "Whether single-char deletion commands delete an active region. @@ -963,6 +962,7 @@ arg, and KILLFLAG is set if N is explicitly specified. In Overwrite mode, single character backward deletion may replace tabs with spaces so as to back over columns, unless point is at the end of the line." + (declare (interactive-only delete-char)) (interactive "p\nP") (unless (integerp n) (signal 'wrong-type-argument (list 'integerp n))) @@ -985,7 +985,6 @@ the end of the line." (insert-char ?\s (- ocol (current-column)) nil)))) ;; Otherwise, do simple deletion. (t (delete-char (- n) killflag)))) -(put 'delete-backward-char 'interactive-only 'delete-char) (defun delete-forward-char (n &optional killflag) "Delete the following N characters (previous if N is negative). @@ -996,6 +995,7 @@ To disable this, set variable `delete-active-region' to nil. Optional second arg KILLFLAG non-nil means to kill (save in kill ring) instead of delete. Interactively, N is the prefix arg, and KILLFLAG is set if N was explicitly specified." + (declare (interactive-only delete-char)) (interactive "p\nP") (unless (integerp n) (signal 'wrong-type-argument (list 'integerp n))) @@ -1009,7 +1009,6 @@ KILLFLAG is set if N was explicitly specified." ;; Otherwise, do simple deletion. (t (delete-char n killflag)))) -(put 'delete-forward-char 'interactive-only 'delete-char) (defun mark-whole-buffer () "Put point at beginning and mark at end of buffer. @@ -1017,6 +1016,7 @@ If narrowing is in effect, only uses the accessible part of the buffer. You probably should not use this function in Lisp programs; it is usually a mistake for a Lisp function to use any subroutine that uses or sets the mark." + (declare (interactive-only t)) (interactive) (push-mark (point)) (push-mark (point-max) nil t) @@ -1045,6 +1045,7 @@ What you probably want instead is something like: (forward-line (1- N)) If at all possible, an even better solution is to use char counts rather than line counts." + (declare (interactive-only forward-line)) (interactive (if (and current-prefix-arg (not (consp current-prefix-arg))) (list (prefix-numeric-value current-prefix-arg)) @@ -1084,7 +1085,6 @@ rather than line counts." (if (eq selective-display t) (re-search-forward "[\n\C-m]" nil 'end (1- line)) (forward-line (1- line))))) -(put 'goto-line 'interactive-only 'forward-line) (defun count-words-region (start end &optional arg) "Count the number of words in the region. @@ -1503,24 +1503,13 @@ to get different commands to edit and resubmit." ;; add it to the history. (or (equal newcmd (car command-history)) (setq command-history (cons newcmd command-history))) - (unwind-protect - (progn - ;; Trick called-interactively-p into thinking that `newcmd' is - ;; an interactive call (bug#14136). - (add-hook 'called-interactively-p-functions - #'repeat-complex-command--called-interactively-skip) - (eval newcmd)) - (remove-hook 'called-interactively-p-functions - #'repeat-complex-command--called-interactively-skip))) + (apply #'funcall-interactively + (car newcmd) + (mapcar (lambda (e) (eval e t)) (cdr newcmd)))) (if command-history (error "Argument %d is beyond length of command history" arg) (error "There are no previous complex commands to repeat"))))) -(defun repeat-complex-command--called-interactively-skip (i _frame1 frame2) - (and (eq 'eval (cadr frame2)) - (eq 'repeat-complex-command - (cadr (backtrace-frame i #'called-interactively-p))) - 1)) (defvar extended-command-history nil) @@ -2365,91 +2354,115 @@ are ignored. If BEG and END are nil, all undo elements are used." (undo-make-selective-list (min beg end) (max beg end)) buffer-undo-list))) +;; The positions given in elements of the undo list are the positions +;; as of the time that element was recorded to undo history. In +;; general, subsequent buffer edits render those positions invalid in +;; the current buffer, unless adjusted according to the intervening +;; undo elements. +;; +;; Undo in region is a use case that requires adjustments to undo +;; elements. It must adjust positions of elements in the region based +;; on newer elements not in the region so as they may be correctly +;; applied in the current buffer. undo-make-selective-list +;; accomplishes this with its undo-deltas list of adjustments. An +;; example undo history from oldest to newest: +;; +;; buf pos: +;; 123456789 buffer-undo-list undo-deltas +;; --------- ---------------- ----------- +;; aaa (1 . 4) (1 . -3) +;; aaba (3 . 4) N/A (in region) +;; ccaaba (1 . 3) (1 . -2) +;; ccaabaddd (7 . 10) (7 . -3) +;; ccaabdd ("ad" . 6) (6 . 2) +;; ccaabaddd (6 . 8) (6 . -2) +;; | |<-- region: "caab", from 2 to 6 +;; +;; When the user starts a run of undos in region, +;; undo-make-selective-list is called to create the full list of in +;; region elements. Each element is adjusted forward chronologically +;; through undo-deltas to determine if it is in the region. +;; +;; In the above example, the insertion of "b" is (3 . 4) in the +;; buffer-undo-list. The undo-delta (1 . -2) causes (3 . 4) to become +;; (5 . 6). The next three undo-deltas cause no adjustment, so (5 +;; . 6) is assessed as in the region and placed in the selective list. +;; Notably, the end of region itself adjusts from "2 to 6" to "2 to 5" +;; due to the selected element. The "b" insertion is the only element +;; fully in the region, so in this example undo-make-selective-list +;; returns (nil (5 . 6)). +;; +;; The adjustment of the (7 . 10) insertion of "ddd" shows an edge +;; case. It is adjusted through the undo-deltas: ((6 . 2) (6 . -2)). +;; Normally an undo-delta of (6 . 2) would cause positions after 6 to +;; adjust by 2. However, they shouldn't adjust to less than 6, so (7 +;; . 10) adjusts to (6 . 8) due to the first undo delta. +;; +;; More interesting is how to adjust the "ddd" insertion due to the +;; next undo-delta: (6 . -2), corresponding to reinsertion of "ad". +;; If the reinsertion was a manual retyping of "ad", then the total +;; adjustment should be (7 . 10) -> (6 . 8) -> (8 . 10). However, if +;; the reinsertion was due to undo, one might expect the first "d" +;; character would again be a part of the "ddd" text, meaning its +;; total adjustment would be (7 . 10) -> (6 . 8) -> (7 . 10). +;; +;; undo-make-selective-list assumes in this situation that "ad" was a +;; new edit, even if it was inserted because of an undo. +;; Consequently, if the user undos in region "8 to 10" of the +;; "ccaabaddd" buffer, they could be surprised that it becomes +;; "ccaabad", as though the first "d" became detached from the +;; original "ddd" insertion. This quirk is a FIXME. + (defun undo-make-selective-list (start end) "Return a list of undo elements for the region START to END. -The elements come from `buffer-undo-list', but we keep only -the elements inside this region, and discard those outside this region. -If we find an element that crosses an edge of this region, -we stop and ignore all further elements." - (let ((undo-list-copy (undo-copy-list buffer-undo-list)) - (undo-list (list nil)) - some-rejected - undo-elt temp-undo-list delta) - (while undo-list-copy - (setq undo-elt (car undo-list-copy)) - (let ((keep-this - (cond ((and (consp undo-elt) (eq (car undo-elt) t)) - ;; This is a "was unmodified" element. - ;; Keep it if we have kept everything thus far. - (not some-rejected)) - ;; Skip over marker adjustments, instead relying on - ;; finding them after (TEXT . POS) elements - ((markerp (car-safe undo-elt)) - nil) - (t - (undo-elt-in-region undo-elt start end))))) - (if keep-this - (progn - (setq end (+ end (cdr (undo-delta undo-elt)))) - ;; Don't put two nils together in the list - (when (not (and (eq (car undo-list) nil) - (eq undo-elt nil))) - (setq undo-list (cons undo-elt undo-list)) - ;; If (TEXT . POS), "keep" its subsequent (MARKER - ;; . ADJUSTMENT) whose markers haven't moved. - (when (and (stringp (car-safe undo-elt)) - (integerp (cdr-safe undo-elt))) - (let ((list-i (cdr undo-list-copy))) +The elements come from `buffer-undo-list', but we keep only the +elements inside this region, and discard those outside this +region. The elements' positions are adjusted so as the returned +list can be applied to the current buffer." + (let ((ulist buffer-undo-list) + ;; A list of position adjusted undo elements in the region. + (selective-list (list nil)) + ;; A list of undo-deltas for out of region undo elements. + undo-deltas + undo-elt) + (while ulist + (when undo-no-redo + (while (gethash ulist undo-equiv-table) + (setq ulist (gethash ulist undo-equiv-table)))) + (setq undo-elt (car ulist)) + (cond + ((null undo-elt) + ;; Don't put two nils together in the list + (when (car selective-list) + (push nil selective-list))) + ((and (consp undo-elt) (eq (car undo-elt) t)) + ;; This is a "was unmodified" element. Keep it + ;; if we have kept everything thus far. + (when (not undo-deltas) + (push undo-elt selective-list))) + ;; Skip over marker adjustments, instead relying + ;; on finding them after (TEXT . POS) elements + ((markerp (car-safe undo-elt)) + nil) + (t + (let ((adjusted-undo-elt (undo-adjust-elt undo-elt + undo-deltas))) + (if (undo-elt-in-region adjusted-undo-elt start end) + (progn + (setq end (+ end (cdr (undo-delta adjusted-undo-elt)))) + (push adjusted-undo-elt selective-list) + ;; Keep (MARKER . ADJUSTMENT) if their (TEXT . POS) was + ;; kept. primitive-undo may discard them later. + (when (and (stringp (car-safe adjusted-undo-elt)) + (integerp (cdr-safe adjusted-undo-elt))) + (let ((list-i (cdr ulist))) (while (markerp (car-safe (car list-i))) - (let* ((adj-elt (pop list-i)) - (m (car adj-elt))) - (and (eq (marker-buffer m) (current-buffer)) - (= (cdr undo-elt) m) - (push adj-elt undo-list)))))))) - (if (undo-elt-crosses-region undo-elt start end) - (setq undo-list-copy nil) - (setq some-rejected t) - (setq temp-undo-list (cdr undo-list-copy)) - (setq delta (undo-delta undo-elt)) - - (when (/= (cdr delta) 0) - (let ((position (car delta)) - (offset (cdr delta))) - - ;; Loop down the earlier events adjusting their buffer - ;; positions to reflect the fact that a change to the buffer - ;; isn't being undone. We only need to process those element - ;; types which undo-elt-in-region will return as being in - ;; the region since only those types can ever get into the - ;; output - - (while temp-undo-list - (setq undo-elt (car temp-undo-list)) - (cond ((integerp undo-elt) - (if (>= undo-elt position) - (setcar temp-undo-list (- undo-elt offset)))) - ((atom undo-elt) nil) - ((stringp (car undo-elt)) - ;; (TEXT . POSITION) - (let ((text-pos (abs (cdr undo-elt))) - (point-at-end (< (cdr undo-elt) 0 ))) - (if (>= text-pos position) - (setcdr undo-elt (* (if point-at-end -1 1) - (- text-pos offset)))))) - ((integerp (car undo-elt)) - ;; (BEGIN . END) - (when (>= (car undo-elt) position) - (setcar undo-elt (- (car undo-elt) offset)) - (setcdr undo-elt (- (cdr undo-elt) offset)))) - ((null (car undo-elt)) - ;; (nil PROPERTY VALUE BEG . END) - (let ((tail (nthcdr 3 undo-elt))) - (when (>= (car tail) position) - (setcar tail (- (car tail) offset)) - (setcdr tail (- (cdr tail) offset)))))) - (setq temp-undo-list (cdr temp-undo-list)))))))) - (setq undo-list-copy (cdr undo-list-copy))) - (nreverse undo-list))) + (push (pop list-i) selective-list))))) + (let ((delta (undo-delta undo-elt))) + (when (/= 0 (cdr delta)) + (push delta undo-deltas))))))) + (pop ulist)) + (nreverse selective-list))) (defun undo-elt-in-region (undo-elt start end) "Determine whether UNDO-ELT falls inside the region START ... END. @@ -2497,6 +2510,73 @@ is not *inside* the region START...END." ;; (BEGIN . END) (and (< (car undo-elt) end) (> (cdr undo-elt) start))))) +(make-obsolete 'undo-elt-crosses-region nil "24.5") + +(defun undo-adjust-elt (elt deltas) + "Return adjustment of undo element ELT by the undo DELTAS +list." + (pcase elt + ;; POSITION + ((pred integerp) + (undo-adjust-pos elt deltas)) + ;; (BEG . END) + (`(,(and beg (pred integerp)) . ,(and end (pred integerp))) + (undo-adjust-beg-end beg end deltas)) + ;; (TEXT . POSITION) + (`(,(and text (pred stringp)) . ,(and pos (pred integerp))) + (cons text (* (if (< pos 0) -1 1) + (undo-adjust-pos (abs pos) deltas)))) + ;; (nil PROPERTY VALUE BEG . END) + (`(nil . ,(or `(,prop ,val ,beg . ,end) pcase--dontcare)) + `(nil ,prop ,val . ,(undo-adjust-beg-end beg end deltas))) + ;; (apply DELTA START END FUN . ARGS) + ;; FIXME + ;; All others return same elt + (_ elt))) + +;; (BEG . END) can adjust to the same positions, commonly when an +;; insertion was undone and they are out of region, for example: +;; +;; buf pos: +;; 123456789 buffer-undo-list undo-deltas +;; --------- ---------------- ----------- +;; [...] +;; abbaa (2 . 4) (2 . -2) +;; aaa ("bb" . 2) (2 . 2) +;; [...] +;; +;; "bb" insertion (2 . 4) adjusts to (2 . 2) because of the subsequent +;; undo. Further adjustments to such an element should be the same as +;; for (TEXT . POSITION) elements. The options are: +;; +;; 1: POSITION adjusts using <= (use-< nil), resulting in behavior +;; analogous to marker insertion-type t. +;; +;; 2: POSITION adjusts using <, resulting in behavior analogous to +;; marker insertion-type nil. +;; +;; There was no strong reason to prefer one or the other, except that +;; the first is more consistent with prior undo in region behavior. +(defun undo-adjust-beg-end (beg end deltas) + "Return cons of adjustments to BEG and END by the undo DELTAS +list." + (let ((adj-beg (undo-adjust-pos beg deltas))) + ;; Note: option 2 above would be like (cons (min ...) adj-end) + (cons adj-beg + (max adj-beg (undo-adjust-pos end deltas t))))) + +(defun undo-adjust-pos (pos deltas &optional use-<) + "Return adjustment of POS by the undo DELTAS list, comparing +with < or <= based on USE-<." + (dolist (d deltas pos) + (when (if use-< + (< (car d) pos) + (<= (car d) pos)) + (setq pos + ;; Don't allow pos to become less than the undo-delta + ;; position. This edge case is described in the overview + ;; comments. + (max (car d) (- pos (cdr d))))))) ;; Return the first affected buffer position and the delta for an undo element ;; delta is defined as the change in subsequent buffer positions if we *did* @@ -3281,6 +3361,11 @@ support pty association, if PROGRAM is nil." (defvar process-menu-query-only nil) +(defvar process-menu-mode-map + (let ((map (make-sparse-keymap))) + (define-key map [?d] 'process-menu-delete-process) + map)) + (define-derived-mode process-menu-mode tabulated-list-mode "Process Menu" "Major mode for listing the processes called by Emacs." (setq tabulated-list-format [("Process" 15 t) @@ -3293,6 +3378,12 @@ support pty association, if PROGRAM is nil." (add-hook 'tabulated-list-revert-hook 'list-processes--refresh nil t) (tabulated-list-init-header)) +(defun process-menu-delete-process () + "Kill process at point in a `list-processes' buffer." + (interactive) + (delete-process (tabulated-list-get-id)) + (revert-buffer)) + (defun list-processes--refresh () "Recompute the list of processes for the Process List buffer. Also, delete any process that is exited or signaled." @@ -4277,10 +4368,8 @@ If ARG is zero, move to the beginning of the current line." (defun insert-buffer (buffer) "Insert after point the contents of BUFFER. Puts mark after the inserted text. -BUFFER may be a buffer or a buffer name. - -This function is meant for the user to run interactively. -Don't call it from programs: use `insert-buffer-substring' instead!" +BUFFER may be a buffer or a buffer name." + (declare (interactive-only insert-buffer-substring)) (interactive (list (progn @@ -4295,7 +4384,6 @@ Don't call it from programs: use `insert-buffer-substring' instead!" (insert-buffer-substring (get-buffer buffer)) (point))) nil) -(put 'insert-buffer 'interactive-only 'insert-buffer-substring) (defun append-to-buffer (buffer start end) "Append to specified buffer the text of the region. @@ -4884,11 +4972,8 @@ this command moves to the specified goal column (or as close as possible). The goal column is stored in the variable `goal-column', which is nil when there is no goal column. Note that setting `goal-column' overrides `line-move-visual' and causes this command to move by buffer -lines rather than by display lines. - -If you are thinking of using this in a Lisp program, consider -using `forward-line' instead. It is usually easier to use -and more reliable (no dependence on goal column, etc.)." +lines rather than by display lines." + (declare (interactive-only forward-line)) (interactive "^p\np") (or arg (setq arg 1)) (if (and next-line-add-newlines (= arg 1)) @@ -4905,7 +4990,6 @@ and more reliable (no dependence on goal column, etc.)." (signal (car err) (cdr err)))) (line-move arg nil nil try-vscroll))) nil) -(put 'next-line 'interactive-only 'forward-line) (defun previous-line (&optional arg try-vscroll) "Move cursor vertically up ARG lines. @@ -4931,11 +5015,9 @@ this command moves to the specified goal column (or as close as possible). The goal column is stored in the variable `goal-column', which is nil when there is no goal column. Note that setting `goal-column' overrides `line-move-visual' and causes this command to move by buffer -lines rather than by display lines. - -If you are thinking of using this in a Lisp program, consider using -`forward-line' with a negative argument instead. It is usually easier -to use and more reliable (no dependence on goal column, etc.)." +lines rather than by display lines." + (declare (interactive-only + "use `forward-line' with negative argument instead.")) (interactive "^p\np") (or arg (setq arg 1)) (if (called-interactively-p 'interactive) @@ -4945,8 +5027,6 @@ to use and more reliable (no dependence on goal column, etc.)." (signal (car err) (cdr err)))) (line-move (- arg) nil nil try-vscroll)) nil) -(put 'previous-line 'interactive-only - "use `forward-line' with negative argument instead.") (defcustom track-eol nil "Non-nil means vertical motion starting at end of line keeps to ends of lines. @@ -6484,6 +6564,7 @@ The function should return non-nil if the two tokens do not match.") (not blink-matching-paren-dont-ignore-comments)))) (condition-case () (progn + (syntax-propertize (point)) (forward-sexp -1) ;; backward-sexp skips backward over prefix chars, ;; so move back to the matching paren. @@ -6598,6 +6679,8 @@ At top-level, as an editor command, this simply beeps." (deactivate-mark)) (if (fboundp 'kmacro-keyboard-quit) (kmacro-keyboard-quit)) + (when completion-in-region-mode + (completion-in-region-mode -1)) ;; Force the next redisplay cycle to remove the "Def" indicator from ;; all the mode lines. (if defining-kbd-macro @@ -7842,31 +7925,6 @@ contains the list of implementations currently supported for this command." command-name))))))) -;; This is here because files in obsolete/ are not scanned for autoloads. - -(defvar iswitchb-mode nil "\ -Non-nil if Iswitchb mode is enabled. -See the command `iswitchb-mode' for a description of this minor mode. -Setting this variable directly does not take effect; -either customize it (see the info node `Easy Customization') -or call the function `iswitchb-mode'.") - -(custom-autoload 'iswitchb-mode "iswitchb" nil) - -(autoload 'iswitchb-mode "iswitchb" "\ -Toggle Iswitchb mode. -With a prefix argument ARG, enable Iswitchb mode if ARG is -positive, and disable it otherwise. If called from Lisp, enable -the mode if ARG is omitted or nil. - -Iswitchb mode is a global minor mode that enables switching -between buffers using substrings. See `iswitchb' for details. - -\(fn &optional ARG)" t nil) - -(make-obsolete 'iswitchb-mode - "use `icomplete-mode' or `ido-mode' instead." "24.4") - (provide 'simple) |