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;ELC
;;; Compiled by mockbuild@buildfarm06-new.corp.cloudlinux.com on Fri Oct 11 10:12:50 2024
;;; from file /builddir/build/BUILD/emacs-24.3/lisp/simple.el
;;; in Emacs version 24.3
;;; with all optimizations.
;;; This file uses dynamic docstrings, first added in Emacs 19.29.
;;; This file does not contain utf-8 non-ASCII characters,
;;; and so can be loaded in Emacs versions earlier than 23.
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(byte-code "\300\301\302\303\304\305\306\307\310\311& \210\312\313\314\315\306\316%\210\312\317\314\320\306\321%\210\312\322\314\323\306\324\310\311&\210\325\322\326\327\306\322\310\311&\210\300\330\331\332\304\333\306\322\310\311& \210\300\334\335\336\304\337\306\322\310\311& \210\300\340\314\341\304\342\306\322\310\343& \210\300\344\314\345\304\346\306\322&\207" [custom-declare-variable idle-update-delay 0.5 "Idle time delay before updating various things on the screen.\nVarious Emacs features that update auxiliary information when point moves\nwait this many seconds after Emacs becomes idle before doing an update." :type number :group display :version "22.1" custom-declare-group killing nil "Killing and yanking commands." editing paren-matching "Highlight (un)matching of parens and expressions." matching next-error "`next-error' support framework." compilation custom-declare-face ((t (:inherit region))) "Face used to highlight next error locus." next-error-highlight 0.5 "Highlighting of locations in selected source buffers.\nIf a number, highlight the locus in `next-error' face for the given time\nin seconds, or until the next command is executed.\nIf t, highlight the locus until the next command is executed, or until\nsome other locus replaces it.\nIf nil, don't highlight the locus in the source buffer.\nIf `fringe-arrow', indicate the locus by the fringe arrow\nindefinitely until some other locus replaces it." (choice (number :tag "Highlight for specified time") (const :tag "Semipermanent highlighting" t) (const :tag "No highlighting" nil) (const :tag "Fringe arrow" fringe-arrow)) next-error-highlight-no-select 0.5 "Highlighting of locations in `next-error-no-select'.\nIf number, highlight the locus in `next-error' face for given time in seconds.\nIf t, highlight the locus indefinitely until some other locus replaces it.\nIf nil, don't highlight the locus in the source buffer.\nIf `fringe-arrow', indicate the locus by the fringe arrow\nindefinitely until some other locus replaces it." (choice (number :tag "Highlight for specified time") (const :tag "Semipermanent highlighting" t) (const :tag "No highlighting" nil) (const :tag "Fringe arrow" fringe-arrow)) next-error-recenter "Display the line in the visited source file recentered as specified.\nIf non-nil, the value is passed directly to `recenter'." (choice (integer :tag "Line to recenter to") (const :tag "Center of window" (4)) (const :tag "No recentering" nil)) "23.1" next-error-hook "List of hook functions run by `next-error' after visiting source file." hook] 10)
(defvar next-error-highlight-timer nil)
(defvar next-error-overlay-arrow-position nil)
(byte-code "\300\301\302\303\304!#\210\305\306\301\"\207" [put next-error-overlay-arrow-position overlay-arrow-string purecopy "=>" add-to-list overlay-arrow-variable-list] 5)
#@187 The most recent `next-error' buffer.
A buffer becomes most recent when its compilation, grep, or
similar mode is started, or when it is used with \[next-error]
or \[compile-goto-error].
(defvar next-error-last-buffer nil (#$ . 3383))
#@423 Function to use to find the next error in the current buffer.
The function is called with 2 parameters:
ARG is an integer specifying by how many errors to move.
RESET is a boolean which, if non-nil, says to go back to the beginning
of the errors before moving.
Major modes providing compile-like functionality should set this variable
to indicate to `next-error' that this is a candidate buffer and how
to navigate in it.
(defvar next-error-function nil (#$ . 3624))
(make-variable-buffer-local 'next-error-function)
#@273 Function to use to move to an error locus.
It takes two arguments, a buffer position in the error buffer
and a buffer position in the error locus buffer.
The buffer for the error locus should already be current.
nil means use goto-char using the second argument position.
(defvar next-error-move-function nil (#$ . 4148))
(make-variable-buffer-local 'next-error-move-function)
#@467 Test if BUFFER is a `next-error' capable buffer.
If AVOID-CURRENT is non-nil, treat the current buffer
as an absolute last resort only.
The function EXTRA-TEST-INCLUSIVE, if non-nil, is called in each buffer
that normally would not qualify. If it returns t, the buffer
in question is treated as usable.
The function EXTRA-TEST-EXCLUSIVE, if non-nil, is called in each buffer
that would normally be considered usable. If it returns nil,
that buffer is rejected.
(defalias 'next-error-buffer-p #[(buffer &optional avoid-current extra-test-inclusive extra-test-exclusive) "\305!\205- \205
p=?\205- rq\210\n\203& \203\" \202, \306\202, \f\205, \f )\207" [buffer avoid-current next-error-function extra-test-exclusive extra-test-inclusive buffer-name t] 2 (#$ . 4532)])
(put 'next-error-buffer-p 'byte-optimizer 'byte-compile-inline-expand)
#@456 Return a `next-error' capable buffer.
If AVOID-CURRENT is non-nil, treat the current buffer
as an absolute last resort only.
The function EXTRA-TEST-INCLUSIVE, if non-nil, is called in each buffer
that normally would not qualify. If it returns t, the buffer
in question is treated as usable.
The function EXTRA-TEST-EXCLUSIVE, if non-nil, is called in each buffer
that would normally be considered usable. If it returns nil,
that buffer is rejected.
(defalias 'next-error-find-buffer #[(&optional avoid-current extra-test-inclusive extra-test-exclusive) "\306\307\310\311\312\313 \"\"!\211G\314=\205 @)\2065 \203Z \n \f \315
!\205R \n\2051
p=?\205R r
q\210\203K \f\203G \f \202Q \316\202Q \205Q ),\203Z \2065p\n \f \315
!\205\220 \n\205o
p=?\205\220 r
q\210\203\211 \f\203\205 \f \202\217 \316\202\217 \205\217 ),\203\230 p\2065\317 \211 \203\345 @\n \f \315
!\205\330 \n\205\267
p=?\205\330 r
q\210\203\321 \f\203\315 \f \202\327 \316\202\327 \205\327 ),\204\345 A\211\204\240 @)\2065\n\2032p\310 \f \315
!\205&\n\205
p=?\205&r
q\210\203 \f\203\f \202%\316\202% \205% ),\2032\320\321!\210p\2065\322\323!\207" [window-buffers next-error-last-buffer avoid-current extra-test-inclusive extra-test-exclusive buffer delete-dups delq nil mapcar #[(w) "\306! \n \307\f!\2057 \205 \fp=?\2057 r\fq\210
\2030 \203, \2026 \310\2026 \n\2056 \n ),\205> \306!\207" [w avoid-current extra-test-inclusive extra-test-exclusive buffer next-error-function window-buffer buffer-name t] 4] window-list 1 buffer-name t buffer-list message "This is the only buffer with error message locations" error "No buffers contain error message locations" next-error-function buffers] 7 (#$ . 5388)])
#@1291 Visit next `next-error' message and corresponding source code.
If all the error messages parsed so far have been processed already,
the message buffer is checked for new ones.
A prefix ARG specifies how many error messages to move;
negative means move back to previous error messages.
Just \[universal-argument] as a prefix means reparse the error message buffer
and start at the first error.
The RESET argument specifies that we should restart from the beginning.
\[next-error] normally uses the most recently started
compilation, grep, or occur buffer. It can also operate on any
buffer with output from the \[compile], \[grep] commands, or,
more generally, on any buffer in Compilation mode or with
Compilation Minor mode enabled, or any buffer in which
`next-error-function' is bound to an appropriate function.
To specify use of a particular buffer for error messages, type
\[next-error] in that buffer when it is the only one displayed
in the current frame.
Once \[next-error] has chosen the buffer for error messages, it
runs `next-error-hook' with `run-hooks', and stays with that buffer
until you use it in some other buffer which uses Compilation mode
or Compilation Minor mode.
To control which errors are matched, customize the variable
`compilation-error-regexp-alist'.
(defalias 'next-error #[(&optional arg reset) ":\203 \305\306\307 \211\205' r\nq\210 \310! \"\210\f\203# \311\f!\210\312\313!)\207" [arg reset next-error-last-buffer next-error-function next-error-recenter t nil next-error-find-buffer prefix-numeric-value recenter run-hooks next-error-hook] 3 (#$ . 7145) "P"])
#@75 Visit the source code corresponding to the `next-error' message at point.
(defalias 'next-error-internal #[nil "prq\210 \303\304\"\210\n\203 \305\n!\210\306\307!)\207" [next-error-last-buffer next-error-function next-error-recenter 0 nil recenter run-hooks next-error-hook] 3 (#$ . 8759)])
(byte-code "\300\301\302\"\210\300\303\302\"\207" [defalias goto-next-locus next-error next-match] 3)
#@228 Visit previous `next-error' message and corresponding source code.
Prefix arg N says how many error messages to move backwards (or
forwards, if negative).
This operates on the output from the \[compile] and \[grep] commands.
(defalias 'previous-error #[(&optional n) "\301\206 \302[!\207" [n next-error 1] 2 (#$ . 9161) "p"])
#@192 Restart at the first error.
Visit corresponding source code.
With prefix arg N, visit the source code of the Nth error.
This operates on the output from the \[compile] command, for instance.
(defalias 'first-error #[(&optional n) "\301\302\"\207" [n next-error t] 3 (#$ . 9498) "p"])
#@262 Move point to the next error in the `next-error' buffer and highlight match.
Prefix arg N says how many error messages to move forwards (or
backwards, if negative).
Finds and highlights the source line like \[next-error], but does not
select the source buffer.
(defalias 'next-error-no-select #[(&optional n) "\304\n!\210)\305 !\207" [next-error-highlight-no-select next-error-highlight n next-error-last-buffer next-error pop-to-buffer] 2 (#$ . 9790) "p"])
#@270 Move point to the previous error in the `next-error' buffer and highlight match.
Prefix arg N says how many error messages to move backwards (or
forwards, if negative).
Finds and highlights the source line like \[previous-error], but does not
select the source buffer.
(defalias 'previous-error-no-select #[(&optional n) "\301\206 \302[!\207" [n next-error-no-select 1] 2 (#$ . 10257) "p"])
(defvar next-error-follow-last-line nil)
#@125 Non-nil if Next-Error-Follow minor mode is enabled.
Use the command `next-error-follow-minor-mode' to change this variable.
(defvar next-error-follow-minor-mode nil (#$ . 10698))
(make-variable-buffer-local 'next-error-follow-minor-mode)
#@342 Minor mode for compilation, occur and diff modes.
With a prefix argument ARG, enable mode if ARG is positive, and
disable it otherwise. If called from Lisp, enable mode if ARG is
omitted or nil.
When turned on, cursor motion in the compilation, grep, occur or diff
buffer causes automatic display of the corresponding source code location.
(defalias 'next-error-follow-minor-mode #[(&optional arg) "\303 \304=\203 \n?\202 \305 !\306V\211\204! \307\310\311\312#\210\202, \313\310\311\314\312$\210\315\316!\210\317\320\n\2036 \321\2027 \322\"\210\323\324!\203X \303 \203K \303 \232\203X \325\326\n\203U \327\202V \330\"\210)\331 \210\n\207" [#1=#:last-message arg next-error-follow-minor-mode current-message toggle prefix-numeric-value 0 remove-hook post-command-hook next-error-follow-mode-post-command-hook t add-hook nil make-local-variable next-error-follow-last-line run-hooks next-error-follow-minor-mode-hook next-error-follow-minor-mode-on-hook next-error-follow-minor-mode-off-hook called-interactively-p any message "Next-Error-Follow minor mode %sabled" "en" "dis" force-mode-line-update] 6 (#$ . 10943) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \305\211%\207" [next-error-follow-minor-mode-map add-minor-mode next-error-follow-minor-mode " Fol" boundp nil] 6)
(defalias 'next-error-follow-mode-post-command-hook #[nil "\301 \232?\205 \301 \302\303\304\217\207" [next-error-follow-last-line line-number-at-pos nil (byte-code "\302`\303\304!)\207" [compilation-context-lines compilation-current-error nil next-error-no-select 0] 2) ((error t))] 3])
#@115 Major mode not specialized for anything in particular.
Other major modes are defined by comparison with this one.
(defalias 'fundamental-mode #[nil "\301 \210?\205 \302\303!\207" [delay-mode-hooks kill-all-local-variables run-hooks after-change-major-mode-hook] 2 (#$ . 12560) nil])
(defvar special-mode-map (byte-code "\301 \302!\210\303\304\305#\210\303\306\307#\210\303\310\311#\210\303\312\313#\210\303\314\313#\210\303\315\316#\210\303\317\320#\210\303\321\322#\210)\207" [map make-sparse-keymap suppress-keymap define-key "q" quit-window " " scroll-up-command "" scroll-down-command "?" describe-mode "h" ">" end-of-buffer "<" beginning-of-buffer "g" revert-buffer] 4))
(byte-code "\300\301\302\303#\210\304\305N\204 \300\304\305\306\307!#\210\310\311!\204 \300\311\312\301#\210\300\207" [put special-mode mode-class special special-mode-hook variable-documentation purecopy "Hook run when entering Special mode.\nNo problems result if this variable is not bound.\n`add-hook' automatically binds it. (This is true for all hook variables.)" boundp special-mode-map definition-name] 5)
(defvar special-mode-map (make-sparse-keymap))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [special-mode-map variable-documentation put purecopy "Keymap for `special-mode'." boundp special-mode-syntax-table definition-name special-mode] 5)
(defvar special-mode-syntax-table (make-syntax-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [special-mode-syntax-table variable-documentation put purecopy "Syntax table for `special-mode'." special-mode-abbrev-table definition-name special-mode] 5)
(defvar special-mode-abbrev-table (progn (define-abbrev-table 'special-mode-abbrev-table nil) special-mode-abbrev-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [special-mode-abbrev-table variable-documentation put purecopy "Abbrev table for `special-mode'." special-mode derived-mode-parent nil] 5)
#@174 Parent major mode from which special major modes should inherit.
This mode runs the hook `special-mode-hook', as the final step
during initialization.
\{special-mode-map}
(defalias 'special-mode #[nil "\306\300!\210\307\310 \210\311\312\313 !\210\314\f!\210
\307)\315\316!\207" [delay-mode-hooks major-mode mode-name special-mode-map special-mode-syntax-table special-mode-abbrev-table make-local-variable t kill-all-local-variables special-mode "Special" use-local-map set-syntax-table run-mode-hooks special-mode-hook local-abbrev-table buffer-read-only] 2 (#$ . 14594) nil])
#@36 Keymap used for programming modes.
(defvar prog-mode-map (byte-code "\301 \302\303\304#\210)\207" [map make-sparse-keymap define-key [134217745] prog-indent-sexp] 4) (#$ . 15187))
#@36 Indent the expression after point.
(defalias 'prog-indent-sexp #[nil "`\212\302\303!\210`)\304 \305#*\207" [end start forward-sexp 1 indent-region nil] 4 (#$ . 15376) nil])
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [prog-mode-hook variable-documentation put purecopy "Hook run when entering Prog mode.\nNo problems result if this variable is not bound.\n`add-hook' automatically binds it. (This is true for all hook variables.)" boundp prog-mode-map definition-name prog-mode] 5)
(defvar prog-mode-map (make-sparse-keymap))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [prog-mode-map variable-documentation put purecopy "Keymap for `prog-mode'." boundp prog-mode-syntax-table definition-name prog-mode] 5)
(defvar prog-mode-syntax-table (make-syntax-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [prog-mode-syntax-table variable-documentation put purecopy "Syntax table for `prog-mode'." prog-mode-abbrev-table definition-name prog-mode] 5)
(defvar prog-mode-abbrev-table (progn (define-abbrev-table 'prog-mode-abbrev-table nil) prog-mode-abbrev-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [prog-mode-abbrev-table variable-documentation put purecopy "Abbrev table for `prog-mode'." prog-mode derived-mode-parent nil] 5)
#@160 Major mode for editing programming language source code.
This mode runs the hook `prog-mode-hook', as the final step
during initialization.
\{prog-mode-map}
(defalias 'prog-mode #[nil "\306\300!\210\307\310 \210\311\312\313 !\210\314\f!\210
\306\315!\210
\306\316!\210\307\317)\320\321!\207" [delay-mode-hooks major-mode mode-name prog-mode-map prog-mode-syntax-table prog-mode-abbrev-table make-local-variable t kill-all-local-variables prog-mode "Prog" use-local-map set-syntax-table require-final-newline parse-sexp-ignore-comments left-to-right run-mode-hooks prog-mode-hook local-abbrev-table mode-require-final-newline bidi-paragraph-direction] 2 (#$ . 16796) nil])
#@59 Propertized string representing a hard newline character.
(defvar hard-newline (propertize "\n" 'hard t 'rear-nonsticky '(hard)) (#$ . 17488))
#@313 Insert a newline, and move to left margin of the new line if it's blank.
If `use-hard-newlines' is non-nil, the newline is marked with the
text-property `hard'.
With ARG, insert that many newlines.
Call `auto-fill-function' if the current column number is greater
than the value of `fill-column' and ARG is nil.
(defalias 'newline #[(&optional arg) "\306 \210n\205\n \307!`\310\f?\205
\311 \312\216\313\314\"\210\315\316\f!!\210.\317\207" [page-delimiter was-page-start beforepos last-command-event arg auto-fill-function barf-if-buffer-read-only looking-at 10 #[nil "\203
\304`\305 !Z`\"\210\212\nb\210\306 \210\307\310!\203& \311 \312V\203& `\313 |\210) \206/ \314\315\316\"\207" [use-hard-newlines arg beforepos was-page-start set-hard-newline-properties prefix-numeric-value beginning-of-line looking-at "[ ]$" current-left-margin 0 line-end-position move-to-left-margin nil t] 4] ((byte-code "\301\302\"\207" [postproc remove-hook post-self-insert-hook] 3)) add-hook post-self-insert-hook self-insert-command prefix-numeric-value nil postproc] 3 (#$ . 17638) "*P"])
(defalias 'set-hard-newline-properties #[(from to) "\303\304\"\305\n\306\307$\210 <\205 \306 >?\205 \305`\304\306 B$)\207" [from sticky to get-text-property rear-nonsticky put-text-property hard t] 6])
#@189 Insert a newline and leave point before it.
If there is a fill prefix and/or a `left-margin', insert them
on the new line if the line would have been blank.
With arg N, insert N newlines.
(defalias 'open-line #[(n) "\205 nn\205 \306 \307V\310 \311 \312
!\210 b\210
\307V\203? n\2035 \n\203- \306 j\210 \2035 \313!\210\314y\210
S\211\202 b\210\311,\207" [fill-prefix do-fill-prefix do-left-margin loc abbrev-mode n current-left-margin 0 point-marker nil newline insert-and-inherit 1] 3 (#$ . 18939) "*p"])
#@271 Split current line, moving portion beyond point vertically down.
If the current line starts with `fill-prefix', insert it on the new
line as well. With prefix ARG, don't insert `fill-prefix' on new line.
When called from Lisp code, ARG may be a prefix string to copy.
(defalias 'split-line #[(&optional arg) "\306\307w\210i`\n;\203 \n\202 \n\203 \307\202 \211 \205) \212\310 \210\311\312\f!!) \313\314!\210
\2036 \315\f!\210\316\317\"\210 b,\207" [col pos arg fill-prefix prefix have-prfx " " nil beginning-of-line looking-at regexp-quote newline 1 insert-and-inherit indent-to 0] 4 (#$ . 19462) "*P"])
#@178 Join this line to previous and fix up whitespace at join.
If there is a fill prefix, delete it from the beginning of this line.
With argument, join this line to following line.
(defalias 'delete-indentation #[(&optional arg) "\302 \210\203\n \303y\210h\304=\2056 ``S|\210 \2034 ` G\\dX\2034 `` G\\{\230\2034 `` G\\|\210\305 \207" [arg fill-prefix beginning-of-line 1 10 fixup-whitespace] 4 (#$ . 20083) "*P"])
(defalias 'join-line 'delete-indentation)
#@175 On blank line, delete all surrounding blank lines, leaving just one.
On isolated blank line, delete that one.
On nonblank line, delete any immediately following blank lines.
(defalias 'delete-blank-lines #[nil "\302\211\212\303 \210\304\305!\211\205\" \304\306!?\205\" o\206\" \307y\210\304\305!?) \203E \303 \210\2032 \310y\210`\311\312\302\313#\203B \310y\210`\202C e|\210 \203M \204h \212\302\210\310y\210`\314\312\302\313#\203d \303 \210`\202e d|\210)\304\315!\205q `d|*\207" [singleblank thisblank nil beginning-of-line looking-at "[ ]*$" "[ ]*\n[ ]*$" -1 1 re-search-backward "[^ \n]" t re-search-forward "^[ ]*\n\\'"] 6 (#$ . 20544) "*"])
#@194 If non-nil, \[delete-trailing-whitespace] deletes trailing lines.
Trailing lines are deleted only if `delete-trailing-whitespace'
is called on the entire buffer (rather than an active region).
(custom-declare-variable 'delete-trailing-lines t '(#$ . 21209) :type 'boolean :group 'editing :version "24.3")
#@632 Delete trailing whitespace between START and END.
If called interactively, START and END are the start/end of the
region if the mark is active, or of the buffer's accessible
portion if the mark is inactive.
This command deletes whitespace characters after the last
non-whitespace character in each line between START and END. It
does not consider formfeed characters to be whitespace.
If this command acts on the entire buffer (i.e. if called
interactively with the mark inactive, or called from Lisp with
END nil), it also deletes all trailing lines at the end of the
buffer if the variable `delete-trailing-lines' is non-nil.
(defalias 'delete-trailing-whitespace #[(&optional start end) "\306 \307\216\212\310 \206\f d!\n\206 e\nb\210\311\312 \313#\203< \314\315\316 \"\210\317 \313 \320\f!*\2034 \321\225b\210`\321\225|\210\202 b\210 \204] \203] d\322 TU\203] \323\324x\325X\203] `T |\210 \324\211\223\210-\324\207" [save-match-data-internal end start end-marker regexp inhibit-changing-match-data match-data ((byte-code "\301\302\"\207" [save-match-data-internal set-match-data evaporate] 3)) copy-marker re-search-forward "\\s-$" t skip-syntax-backward "-" line-beginning-position ".*\f" looking-at 0 buffer-size "\n" nil -2 delete-trailing-lines] 4 (#$ . 21521) (byte-code "\300 \210\301 \203 \302 \303 D\207\304\211D\207" [barf-if-buffer-read-only use-region-p region-beginning region-end nil] 2)])
#@304 Insert a newline, then indent according to major mode.
Indentation is done using the value of `indent-line-function'.
In programming language modes, this is the same as TAB.
In some text modes, where TAB inserts a tab, this command indents to the
column specified by the function `current-left-margin'.
(defalias 'newline-and-indent #[nil "\300\301!\210\302 \210\303 \207" [delete-horizontal-space t newline indent-according-to-mode] 2 (#$ . 22948) "*"])
#@379 Reindent current line, insert newline, then indent the new line.
Indentation of both lines is done according to the current major mode,
which means calling the current value of `indent-line-function'.
In programming language modes, this is the same as TAB.
In some text modes, where TAB inserts a tab, this indents to the
column specified by the function `current-left-margin'.
(defalias 'reindent-then-newline-and-indent #[nil "`\301 \210\212b\210\302\303\"\304 \210b\210\305\303!\210)\304 )\207" [pos newline copy-marker t indent-according-to-mode delete-horizontal-space] 3 (#$ . 23410) "*"])
#@959 Read next input character and insert it.
This is useful for inserting control characters.
With argument, insert ARG copies of the character.
If the first character you type after this command is an octal digit,
you should type a sequence of octal digits which specify a character code.
Any nondigit terminates the sequence. If the terminator is a RET,
it is discarded; any other terminator is used itself as input.
The variable `read-quoted-char-radix' specifies the radix for this feature;
set it to 10 or 16 to use decimal or hex instead of octal.
In overwrite mode, this function inserts the character anyway, and
does not handle octal digits specially. This means that if you use
overwrite as your normal editing mode, you can use this function to
insert characters when necessary.
In binary overwrite mode, this function does overwrite, and octal
digits are interpreted as a character code. This is intended to be
useful for editing binary files.
(defalias 'quoted-insert #[(arg) "\305\211\n\203 \n\306=\203 \307 \202 \310 *\f\311V\203' \n\306=\203' \312\f!\210\f\311V\2058 \313 !\210\fS\211\202( )\207" [input-method-function translation-table-for-input overwrite-mode char arg nil overwrite-mode-binary read-quoted-char read-char 0 delete-char insert-and-inherit] 3 (#$ . 24018) "*p"])
#@66 Move forward ARG lines and position at first nonblank character.
(defalias 'forward-to-indentation #[(&optional arg) "\206 \301y\210\302\303w\207" [arg 1 " " nil] 2 (#$ . 25330) "^p"])
#@67 Move backward ARG lines and position at first nonblank character.
(defalias 'backward-to-indentation #[(&optional arg) "\206 \301[y\210\302\303w\207" [arg 1 " " nil] 2 (#$ . 25524) "^p"])
#@64 Move point to the first non-whitespace character on this line.
(defalias 'back-to-indentation #[nil "\300\301!\210\302\303\304 \"\210\305 \207" [beginning-of-line 1 skip-syntax-forward " " line-end-position backward-prefix-chars] 3 (#$ . 25721) "^"])
#@100 Fixup white space between objects around point.
Leave one space or none, according to the context.
(defalias 'fixup-whitespace #[nil "\212\300 \210\301\302!\206 \212\303u\210\301\304!)?\205 \305c)\207" [delete-horizontal-space looking-at "^\\|\\s)" -1 "$\\|\\s(\\|\\s'" 32] 2 (#$ . 25979) "*"])
#@102 Delete all spaces and tabs around point.
If BACKWARD-ONLY is non-nil, only delete them before point.
(defalias 'delete-horizontal-space #[(&optional backward-only) "` \203\n \202 \302\303w\210\304\303\305#\302\303x\210\304\303\"|)\207" [orig-pos backward-only " " nil constrain-to-field t] 4 (#$ . 26283) "*P"])
#@137 Delete all spaces and tabs around point, leaving one space (or N spaces).
If N is negative, delete newlines as well, leaving -N spaces.
(defalias 'just-one-space #[(&optional n) "\204 \305`\306W\203 \307\202 \310\311! \312x\210\313\312\n\"\210\306 \fW\203A g\314U\2037 \305u\210\202: \314c\210 T\211\202& *` \312w\210\313\312\n\315#|+\207" [n skip-characters orig-pos i --dotimes-limit-- 1 0 " \n
" " " abs nil constrain-to-field 32 t] 6 (#$ . 26608) "*p"])
#@405 Move point to the beginning of the buffer.
With numeric arg N, put point N/10 of the way from the beginning.
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.
(defalias 'beginning-of-buffer #[(&optional arg) ":\204
\302 \204
\303 \210deZ\2038 :\2048 e \304V\203+ \305! \306\245_\2024 \306 \305!_\\\306\245\\\2029 eb\210)\205H :?\205H \307y\207" [arg size region-active-p push-mark 10000 prefix-numeric-value 10 1] 5 (#$ . 27089) "^P"])
#@387 Move point to the end of the buffer.
With numeric arg N, put point N/10 of the way from the end.
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.
(defalias 'end-of-buffer #[(&optional arg) ":\204
\302 \204
\303 \210deZ\2036 :\2046 d \304V\203+ \305! \306\245_\2022 \305!_\306\245Z\2027 db\210)\203F :\204F \307y\207`\310\311\312\"V\205V \313`!\210\314\315!\207" [arg size region-active-p push-mark 10000 prefix-numeric-value 10 1 window-end nil t overlay-recenter recenter -3] 4 (#$ . 27787) "^P"])
#@295 Whether single-char deletion commands delete an active region.
This has an effect only if Transient Mark mode is enabled, and
affects `delete-forward-char' and `delete-backward-char', though
not `delete-char'.
If the value is the symbol `kill', the active region is killed
instead of deleted.
(custom-declare-variable 'delete-active-region t '(#$ . 28544) :type '(choice (const :tag "Delete active region" t) (const :tag "Kill active region" kill) (const :tag "Do ordinary deletion" nil)) :group 'killing :version "24.1")
#@581 Delete the previous N characters (following if N is negative).
If Transient Mark mode is enabled, the mark is active, and N is 1,
delete the text in the region and deactivate the mark instead.
To disable this, set `delete-active-region' to nil.
Optional second arg KILLFLAG, if non-nil, means to kill (save in
kill ring) instead of delete. Interactively, N is the prefix
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.
(defalias 'delete-backward-char #[(n &optional killflag) "\250\204\f \305\306\307D\"\210\310 \203. \203. \311U\203. \312=\203( \313\314 \315 \"\207\314 \315 |\207\n\203] \316X\204] `Sf\317>\204] m\204] \320f\321=\204] i\322[\f\"\210\212\323\324 iZ\320#*\207\322[\f\"\207" [n delete-active-region overwrite-mode ocol killflag signal wrong-type-argument integerp use-region-p 1 kill kill-region region-beginning region-end 0 (9 10) nil 10 delete-char insert-char 32] 4 (#$ . 29074) "p\nP"])
#@425 Delete the following N characters (previous if N is negative).
If Transient Mark mode is enabled, the mark is active, and N is 1,
delete the text in the region and deactivate the mark instead.
To disable this, set `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.
(defalias 'delete-forward-char #[(n &optional killflag) "\250\204\f \303\304\305D\"\210\306 \203. \203. \307U\203. \310=\203( \311\312 \313 \"\207\312 \313 |\207\314\n\"\207" [n delete-active-region killflag signal wrong-type-argument integerp use-region-p 1 kill kill-region region-beginning region-end delete-char] 4 (#$ . 30159) "p\nP"])
#@277 Put point at beginning and mark at end of buffer.
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.
(defalias 'mark-whole-buffer #[nil "\300`!\210\300d\301\302#\210eb\207" [push-mark nil t] 4 (#$ . 30937) nil])
#@805 Go to LINE, counting from line 1 at beginning of buffer.
If called interactively, a numeric prefix argument specifies
LINE; without a numeric prefix argument, read LINE from the
minibuffer.
If optional argument BUFFER is non-nil, switch to that buffer and
move to line LINE there. If called interactively with \[universal-argument]
as argument, BUFFER is the most recently selected other buffer.
Prior to moving point, this function sets the mark (without
activating it), unless Transient Mark mode is enabled and the
mark is already active.
This function is usually the wrong thing to use in a Lisp program.
What you probably want instead is something like:
(goto-char (point-min))
(forward-line (1- N))
If at all possible, an even better solution is to use char counts
rather than line counts.
(defalias 'goto-line #[(line &optional buffer) "\203 \304!\211\203 \305 !\210\202 \306!\210)\307 \204 \310 \210\214~\210eb\210\n\311=\2036 \312\313\314\315 S$\2029 Sy)\207" [buffer window selective-display line get-buffer-window select-window switch-to-buffer-other-window region-active-p push-mark t re-search-forward "[\n
]" nil end] 6 (#$ . 31331) (byte-code "\203 :\204 \304!C\207\212\305\306x\210\307\310!\205# \311\312`\305\306w\210`\"!):\205. \313p\314\"\211\203; \315\316\n!P\202< \317\320\321\322 \" \323 D\"\n+D\207" [current-prefix-arg default buffer buffer-prompt prefix-numeric-value "0-9" nil looking-at "[0-9]" string-to-number buffer-substring-no-properties other-buffer t " in " buffer-name "" read-number format "Goto line%s: " line-number-at-pos] 6)])
#@341 Count the number of words in the region.
If called interactively, print a message reporting the number of
lines, words, and characters in the region (whether or not the
region is active); with prefix ARG, report for the entire buffer
rather than the region.
If called from Lisp, return the number of words between positions
START and END.
(defalias 'count-words-region #[(start end &optional arg) "\303\304!\204 \305 \"\207\n\203 \306 \207\307\310 #\207" [start end arg called-interactively-p any count-words count-words--buffer-message count-words--message "Region"] 4 (#$ . 32931) (byte-code "\203 \301\211E\207\302 \303 \301E\207" [current-prefix-arg nil region-beginning region-end] 3)])
#@369 Count words between START and END.
If called interactively, START and END are normally the start and
end of the buffer; but if the region is active, START and END are
the start and end of the region. Print a message reporting the
number of lines, words, and chars.
If called from Lisp, return the number of words between START and
END, without printing any message.
(defalias 'count-words #[(start end) "\303\304!\204 \305\212\214 \n}\210eb\210\306v\203 T\202 *)\207\307 \203) \310\311!\207\312 \207" [words start end called-interactively-p any 0 1 use-region-p call-interactively count-words-region count-words--buffer-message] 2 (#$ . 33638) (list nil nil)])
(defalias 'count-words--buffer-message #[nil "\300deZ\301 U\204 \302\202 \303ed#\207" [count-words--message buffer-size "Narrowed part of buffer" "Buffer"] 4])
(defalias 'count-words--message #[(str start end) "\306 \"\307 \" Z \310\311
\f\211\312U\203 \313\202 \314 \211\312U\203( \313\202) \314\n\211\312U\2034 \313\2025 \314&+\207" [start end chars words lines str count-lines count-words message "%s has %d line%s, %d word%s, and %d character%s." 1 "" "s"] 10])
(byte-code "\300\301\302\303#\210\304\301\302\305#\207" [defalias count-lines-region count-words-region nil make-obsolete "24.1"] 4)
#@73 Print the current buffer line number and narrowed line number of point.
(defalias 'what-line #[nil "e\302 \211\303U\203 \304\305\"\202\" \212\214~\210\304\306\307\302 !\310##**\207" [n start line-number-at-pos 1 message "Line %d" "line %d (narrowed line %d)" + -1] 7 (#$ . 34923) nil])
#@204 Return number of lines between START and END.
This is usually the number of newlines between them,
but can be one more if START is not equal to END
and the greater of them is not at the start of a line.
(defalias 'count-lines #[(start end) "\212\214 }\210eb\210\n\305=\203L \306 \307\216\310 \311\312\313\305\314$\203& \314\f\\\202 \311\312\313\305\315$\2035 \fT\202& db\210 U\204G n\204G \fT\202H \f+\202R \316 \316 yZ*\207" [start end selective-display save-match-data-internal done t match-data ((byte-code "\301\302\"\207" [save-match-data-internal set-match-data evaporate] 3)) 0 re-search-forward "[\n
]" nil 40 1 buffer-size] 5 (#$ . 35222)])
#@208 Return (narrowed) buffer line number at position POS.
If POS is nil, use current buffer location.
Counting starts at (point-min), so the value refers
to the contents of the accessible portion of the buffer.
(defalias 'line-number-at-pos #[(&optional pos) "\206 `\303\212eb\210`\nb\210\304y\210\305 `\"T+\207" [pos start opoint nil 0 count-lines] 3 (#$ . 35886)])
#@582 Print info on cursor position (on screen and within buffer).
Also describe the character after point, and give its character code
in octal, decimal and hex.
For a non-ASCII multibyte character, also give its encoding in the
buffer's selected coding system if the coding system encodes the
character safely. If the character is encoded into one byte, that
code is shown in hex. If the character is encoded into more than one
byte, just "..." is shown.
In addition, with prefix argument, show details about that character
in *Help* buffer. See also the command `describe-char'.
(defalias 'what-cursor-position #[(&optional detail) "g\211\306>\203 \307\310\311!\312\313#\202& \314\315\"\316>\203% \307\310\317!\312\313#\202& \320ed` \321 \211 \322V\203E
\323\245\fS\\
\324\245\325]\245\202Q
\326\245\fS\324_\\
\325]\245 7\327 \330U\203^ \320\202c \331\332\327 \" 8i 9\f U\203\230 \n\325U\203{
TU\204\214 \333\334\f
7\n 98&\202\305\333\335\f
98%\202\305!\336\211\211\211 : ; < =\211 >\203\265 \337>!\313=\203\272 \340\341!>\342!\343=\203\315 \331\344\211\211$<\202^\345\f\346\"\211;\203\347\f\346\"\206\337 d\211 ?\f\350\\W\203\357 \320:\202\367 \351:\f\350\\?\352\f?\":P:)\202\353Y\205\354>\"=;\2036;;\204(\331\355\211\211:%\202\\\331\356\211\211:;&\202\\=\203V\331\357\211\211=G\325V\203L\351\202R\360=>\"%\202\\\331\361\211\211$<@\203g\362`!\210\n\325U\203t
TU\204\231\333\363\364W\203\202\365!\202\207\352``T\" <\f
7\n 98& \202\304\333\366A\203\264\353W\203\254\365!\202\267\352``T\"\202\267\365! <\f
798& -. \207" [char bidi-fixer beg end pos total (8234 8235 8237 8238) propertize string 8236 invisible t get-char-code-property bidi-class (R AL) 8206 "" buffer-size 50000 200 100 1 2 window-hscroll 0 format " Hscroll=%d" message "point=%d of %d (%d%%) <%d-%d> column=%d%s" "point=%d of %d (EOB) column=%d%s" nil coding-system-type default-value buffer-file-coding-system char-charset eight-bit "(%d, #o%o, #x%x, raw-byte)" get-char-property display next-single-char-property-change 4 "..." buffer-substring-no-properties 128 encode-coding-char "(%d, #o%o, #x%x, part of display \"%s\")" "(%d, #o%o, #x%x, part of display \"%s\"->\"%s\")" "(%d, #o%o, #x%x, file %s)" encoded-string-description "(%d, #o%o, #x%x)" describe-char "Char: %s%s %s point=%d of %d (%d%%) <%d-%d> column=%d%s" 256 single-key-description "Char: %s%s %s point=%d of %d (%d%%) column=%d%s" percent hscroll col under-display display-prop encoding-msg encoded coding to detail enable-multibyte-characters] 13 (#$ . 36261) "P"])
(byte-code "\303 \304\305\306#\210\304\307\306#\210\310 \"\210)\303\207" [m minibuffer-local-map read-expression-map make-sparse-keymap define-key "\211" lisp-complete-symbol " " set-keymap-parent] 4)
#@59 Non-nil means completing a Lisp symbol in the minibuffer.
(defvar minibuffer-completing-symbol nil (#$ . 39070))
(make-obsolete-variable 'minibuffer-completing-symbol nil "24.1" 'get)
#@159 The current default value or list of default values in the minibuffer.
The functions `read-from-minibuffer' and `completing-read' bind
this variable locally.
(defvar minibuffer-default nil (#$ . 39261))
(byte-code "\300\301\302\303\304\305\306\307\310\311& \210\300\312\313\314\304\305\306\315\310\311& \210\300\316\317\320\304\305\306\321\310\311& \207" [custom-declare-variable eval-expression-print-level 4 "Value for `print-level' while printing value in `eval-expression'.\nA value of nil means no limit." :group lisp :type (choice (const :tag "No Limit" nil) integer) :version "21.1" eval-expression-print-length 12 "Value for `print-length' while printing value in `eval-expression'.\nA value of nil means no limit." (choice (const :tag "No Limit" nil) integer) eval-expression-debug-on-error t "If non-nil set `debug-on-error' to t in `eval-expression'.\nIf nil, don't change the value of `debug-on-error'." boolean] 10)
#@219 Format VALUE as a result of evaluated expression.
Return a formatted string which is displayed in the echo area
in addition to the value printed by prin1 in functions which
display the result of expression evaluation.
(defalias 'eval-expression-print-format #[(value) "\250\205B \305>\203 \n=\204 \306\303!\205B \205B \306\303!\203% \204+ \307>\205. \310!\211 \203< \311\312\211\f$\202A \311\313\211#)\207" [value this-command last-command edebug-active char-string (eval-last-sexp eval-print-last-sexp) boundp (eval-last-sexp eval-print-last-sexp) prin1-char format " (#o%o, #x%x, %s)" " (#o%o, #x%x)"] 6 (#$ . 40197)])
#@639 Evaluate EVAL-EXPRESSION-ARG and print value in the echo area.
When called interactively, read an Emacs Lisp expression and
evaluate it.
Value is also consed on to front of the variable `values'.
Optional argument EVAL-EXPRESSION-INSERT-VALUE non-nil (interactively,
with prefix argument) means insert the result into the current buffer
instead of printing it in the echo area. Truncates long output
according to the value of the variables `eval-expression-print-length'
and `eval-expression-print-level'.
If `eval-expression-debug-on-error' is non-nil, which is the default,
this command arranges for all errors to enter the debugger.
(defalias 'eval-expression #[(eval-expression-arg &optional eval-expression-insert-value) "\204 \306 \n\" B\202, \307\310!\311 \211 \306 \n\" B)
\f=\204+ \f* \203D p \312 @!)\202Z \312 @\313\"\314 @!\211 \203Y \315\313\"\210)*\207" [eval-expression-debug-on-error eval-expression-arg lexical-binding values new-value old-value eval make-symbol "t" nil prin1 t eval-expression-print-format princ debug-on-error eval-expression-print-length eval-expression-print-level print-level print-length eval-expression-insert-value standard-output str] 5 (#$ . 40836) (list (let ((minibuffer-completing-symbol t)) (read-from-minibuffer "Eval: " nil read-expression-map t 'read-expression-history)) current-prefix-arg)])
#@178 Prompting with PROMPT, let user edit COMMAND and eval result.
COMMAND is a Lisp expression. Let user edit that expression in
the minibuffer, then read and evaluate the result.
(defalias 'edit-and-eval-command #[(prompt command) "\306\307 T\310\216\311\n\312 !\f\313\305%+\211
@\232\204
B\314 !)\207" [minibuffer-history-sexp-flag print-level prompt command read-expression-map command-history nil minibuffer-depth ((byte-code "@;\203 A\301\207" [command-history nil] 1)) read-from-minibuffer prin1-to-string t eval] 7 (#$ . 42214)])
#@537 Edit and re-evaluate last complex command, or ARGth from last.
A complex command is one which used the minibuffer.
The command is placed in the minibuffer as a Lisp form for editing.
The result is executed, repeating the command as changed.
If the command has been changed or is not the most recent previous
command it is added to the front of the command history.
You can use the minibuffer history commands \<minibuffer-local-map>\[next-history-element] and \[previous-history-element]
to get different commands to edit and resubmit.
(defalias 'repeat-complex-command #[(arg) "S 8\306\211\2035 \306\307 T \310\216\311\312\313 !\314\301B%,\211 @\232\204/ \n B\315\n!\202C \203@ \316\317\"\202C \316\320!*\207" [arg command-history newcmd elt minibuffer-history-sexp-flag minibuffer-history-position nil minibuffer-depth ((byte-code "@;\203 A\301\207" [command-history nil] 1)) read-from-minibuffer "Redo: " prin1-to-string t eval error "Argument %d is beyond length of command history" "There are no previous complex commands to repeat" print-level read-expression-map] 8 (#$ . 42766) "p"])
#@60 Read command name to invoke in `execute-extended-command'.
(defalias 'read-extended-command #[nil "\303\304\305\216\306\307\"\210\310 \311=\203 \312\202B :\203& @\313=\203& \314\202B :\2039 @\250\2039 \315\316 @\"\202B \250\205B \315\316 \"\317P\n\320\321\303\322&*\207" [#1=#:setup-hook current-prefix-arg obarray nil #[nil "\302\303\"\210\304\301!\210\305\211\207" [#1# minibuffer-default-add-function remove-hook minibuffer-setup-hook make-local-variable #[nil "r\300\301 !q\210\302\303 !\205 \304\305\303 \")\207" [window-buffer minibuffer-selected-window commandp function-called-at-point format "%S"] 3]] 3] ((byte-code "\301\302\"\207" [#1# remove-hook minibuffer-setup-hook] 3)) add-hook minibuffer-setup-hook completing-read - "- " 4 "C-u " format "%d " "M-x " commandp t extended-command-history] 7 (#$ . 43882)])
#@193 Non-nil means show the equivalent key-binding when M-x command has one.
The value can be a length of time to show the message for.
If the value is non-nil and not a number, we wait 2 seconds.
(custom-declare-variable 'suggest-key-bindings t '(#$ . 44727) :group 'keyboard :type '(choice (const :tag "off" nil) (integer :tag "time" 2) (other :tag "on")))
#@293 Read function name, then read its arguments and call it.
To pass a numeric argument to the command you are invoking, specify
the numeric argument to this command.
Noninteractively, the argument PREFIXARG is the prefix argument to
give to the command you invoke, if it asks for an argument.
(defalias 'execute-extended-command #[(prefixarg &optional command-name) "\204\n \306 );\205 \307!\f\205\"
?\205\" \310 \311# \312 !\204/ \313\314\"\210 \315 \316\"\210) \205\224 \317\320\321 G!\203P \322\202Z \f\247\203Y \f\202Z \323!\211 \205\223 !:?\205\223 \324\325 \326 !#\327 \" #\330\216#\203\206 \321 \"\331\332#\"\210\317\f\247\203\220 \f\202\221 \323!+)*\207" [command-name prefixarg current-prefix-arg function suggest-key-bindings executing-kbd-macro read-extended-command intern-soft where-is-internal t commandp error "`%s' is not a valid command name" command-execute record sit-for zerop current-message 0 2 format "You can run the command `%s' with %s" key-description nil ((byte-code "\203 \203 \302\303 \"\210\202 \302\304!\210\304\207" [#1=#:with-temp-message #2=#:current-message message #3="%s" nil] 3)) message #3# overriding-local-map binding this-command real-this-command prefix-arg waited unread-command-events #2# #1#] 6 (#$ . 45088) (list current-prefix-arg (read-extended-command))])
#@219 Default minibuffer history list.
This is used for all minibuffer input
except when an alternate history list is specified.
Maximum length of the history list is determined by the value
of `history-length', which see.
(defvar minibuffer-history nil (#$ . 46434))
#@270 Control whether history list elements are expressions or strings.
If the value of this variable equals current minibuffer depth,
they are expressions; otherwise they are strings.
(That convention is designed to do the right thing for
recursive uses of the minibuffer.)
(defvar minibuffer-history-sexp-flag nil (#$ . 46704))
(byte-code "\302\303\211\207" [minibuffer-history-variable minibuffer-history-position minibuffer-history nil] 2)
(defvar minibuffer-history-search-history nil)
#@154 Text that was in this minibuffer before any history commands.
This is nil if there have not yet been any history commands
in this use of the minibuffer.
(defvar minibuffer-text-before-history nil (#$ . 47198))
(add-hook 'minibuffer-setup-hook 'minibuffer-history-initialize)
(defalias 'minibuffer-history-initialize #[nil "\301\211\207" [minibuffer-text-before-history nil] 2])
#@77 A point-motion hook for the minibuffer, that moves point out of the prompt.
(defalias 'minibuffer-avoid-prompt #[(_new _old) "\300\301d\"\207" [constrain-to-field nil] 3 (#$ . 47583)])
#@274 Minibuffer history variables for which matching should ignore case.
If a history variable is a member of this list, then the
\[previous-matching-history-element] and \[next-matching-history-element] commands ignore case when searching it, regardless of `case-fold-search'.
(custom-declare-variable 'minibuffer-history-case-insensitive-variables nil '(#$ . 47775) :type '(repeat variable) :group 'minibuffer)
#@433 Find the previous history element that matches REGEXP.
(Previous history elements refer to earlier actions.)
With prefix argument N, search for Nth previous match.
If N is negative, find the next or Nth next match.
Normally, history elements are matched case-insensitively if
`case-fold-search' is non-nil, but an uppercase letter in REGEXP
makes the search case-sensitive.
See also `minibuffer-history-case-insensitive-variables'.
(defalias 'previous-matching-history-element #[(regexp n) "\306!\204\333 \306 !\203 \n\204 \307 J\310\f\311\"\205(
>\203& \311\202( \312\211\211 \313U\204\305 \314\313W\203O \315\202P \314\\] G^\211 U\203n \316\314U\203k \317\202l \320!\210 \321 =\203\205 \312 \322S 8!)\202\213 S 8 \313W\203\240 \323\f \"\205\255 \313\225\202\255 \323\324\f\325Q \"\205\255 \314\224\211\2038 \211\313W\203\276 \314\202\277 \315\\\211\2029 db\210\326 \210 c\210\327 \\b\210.!@@\330>\205\352 !A\211!\207" [n minibuffer-history-position minibuffer-text-before-history minibuffer-history-variable regexp minibuffer-history-case-insensitive-variables zerop minibuffer-contents-no-properties isearch-no-upper-case-p t nil 0 1 -1 user-error "No later matching history item" "No earlier matching history item" minibuffer-depth prin1-to-string string-match ".*\\(" "\\)" delete-minibuffer-contents minibuffer-prompt-end (previous-matching-history-element next-matching-history-element) case-fold-search pos match-offset match-string prevpos history minibuffer-history-sexp-flag print-level command-history] 7 (#$ . 48190) (let* ((enable-recursive-minibuffers t) (regexp (read-from-minibuffer "Previous element matching (regexp): " nil minibuffer-local-map nil 'minibuffer-history-search-history (car minibuffer-history-search-history)))) (list (if (string= regexp "") (if minibuffer-history-search-history (car minibuffer-history-search-history) (user-error "No previous history search regexp")) regexp) (prefix-numeric-value current-prefix-arg)))])
#@380 Find the next history element that matches REGEXP.
(The next history element refers to a more recent action.)
With prefix argument N, search for Nth next match.
If N is negative, find the previous or Nth previous match.
Normally, history elements are matched case-insensitively if
`case-fold-search' is non-nil, but an uppercase letter in REGEXP
makes the search case-sensitive.
(defalias 'next-matching-history-element #[(regexp n) "\302 [\"\207" [regexp n previous-matching-history-element] 3 (#$ . 50216) (let* ((enable-recursive-minibuffers t) (regexp (read-from-minibuffer "Next element matching (regexp): " nil minibuffer-local-map nil 'minibuffer-history-search-history (car minibuffer-history-search-history)))) (list (if (string= regexp "") (if minibuffer-history-search-history (car minibuffer-history-search-history) (user-error "No previous history search regexp")) regexp) (prefix-numeric-value current-prefix-arg)))])
(defvar minibuffer-temporary-goal-position nil)
#@561 Function run by `goto-history-element' before consuming default values.
This is useful to dynamically add more elements to the list of default values
when `goto-history-element' reaches the end of this list.
Before calling this function `goto-history-element' sets the variable
`minibuffer-default-add-done' to t, so it will call this function only
once. In special cases, when this function needs to be called more
than once, it can set `minibuffer-default-add-done' to nil explicitly,
overriding the setting of this variable to t in `goto-history-element'.
(defvar minibuffer-default-add-function 'minibuffer-default-add-completions (#$ . 51204))
#@280 When nil, add more elements to the end of the list of default values.
The value nil causes `goto-history-element' to add more elements to
the list of defaults when it reaches the end of this list. It does
this by calling a function defined by `minibuffer-default-add-function'.
(defvar minibuffer-default-add-done nil (#$ . 51861))
(make-variable-buffer-local 'minibuffer-default-add-done)
#@192 Return a list of all completions without the default value.
This function is used to add all elements of the completion table to
the end of the list of defaults just after the default value.
(defalias 'minibuffer-default-add-completions #[nil "\305\306 \n#\211 <\203 \307\f \"\202 \f\310\f \"B*\207" [minibuffer-default minibuffer-completion-table minibuffer-completion-predicate all def all-completions "" append delete] 6 (#$ . 52259)])
#@118 Puts element of the minibuffer history in the minibuffer.
The argument NABS specifies the absolute history position.
(defalias 'goto-history-element #[(nabs) "\204 \306 !\203 \n <\203 G\202 \307[W\203 \310 \2033 <\203. G\202/ \307[\2024 \311\312\211 \313!\203J \204J \314 \nW\203] \315 \203Z \316\202[ \317!\210\n JGV\203j \315\320!\210 \321>\204\221 \322 \323\324!\210` X\203\205 \202\216 m\203\215 \312\202\216 `)db\210\325 \210\n\n\311W\203\263 <\203\256 \326\n!S 8\202\257 \202\320 \n\311U\203\310 \206\277 \327\310\312 \202\320 S J8 \330 =\203\346 \f\204\346 \312 !\331
!)\202\347
c\210\206\357 db+\207" [minibuffer-default-add-done minibuffer-default-add-function nabs minibuffer-default minibuffer-returned-to-present elt functionp 1 t 0 nil zerop minibuffer-contents-no-properties user-error "End of defaults; no next item" "End of history; no default available" "Beginning of history; no preceding item" (next-history-element previous-history-element) minibuffer-prompt-end make-local-variable minibuffer-temporary-goal-position delete-minibuffer-contents abs "" minibuffer-depth prin1-to-string minimum minibuffer-history-position minibuffer-text-before-history minibuffer-history-variable last-command prompt-end minibuffer-history-sexp-flag print-level] 3 (#$ . 52709) "p"])
#@116 Puts next element of the minibuffer history in the minibuffer.
With argument N, it uses the Nth following element.
(defalias 'next-history-element #[(n) "\302!\206 \303 Z!\207" [n minibuffer-history-position zerop goto-history-element] 3 (#$ . 54054) "p"])
#@119 Puts previous element of the minibuffer history in the minibuffer.
With argument N, it uses the Nth previous element.
(defalias 'previous-history-element #[(n) "\302!\206 \303 \\!\207" [n minibuffer-history-position zerop goto-history-element] 3 (#$ . 54321) "p"])
#@171 Get next history element which completes the minibuffer before the point.
The contents of the minibuffer after the point are deleted, and replaced
by the new completion.
(defalias 'next-complete-history-element #[(n) "`\302\303\304\305 `{!P \"\210b)\207" [point-at-start n next-matching-history-element "^" regexp-quote minibuffer-prompt-end] 5 (#$ . 54596) "p"])
#@175 Get previous history element which completes the minibuffer before the point.
The contents of the minibuffer after the point are deleted, and replaced
by the new completion.
(defalias 'previous-complete-history-element #[(n) "\301[!\207" [n next-complete-history-element] 2 (#$ . 54969) "p"])
#@100 Return the display width of the minibuffer prompt.
Return 0 if current buffer is not a minibuffer.
(defalias 'minibuffer-prompt-width #[nil "\300 S\207" [minibuffer-prompt-end] 1 (#$ . 55270)])
(byte-code "\300\301\302\"\210\303\304!\207" [add-hook minibuffer-setup-hook minibuffer-history-isearch-setup make-variable-buffer-local minibuffer-history-isearch-message-overlay] 3)
#@122 Set up a minibuffer for using isearch to search the minibuffer history.
Intended to be added to `minibuffer-setup-hook'.
(defalias 'minibuffer-history-isearch-setup #[nil "\304\300!\210\305\304\301!\210\306\304\302!\210\307\304\303!\210\310\311\312\313\314\315$\207" [isearch-search-fun-function isearch-message-function isearch-wrap-function isearch-push-state-function make-local-variable minibuffer-history-isearch-search minibuffer-history-isearch-message minibuffer-history-isearch-wrap minibuffer-history-isearch-push-state add-hook isearch-mode-end-hook minibuffer-history-isearch-end nil t] 5 (#$ . 55655)])
#@70 Clean up the minibuffer after terminating isearch in the minibuffer.
(defalias 'minibuffer-history-isearch-end #[nil "\205 \301!\207" [minibuffer-history-isearch-message-overlay delete-overlay] 2 (#$ . 56281)])
#@71 Return the proper search function, for isearch in minibuffer history.
(defalias 'minibuffer-history-isearch-search #[nil "\300\207" [#[(string bound noerror) "\306 \307\n\203 \203 `\310 W\203 \310 b\210 \f \203\" \n\202$ \310
#\2062 \n?\2052 \307\311\312\217*\207" [found search-fun bound isearch-forward string noerror isearch-search-fun-default nil minibuffer-prompt-end (byte-code "\204/ \203 \306\307!\210\310 b\210\202 \311\307!\210db\210``\f
?\205' \310 \n#\211\203 `\207" [found isearch-forward isearch-barrier isearch-opoint search-fun string next-history-element 1 minibuffer-prompt-end previous-history-element noerror] 5) ((error))] 4]] 1 (#$ . 56501)])
#@268 Display the minibuffer history search prompt.
If there are no search errors, this function displays an overlay with
the isearch prompt which replaces the original minibuffer prompt.
Otherwise, it displays the standard isearch message returned from
`isearch-message'.
(defalias 'minibuffer-history-isearch-message #[(&optional c-q-hack ellipsis) "\305 \203
\203
\203 \306\n \"\207\307\f!\203\" \310\fe\311 #\210\202. \312e\311 \"\313\f\314\315#\210\313\f\316\317\n \"#\210\320\321!\207" [isearch-success isearch-error c-q-hack ellipsis minibuffer-history-isearch-message-overlay minibufferp isearch-message overlayp move-overlay minibuffer-prompt-end make-overlay overlay-put evaporate t display isearch-message-prefix message ""] 6 (#$ . 57190)])
#@171 Wrap the minibuffer history search when search fails.
Move point to the first history element for a forward search,
or to the last history element for a backward search.
(defalias 'minibuffer-history-isearch-wrap #[nil "\203
\303 JG!\210\202 \303\304!\210\305\203 \306 \202 db\207" [isearch-forward minibuffer-history-variable isearch-success goto-history-element 0 t minibuffer-prompt-end] 2 (#$ . 57950)])
#@164 Save a function restoring the state of minibuffer history search.
Save `minibuffer-history-position' to the additional state parameter
in the search status stack.
(defalias 'minibuffer-history-isearch-push-state #[nil "\301\302\303\304EE\207" [minibuffer-history-position lambda (cmd) minibuffer-history-isearch-pop-state cmd] 5 (#$ . 58372)])
#@115 Restore the minibuffer history search state.
Go to the history element by the absolute history position HIST-POS.
(defalias 'minibuffer-history-isearch-pop-state #[(_cmd hist-pos) "\301!\207" [hist-pos goto-history-element] 2 (#$ . 58724)])
(byte-code "\300\301\302\303#\210\304\301\302\305#\207" [defalias advertised-undo undo nil make-obsolete "23.2"] 4)
#@173 Table mapping redo records to the corresponding undo one.
A redo record for undo-in-region maps to t.
A redo record for ordinary undo maps to the following (earlier) undo.
(defconst undo-equiv-table (make-hash-table :test 'eq :weakness t) (#$ . 59089))
#@74 Non-nil if `pending-undo-list' is not just a tail of `buffer-undo-list'.
(defvar undo-in-region nil (#$ . 59348))
#@47 If t, `undo' doesn't go through redo entries.
(defvar undo-no-redo nil (#$ . 59468))
#@118 Within a run of consecutive undo commands, list remaining to be undone.
If t, we undid all the way to the end of it.
(defvar pending-undo-list nil (#$ . 59560))
#@342 Undo some previous changes.
Repeat this command to undo more changes.
A numeric ARG serves as a repeat count.
In Transient Mark mode when the mark is active, only undo changes within
the current region. Similarly, when not in Transient Mark mode, just \[universal-argument]
as an argument limits undo to changes within the current region.
(defalias 'undo #[(&optional arg) "\306 \307 \206 pr q\210\310 )\311\312
\313=\203A \314=\204f \211 !@\311=\2037 !A\211!\202( \315!\"\")\204f \316 \206O #\205O #\247?\211$\203_ \312\317 \320 \"\210\202b \312 \210\321\322!\210\313\315 \"\" %\323 \324 =\204\225 \325\326&\204\204 %\204\210 \327\202\211 \330$\203\222 \331\202\223 \332#%:\203\271 &\203\271 \315%\"\"\211 '\205\261 '\211%)\204\240 % )\321#\247\203\310 \333#!\202\311 \322!\210 \211 !@\311=\203\337 !A\211!\202\320 \334!$\203\353 \314\202\355 \"#\210) \311 (\211 )@\203f)@\250\203Y)@ *(\203()A\241\210\202 )A )A\211)@\203U*)@=\203H(\203@()A\241\210\202L)A \202L)()A\211)\202$\311)))()A\211)\202\372 *\203y\306 \204yr q\210\335\n!\210) \205\201\303\336 \",\207" [modified base-buffer recent-save message this-command last-command buffer-modified-p buffer-base-buffer recent-auto-save-p nil undo-start undo t gethash region-active-p region-beginning region-end undo-more 1 selected-window minibuffer-window format "%s%s!" "Undo" "Redo" " in region" "" prefix-numeric-value puthash delete-auto-save-file-if-necessary "%s" pending-undo-list buffer-undo-list list undo-equiv-table arg undo-in-region equiv undo-no-redo next prev tail pos] 5 (#$ . 59728) "*P"])
#@113 Make BUFFER stop keeping undo information.
No argument or nil as argument means do this for the current buffer.
(defalias 'buffer-disable-undo #[(&optional buffer) "r\203 \302!\202\f pq\210\303\211)\207" [buffer buffer-undo-list get-buffer t] 2 (#$ . 61377) nil])
#@167 Undo some previous changes.
Repeat this command to undo more changes.
A numeric ARG serves as a repeat count.
Contrary to `undo', this will not redo a previous undo.
(defalias 'undo-only #[(&optional arg) "\302\303 !)\207" [undo-no-redo arg t undo] 2 (#$ . 61652) "*p"])
#@99 Non-nil while performing an undo.
Some change-hooks test this variable to do something different.
(defvar undo-in-progress nil (#$ . 61930))
#@179 Undo back N undo-boundaries beyond what was already undone recently.
Call `undo-start' to get ready to undo recent changes,
then call `undo-more' one or more times to undo them.
(defalias 'undo-more #[(n) "<\204 \304\305 \205\f \306P!\210\307\310 \"\211?\205 \307\211)\207" [pending-undo-list undo-in-region undo-in-progress n user-error "No further undo information" " for region" t primitive-undo] 4 (#$ . 62078)])
#@32 Make a copy of undo list LIST.
(defalias 'undo-copy-list #[(list) "\301\302\"\207" [list mapcar undo-copy-list-1] 3 (#$ . 62508)])
(defalias 'undo-copy-list-1 #[(elt) ":\203
@\301A!B\207\207" [elt undo-copy-list-1] 3])
#@315 Set `pending-undo-list' to the front of the undo list.
The next call to `undo-more' will undo the most recently made change.
If BEG and END are specified, then only undo elements
that apply to text between BEG and END are used; other undo elements
are ignored. If BEG and END are nil, all undo elements are used.
(defalias 'undo-start #[(&optional beg end) "\304=\203\n \305\306!\210 \203# \n\203# \nU\204# \307 \n^ \n]\"\202$ \211\207" [buffer-undo-list beg end pending-undo-list t user-error "No undo information in this buffer" undo-make-selective-list] 4 (#$ . 62740)])
#@293 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.
(defalias 'undo-make-selective-list #[(start end) "\306!\307C\307\211\211\211\211 \211 \203,@\211:\203, @\310=\203, \f?\2023 \311 #\211 \203Y \312 !A\\@\307=\203P \307=\204\" B\202\"\313 #\203i \307\202\"\310A\312 !\211A\314U\204\" @ A \n\203!\n@\211\250\203\237 Y\203\n Z\240\210\202 :\203 @;\203\324 \315 A! A\314W \211 Y\203\320 \203\307 \316\202\310 \317Z_\241\210*\202 @\250\203\365 @Y\203 \211@Z\240\210 \211AZ\241\210\202 @\204\320 \233\211 @Y\203\211@Z\240\210\211AZ\241\210)\nA\211\204\206 *)A\211\204 \237.\207" [buffer-undo-list delta temp-undo-list undo-elt some-rejected undo-adjusted-markers undo-copy-list nil t undo-elt-in-region undo-delta undo-elt-crosses-region 0 abs -1 1 3 undo-list undo-list-copy start end keep-this offset position point-at-end text-pos tail] 8 (#$ . 63326)])
#@106 Determine whether UNDO-ELT falls inside the region START ... END.
If it crosses the edge, we return nil.
(defalias 'undo-elt-in-region #[(undo-elt start end) "\250\203 Y\205\216 \nX\207\306=\203 \307\207:\204 \306\207@;\2034 \310A! Y\205\216 \310A!\nW\207:\203g \311@!\203g @ \236\211 \204U @\312@!B\211 B\fA\205e \fA Y\205e \fA\nX)\207@\204} \313\233\211 @ Y\205{
A\nX)\207@\250\205\216 @ Y\205\216 A\nX\207" [undo-elt start end undo-adjusted-markers alist-elt tail nil t abs markerp marker-position 3] 4 (#$ . 64533)])
#@161 Test whether UNDO-ELT crosses one edge of that region START ... END.
This assumes we have already decided that UNDO-ELT
is not *inside* the region START...END.
(defalias 'undo-elt-crosses-region #[(undo-elt start end) ":\204 \304\207@\204 \305\233\211@\nW\205 A V)\207@\250\205. @\nW\205. A V\207" [undo-elt tail end start nil 3] 3 (#$ . 65086)])
(defalias 'undo-delta #[(undo-elt) ":\203% @;\203 \301A!@GB\207@\250\203# @@AZB\207\302\207\303\207" [undo-elt abs (0 . 0) (0 . 0)] 3])
#@674 If non-nil ask about discarding undo info for the current command.
Normally, Emacs discards the undo info for the current command if
it exceeds `undo-outer-limit'. But if you set this option
non-nil, it asks in the echo area whether to discard the info.
If you answer no, there is a slight risk that Emacs might crash, so
only do it if you really want to undo the command.
This option is mainly intended for debugging. You have to be
careful if you use it for other purposes. Garbage collection is
inhibited while the question is asked, meaning that Emacs might
leak memory. So you should make sure that you do not wait
excessively long before answering the question.
(custom-declare-variable 'undo-ask-before-discard nil '(#$ . 65596) :type 'boolean :group 'undo :version "22.1")
#@238 If non-nil, an extra level of size that's ok in an undo item.
We don't ask the user about truncating the undo list until the
current item gets bigger than this amount.
This variable only matters if `undo-ask-before-discard' is non-nil.
(defvar undo-extra-outer-limit nil (#$ . 66389))
(byte-code "\301\302!\210\303\301\207" [undo-outer-limit-function make-variable-buffer-local undo-extra-outer-limit undo-outer-limit-truncate] 2)
(defalias 'undo-outer-limit-truncate #[(size) "\203+ \203 \n V\205< \n\306\\\307\211\211 \310\311\312\313 \n#!+\205* \307\211\314\207\315\316\311\317\313 \n#\320P\321#\210\307\314\207" [undo-ask-before-discard undo-extra-outer-limit size executing-kbd-macro track-mouse use-dialog-box 50000 nil yes-or-no-p format "Buffer `%s' undo info is %d bytes long; discard it? " buffer-name t display-warning (undo discard-info) "Buffer `%s' undo info was %d bytes long.\n" "The undo info was discarded because it exceeded `undo-outer-limit'.\n\nThis is normal if you executed a command that made a huge change\nto the buffer. In that case, to prevent similar problems in the\nfuture, set `undo-outer-limit' to a value that is large enough to\ncover the maximum size of normal changes you expect a single\ncommand to make, but not so large that it might exceed the\nmaximum memory allotted to Emacs.\n\nIf you did not execute any such command, the situation is\nprobably due to a bug and you should report it.\n\nYou can disable the popping up of this buffer by adding the entry\n(undo discard-info) to the user option `warning-suppress-types',\nwhich is defined in the `warnings' library.\n" :warning buffer-undo-list] 7])
#@153 History list for some commands that read shell commands.
Maximum length of the history list is determined by the value
of `history-length', which see.
(defvar shell-command-history nil (#$ . 68055))
#@66 Switch used to have the shell execute its command line argument.
(defvar shell-command-switch (purecopy "-c") (#$ . 68261))
#@265 Buffer name for `shell-command' and `shell-command-on-region' error output.
This buffer is used when `shell-command' or `shell-command-on-region'
is run interactively. A value of nil means that output to stderr and
stdout will be intermixed in the output stream.
(defvar shell-command-default-error-buffer nil (#$ . 68392))
#@203 Return a list of all commands associated with the current file.
This function is used to add all related commands retrieved by `mailcap'
to the end of the list of defaults just after the default value.
(defalias 'minibuffer-default-add-shell-commands #[nil "<\203\n @\202 \211\205 \303\304\305\306#\205 \307 C!\310\311\n\"<\203. \312\n\"\2021 \nB*\207" [minibuffer-default filename commands require mailcap nil t mailcap-file-default-commands mapcar #[(command) "\302 Q\207" [command filename " "] 3] append] 5 (#$ . 68724) nil])
#@58 Keymap used for completing shell commands in minibuffer.
(defvar minibuffer-local-shell-command-map (byte-code "\302 \303 \"\210\304\305\306#\210)\207" [map minibuffer-local-map make-sparse-keymap set-keymap-parent define-key " " completion-at-point] 4) (#$ . 69273))
#@190 Read a shell command from the minibuffer.
The arguments are the same as the ones of `read-from-minibuffer',
except READ and KEYMAP are missing and HIST defaults
to `shell-command-history'.
(defalias 'read-shell-command #[(prompt &optional initial-contents hist &rest args) "\306\307!\210\310\311\312\216\313\314\"\210\315\316 \n \310\f\206 \317
&*\207" [#1=#:setup-hook prompt initial-contents minibuffer-local-shell-command-map hist args require shell nil #[nil "\302\303\"\210\304 \210\305\301!\210\306\211\207" [#1# minibuffer-default-add-function remove-hook minibuffer-setup-hook shell-completion-vars make-local-variable minibuffer-default-add-shell-commands] 3] ((byte-code "\301\302\"\207" [#1# remove-hook minibuffer-setup-hook] 3)) add-hook minibuffer-setup-hook apply read-from-minibuffer shell-command-history] 8 (#$ . 69552)])
#@800 What to do when the output buffer is used by another shell command.
This option specifies how to resolve the conflict where a new command
wants to direct its output to the buffer `*Async Shell Command*',
but this buffer is already taken by another running shell command.
The value `confirm-kill-process' is used to ask for confirmation before
killing the already running process and running a new process
in the same buffer, `confirm-new-buffer' for confirmation before running
the command in a new buffer with a name other than the default buffer name,
`new-buffer' for doing the same without confirmation,
`confirm-rename-buffer' for confirmation before renaming the existing
output buffer and running a new command in the default buffer,
`rename-buffer' for doing the same without confirmation.
(custom-declare-variable 'async-shell-command-buffer ''confirm-new-buffer '(#$ . 70407) :type '(choice (const :tag "Confirm killing of running command" confirm-kill-process) (const :tag "Confirm creation of a new buffer" confirm-new-buffer) (const :tag "Create a new buffer" new-buffer) (const :tag "Confirm renaming of existing buffer" confirm-rename-buffer) (const :tag "Rename the existing buffer" rename-buffer)) :group 'shell :version "24.3")
#@415 Execute string COMMAND asynchronously in background.
Like `shell-command', but adds `&' at the end of COMMAND
to execute it asynchronously.
The output appears in the buffer `*Async Shell Command*'.
That buffer is in shell mode.
In Elisp, you will often be better served by calling `start-process'
directly, since it offers more control and does not impose the use of a
shell (with its need to quote arguments).
(defalias 'async-shell-command #[(command &optional output-buffer error-buffer) "\303\304\"\204 \305P\306 \n#\207" [command output-buffer error-buffer string-match "&[ ]*\\'" " &" shell-command] 4 (#$ . 71661) (list (read-shell-command "Async shell command: " nil nil (let ((filename (cond (buffer-file-name) ((eq major-mode 'dired-mode) (dired-get-filename nil t))))) (and filename (file-relative-name filename)))) current-prefix-arg shell-command-default-error-buffer)])
#@2592 Execute string COMMAND in inferior shell; display output, if any.
With prefix argument, insert the COMMAND's output at point.
If COMMAND ends in `&', execute it asynchronously.
The output appears in the buffer `*Async Shell Command*'.
That buffer is in shell mode. You can also use
`async-shell-command' that automatically adds `&'.
Otherwise, COMMAND is executed synchronously. The output appears in
the buffer `*Shell Command Output*'. If the output is short enough to
display in the echo area (which is determined by the variables
`resize-mini-windows' and `max-mini-window-height'), it is shown
there, but it is nonetheless available in buffer `*Shell Command
Output*' even though that buffer is not automatically displayed.
To specify a coding system for converting non-ASCII characters
in the shell command output, use \[universal-coding-system-argument] before this command.
Noninteractive callers can specify coding systems by binding
`coding-system-for-read' and `coding-system-for-write'.
The optional second argument OUTPUT-BUFFER, if non-nil,
says to put the output in some other buffer.
If OUTPUT-BUFFER is a buffer or buffer name, put the output there.
If OUTPUT-BUFFER is not a buffer and not nil,
insert output in current buffer. (This cannot be done asynchronously.)
In either case, the buffer is first erased, and the output is
inserted after point (leaving mark after it).
If the command terminates without error, but generates output,
and you did not specify "insert it in the current buffer",
the output can be displayed in the echo area or in its buffer.
If the output is short enough to display in the echo area
(determined by the variable `max-mini-window-height' if
`resize-mini-windows' is non-nil), it is shown there.
Otherwise,the buffer containing the output is displayed.
If there is output and an error, and you did not specify "insert it
in the current buffer", a message about the error goes at the end
of the output.
If there is no output, or if output is inserted in the current buffer,
then `*Shell Command Output*' is deleted.
If the optional third argument ERROR-BUFFER is non-nil, it is a buffer
or buffer name to which to direct the command's standard error output.
If it is nil, error output is mingled with regular output.
In an interactive call, the variable `shell-command-default-error-buffer'
specifies the value of ERROR-BUFFER.
In Elisp, you will often be better served by calling `call-process' or
`start-process' directly, since it offers more control and does not impose
the use of a shell (with its need to quote arguments).
(defalias 'shell-command #[(command &optional output-buffer error-buffer) "\306\307!\310\"\211\203 \310\n \f$\202\245 \203\242 \311 !\204\242 ;\204\242 \f\2052 \312\313\314
\2060 =\"! >\315 \210\316\317\320\"\210\321?\317>\203L \320>D\202M \320\317@\n&\210>\203\224 \322>!\203\224 \323\324\325>!8W\203\217 r\326\f!q\210d`Z Ao\204} \327c\210\330>\317\"\210dAZb\210)\331p!\210)\332>!\210\333\320!\334 `p\223\210b)\202\245\335 B\336\216\337\340\n\"\203\233\326 \206\265 \341!\317 C D E\n\323\211\224O\342E!\211C\203_F\343=\203\352 \344\345!\203\343 \346C!\210\202_\347\350!\210\202_F\351=\203\n\344\352!\203\353 \206\375 \341!E\202_\347\350!\210\202_F\354=\203 \353 \206\341!E\202_F\355=\203F\344\356!\203?rEq\210\357 \210)\326 \2069\341!E\202_\347\350!\210\202_F\360=\203_rEq\210\357 \210)\326 \206\\\341!ErEq\210\317G\320 H\361 \210)\331E!\210D\362\363E?@\n%C\364I\365\366!\210\367 \210\370C\371\"\210\372C\373\",\202\244\374``\n \317\f&*)\207" [default-directory handler command output-buffer error-buffer small-temporary-file-directory find-file-name-handler directory-file-name shell-command bufferp make-temp-file expand-file-name "scor" barf-if-buffer-read-only push-mark nil t call-process file-exists-p 0 7 file-attributes get-buffer-create "\f\n" format-insert-file display-buffer delete-file mark mark-marker match-data ((byte-code "\301\302\"\207" [save-match-data-internal set-match-data evaporate] 3)) string-match "[ ]*&[ ]*\\'" "*Async Shell Command*" get-buffer-process confirm-kill-process yes-or-no-p "A command is running in the default buffer. Kill it? " kill-process error "Shell command in progress" confirm-new-buffer "A command is running in the default buffer. Use a new buffer? " generate-new-buffer new-buffer confirm-rename-buffer "A command is running in the default buffer. Rename it? " rename-uniquely rename-buffer erase-buffer start-process "Shell" (":%s") require shell shell-mode set-process-sentinel shell-command-sentinel set-process-filter comint-output-filter shell-command-on-region temporary-file-directory error-file shell-file-name shell-command-switch pos-from-end save-match-data-internal proc directory buffer async-shell-command-buffer buffer-read-only inhibit-read-only mode-line-process] 8 (#$ . 72562) (list (read-shell-command "Shell command: " nil nil (let ((filename (cond (buffer-file-name) ((eq major-mode 'dired-mode) (dired-get-filename nil t))))) (and filename (file-relative-name filename)))) current-prefix-arg shell-command-default-error-buffer)])
#@871 Display MESSAGE in the echo area if possible, otherwise in a pop-up buffer.
MESSAGE may be either a string or a buffer.
A buffer is displayed using `display-buffer' if MESSAGE is too long for
the maximum height of the echo area, as defined by `max-mini-window-height'
if `resize-mini-windows' is non-nil.
Returns either the string shown in the echo area, or when a pop-up
buffer is used, the window used to display it.
If MESSAGE is a string, then the optional argument BUFFER-NAME is the
name of the buffer used to display it in the case where a pop-up buffer
is used, defaulting to `*Message*'. In the case where MESSAGE is a
string and it is displayed in the echo area, it is not specified whether
the contents are inserted into the buffer anyway.
Optional arguments NOT-THIS-WINDOW and FRAME are as for `display-buffer',
and only used if a buffer is displayed.
(defalias 'display-message-or-buffer #[(message &optional buffer-name not-this-window frame) ";\203 \306\307\"\204 \300\310\"\207;\203+ \306\307\"GSU\203+ \300\310\311GSO\"\207r\312!\2036 \202= \313 \206< \314!q\210\312!\204K \315 \210c\210\316 \311U\203V \311\202] \317\320\211\211\321 $\211\311U\206\260 \n\322X\204\216 \n \203\211 \323\f!\203| \324 \f_\202\212 \f\250\203\205 \f\202\212 \322\202\212 \322X\203\247 \325p!\204\247 db\210n\203\236 \326u\210\300\310e`{\"\202\260 eb\210\327p
#*\207" [message buffer-name lines resize-mini-windows max-mini-window-height not-this-window string-match "\n" "%s" 0 bufferp get-buffer-create "*Message*" erase-buffer buffer-size count-screen-lines nil minibuffer-window 1 floatp frame-height get-buffer-window -1 display-buffer frame] 6 (#$ . 77743)])
(defalias 'shell-command-sentinel #[(process signal) "\302!\303>\205 \304\305\306!AA@ \307\310O#\207" [process signal process-status (exit signal) message "%s: %s." process-command 0 -1] 6])
#@2219 Execute string COMMAND in inferior shell with region as input.
Normally display output (if any) in temp buffer `*Shell Command Output*';
Prefix arg means replace the region with it. Return the exit code of
COMMAND.
To specify a coding system for converting non-ASCII characters
in the input and output to the shell command, use \[universal-coding-system-argument]
before this command. By default, the input (from the current buffer)
is encoded using coding-system specified by `process-coding-system-alist',
falling back to `default-process-coding-system' if no match for COMMAND
is found in `process-coding-system-alist'.
Noninteractive callers can specify coding systems by binding
`coding-system-for-read' and `coding-system-for-write'.
If the command generates output, the output may be displayed
in the echo area or in a buffer.
If the output is short enough to display in the echo area
(determined by the variable `max-mini-window-height' if
`resize-mini-windows' is non-nil), it is shown there.
Otherwise it is displayed in the buffer `*Shell Command Output*'.
The output is available in that buffer in both cases.
If there is output and an error, a message about the error
appears at the end of the output. If there is no output, or if
output is inserted in the current buffer, the buffer `*Shell
Command Output*' is deleted.
Optional fourth arg OUTPUT-BUFFER specifies where to put the
command's output. If the value is a buffer or buffer name, put
the output there. Any other value, including nil, means to
insert the output in the current buffer. In either case, the
output is inserted after point (leaving mark after it).
Optional fifth arg REPLACE, if non-nil, means to insert the
output in place of text from START to END, putting point and mark
around it.
Optional sixth arg ERROR-BUFFER, if non-nil, specifies a buffer
or buffer name to which to direct the command's standard error
output. If nil, error output is mingled with regular output.
When called interactively, `shell-command-default-error-buffer'
is used for ERROR-BUFFER.
Optional seventh arg DISPLAY-ERROR-BUFFER, if non-nil, means to
display the error buffer if there were any errors. When called
interactively, this is t.
(defalias 'shell-command-on-region #[(start end command &optional output-buffer replace error-buffer display-error-buffer) "\205 \306\307\310 \206\f \n\"!\311
\204' \203j \312 !\204j ;\204j
\2050 W b\210
\203? \313`\314\"\210\315 \316\f\203Q \316\fD\202R \316\311!\"&
\203f \203f \317 \210)\202\343 \320 \206q \321! #\322\216#p=\203\254 \311$ ]d|\210e ^|\210\315ed \316\f\203\240 \316\fD\202\241 \316\311!\"&\202\342 % &r#q\210\311$ \204\301 &%\323 \210*\315 \311\f\203\330 #\fD\202\332 #\311!\"&*\f\203#\324\f!\203#\325\326\327\f!8W\203 r\320!q\210d`Z 'o\204 \330c\210\331\f\311\"\210d'Zb\210)(\203 \332p!\210)\333\f!\210 *\207" [error-buffer small-temporary-file-directory temporary-file-directory exit-status error-file replace make-temp-file expand-file-name "scor" nil bufferp push-mark nomsg call-process-region t exchange-point-and-mark get-buffer-create "*Shell Command Output*" ((byte-code "rq\210 \204\f \306\202# ;\203 \307\310 \"\202# \311\232?\205# \307\312 \")rq\210deV)\2037 \313!\210\202\206 \203W \311\314\315 !8W\203W \307\316\f\203R \307\317\f\"\202S \320\"\202X \321 \204d \322\323!\210\202\205 \311\232\203r \322\324
\"\210\202\205 ;\203 \322\325 \"\210\202\205 \322\326
#\210)\307\207" [buffer exit-status mode-line-process error-file shell-command-default-error-buffer output " - Error" format " - Signal [%s]" 0 " - Exit [%d]" display-message-or-buffer 7 file-attributes "some error output%s" " to the \"%s\" buffer" "" "no output" message "(Shell command failed with error)" "(Shell command succeeded with %s)" "(Shell command killed by signal %s)" "(Shell command failed with code %d and %s)"] 5)) erase-buffer file-exists-p 0 7 file-attributes "\f\n" format-insert-file display-buffer delete-file output-buffer start end swap shell-file-name shell-command-switch command buffer buffer-read-only default-directory directory pos-from-end display-error-buffer] 9 (#$ . 79628) (let (string) (if (mark) nil (error "The mark is not set now, so there is no region")) (setq string (read-shell-command "Shell command on region: ")) (list (region-beginning) (region-end) string current-prefix-arg current-prefix-arg shell-command-default-error-buffer t))])
#@66 Execute shell command COMMAND and return its output as a string.
(defalias 'shell-command-to-string #[(command) "\304\305\306!!\307\216rq\210\310 \311\312\311\n &\210*rq\210\313 +\207" [standard-output shell-file-name shell-command-switch command get-buffer-create generate-new-buffer-name " *string-output*" ((kill-buffer standard-output)) process-file nil t buffer-string] 7 (#$ . 84106)])
#@623 Process files synchronously in a separate process.
Similar to `call-process', but may invoke a file handler based on
`default-directory'. The current working directory of the
subprocess is `default-directory'.
File names in INFILE and BUFFER are handled normally, but file
names in ARGS should be relative to `default-directory', as they
are passed to the process verbatim. (This is a difference to
`call-process' which does not support file handlers for INFILE
and BUFFER.)
Some file handlers might not support all variants, for example
they might behave as if DISPLAY was nil, regardless of the actual
value passed.
(defalias 'process-file #[(program &optional infile buffer display &rest args) "\306\307\"\310\211\311\216 \203 \312 \307\f
&\202i
\203' \313
!:\205< \211 A@);\205< \314\315!\312\316\f\n\206E
\203Q @ D\202S & \203i \317 \211 A@)\"\210,\207" [default-directory stderr-file lc fh program infile find-file-name-handler process-file nil ((byte-code "\203 \302!\210 \203 \302 !\210\302\207" [stderr-file lc delete-file] 2)) apply file-local-copy make-temp-file "emacs" call-process copy-file buffer display args x] 9 (#$ . 84511)])
#@387 Whether a call of `process-file' changes remote files.
By default, this variable is always set to `t', meaning that a
call of `process-file' could potentially change any file on a
remote host. When set to `nil', a file handler could optimize
its behavior with respect to remote file attribute caching.
You should only ever change this variable with a let-binding;
never with `setq'.
(defvar process-file-side-effects t (#$ . 85705))
#@599 Start a program in a subprocess. Return the process object for it.
Similar to `start-process', but may invoke a file handler based on
`default-directory'. See Info node `(elisp)Magic File Names'.
This handler ought to run PROGRAM, perhaps on the local host,
perhaps on a remote host that corresponds to `default-directory'.
In the latter case, the local part of `default-directory' becomes
the working directory of the process.
PROGRAM and PROGRAM-ARGS might be file names. They are not
objects of file handler invocation. File handlers might not
support pty association, if PROGRAM is nil.
(defalias 'start-file-process #[(name buffer program &rest program-args) "\306\307\"\211\203 \310 \307\n \f
&\202 \310\311\n \f
%)\207" [default-directory fh name buffer program program-args find-file-name-handler start-file-process apply start-process] 8 (#$ . 86148)])
(defvar process-menu-query-only nil)
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [process-menu-mode-hook variable-documentation put purecopy "Hook run when entering Process Menu mode.\nNo problems result if this variable is not bound.\n`add-hook' automatically binds it. (This is true for all hook variables.)" boundp process-menu-mode-map definition-name process-menu-mode] 5)
(defvar process-menu-mode-map (make-sparse-keymap))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [process-menu-mode-map variable-documentation put purecopy "Keymap for `process-menu-mode'." boundp process-menu-mode-syntax-table definition-name process-menu-mode] 5)
(defvar process-menu-mode-syntax-table (make-syntax-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [process-menu-mode-syntax-table variable-documentation put purecopy "Syntax table for `process-menu-mode'." process-menu-mode-abbrev-table definition-name process-menu-mode] 5)
(defvar process-menu-mode-abbrev-table (progn (define-abbrev-table 'process-menu-mode-abbrev-table nil) process-menu-mode-abbrev-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [process-menu-mode-abbrev-table variable-documentation put purecopy "Abbrev table for `process-menu-mode'." process-menu-mode derived-mode-parent tabulated-list-mode] 5)
#@252 Major mode for listing the processes called by Emacs.
In addition to any hooks its parent mode `tabulated-list-mode' might have run,
this mode runs the hook `process-menu-mode-hook', as the final step
during initialization.
\{process-menu-mode-map}
(defalias 'process-menu-mode #[nil "\306\300!\210\307\310 \210\311\312\310\313N\203 \314\311\313\310\313N#\210\315 !\204' \316 \317 \"\210\320\f!\211 \2036
\321 =\203< \322\f\323 \"\210)\324#\325\"\204V #$=\204V \326#\325$C#\210\327 !\210\330\f!\210#$\331%\306\332!\210\333\334B&\335\336\337\334\307$\210\340 \210)\341\342!\207" [delay-mode-hooks major-mode mode-name process-menu-mode-map process-menu-mode-syntax-table parent make-local-variable t tabulated-list-mode process-menu-mode "Process Menu" mode-class put keymap-parent set-keymap-parent current-local-map char-table-parent standard-syntax-table set-char-table-parent syntax-table abbrev-table-get :parents abbrev-table-put use-local-map set-syntax-table [("Process" 15 t) ("Status" 7 t) ("Buffer" 15 t) ("TTY" 12 t) ("Command" 0 t)] process-menu-query-only "Process" nil add-hook tabulated-list-revert-hook list-processes--refresh tabulated-list-init-header run-mode-hooks process-menu-mode-hook process-menu-mode-abbrev-table local-abbrev-table tabulated-list-format tabulated-list-sort-key] 6 (#$ . 88479) nil])
#@115 Recompute the list of processes for the Process List buffer.
Also, delete any process that is exited or signaled.
(defalias 'list-processes--refresh #[nil "\306\307 \306\211\205\373 \n@\310 !\311>\203 \312 !\210\202\363 \203' \313 !\203\363 \314 ! \315 ! \316 ! 5\317\310 !! 6\320\f!\203^ \321\f!\322\323\324\325\321\f!\326Q\327\330\314\f\331BBBBBBBBB\202_ \332 7\333 !\206h \332 8
\334>\203\327 \335 \330\" 9
\336=\203\262 \337\340\3419\342\"\203\212 \343\202\213 \344\3419\345\"\203\246 \337\346\3419\347\"\206\242 \3419\350\"\"\202\256 \337\351\3419\347\"\"#\202\323 \337\352\3419\353\"\206\275 \354\3419\355\"\211 :\203\320 \337\356:\"\202\321 \357)#)\202\336 \360\361\362 !\363# ; \3645678;%DB.\nA\211\204 \306*\207" [tabulated-list-entries p --dolist-tail-- process-menu-query-only buf type nil process-list process-status (exit signal closed) delete-process process-query-on-exit-flag process-buffer process-type process-name symbol-name buffer-live-p buffer-name face link help-echo "Visit buffer `" "'" follow-link t (action process-menu-visit-buffer) "--" process-tty-name (network serial) process-contact network format "(%s %s)" plist-get :type "datagram" "network" :server "server on %s" :host :local "connection to %s" "(serial port %s%s)" :port "?" :speed " at %s b/s" "" mapconcat identity process-command " " vector name status buf-label tty contact speed cmd] 11 (#$ . 89828)])
(defalias 'process-menu-visit-buffer #[(button) "\301\302\303\"!\207" [button display-buffer button-get process-buffer] 4])
#@341 Display a list of all processes.
If optional argument QUERY-ONLY is non-nil, only processes with
the query-on-exit flag set are listed.
Any process listed as exited or signaled is actually eliminated
after the listing is made.
Optional argument BUFFER specifies a buffer to use, instead of
"*Process List*".
The return value is always nil.
(defalias 'list-processes #[(&optional query-only buffer) "\303\304!\204\n \305\306!\210\307!\204 \310\311!rq\210\312 \210 \313 \210\314 \210)\315!\210\316\207" [buffer query-only process-menu-query-only fboundp process-list error "Asynchronous subprocesses are not supported on this system" bufferp get-buffer-create "*Process List*" process-menu-mode list-processes--refresh tabulated-list-print display-buffer nil] 2 (#$ . 91380) nil])
#@53 Keymap used while processing \[universal-argument].
(defvar universal-argument-map (byte-code "\302 \303\304\305#\210\303\306 \307\"\305#\210\303\310\311#\210\303\312\313#\210\303\314\315#\210\303\316\317#\210\303\320\317#\210\303\321\317#\210\303\322\317#\210\303\323\317#\210\303\324\317#\210\303\325\317#\210\303\326\317#\210\303\327\317#\210\303\330\317#\210\303\331\317#\210\303\332\317#\210\303\333\317#\210\303\334\317#\210\303\335\317#\210\303\336\317#\210\303\337\317#\210\303\340\317#\210\303\341\317#\210\303\342\317#\210\303\343\315#\210)\207" [map meta-prefix-char make-sparse-keymap define-key [t] universal-argument-other-key vector t [switch-frame] nil [21] universal-argument-more [45] universal-argument-minus [48] digit-argument [49] [50] [51] [52] [53] [54] [55] [56] [57] [kp-0] [kp-1] [kp-2] [kp-3] [kp-4] [kp-5] [kp-6] [kp-7] [kp-8] [kp-9] [kp-subtract]] 5) (#$ . 92171))
#@194 Number of argument-specifying events read by `universal-argument'.
`universal-argument-other-key' uses this to discard those events
from (this-command-keys), and reread only the final command.
(defvar universal-argument-num-events nil (#$ . 93101))
#@133 The saved value of `overriding-terminal-local-map'.
That variable gets restored to this value on exiting "universal
argument mode".
(defvar saved-overriding-map t (#$ . 93357))
#@45 Set `overriding-terminal-local-map' to MAP.
(defalias 'save&set-overriding-map #[(map) "\303=\205 \n\211\207" [saved-overriding-map overriding-terminal-local-map map t] 2 (#$ . 93540)])
#@61 Restore `overriding-terminal-local-map' to its saved value.
(defalias 'restore-overriding-map #[nil "\302\211\207" [saved-overriding-map overriding-terminal-local-map t] 2 (#$ . 93737)])
#@596 Begin a numeric argument for the following command.
Digits or minus sign following \[universal-argument] make up the numeric argument.
\[universal-argument] following the digits or minus sign ends the argument.
\[universal-argument] without digits or minus sign provides 4 as argument.
Repeating \[universal-argument] without digits or minus sign
multiplies the argument by 4 each time.
For some commands, just \[universal-argument] by itself serves as a flag
which is different in effect from any particular numeric argument.
These commands include \[set-mark-command] and \[start-kbd-macro].
(defalias 'universal-argument #[nil "\303C\304 G\305\n!\207" [prefix-arg universal-argument-num-events universal-argument-map 4 this-command-keys save&set-overriding-map] 2 (#$ . 93934) nil])
(defalias 'universal-argument-more #[(arg) ":\203 @\303_C\202 \304=\203 \305C\202 \306 \210\307 G\211\207" [arg prefix-arg universal-argument-num-events 4 - -4 restore-overriding-map this-command-keys] 2 nil "P"])
#@129 Begin a negative numeric argument for the next command.
\[universal-argument] following digits or minus sign ends the argument.
(defalias 'negative-argument #[(arg) "\250\203 [\202 \304=\203 \305\202 \304\306 G\307 !\207" [arg prefix-arg universal-argument-num-events universal-argument-map - nil this-command-keys save&set-overriding-map] 2 (#$ . 94956) "P"])
#@124 Part of the numeric argument for the next command.
\[universal-argument] following digits or minus sign ends the argument.
(defalias 'digit-argument #[(arg) "\250\203 \202\f \306N\307 \310\"\311Z \250\203- \312_ \313W\203' \n[\202( \n\\\202E \314=\203C \315\n!\203= \314\202? \n[\202E \n*\316 G\317!\207" [last-command-event char digit arg prefix-arg universal-argument-num-events ascii-character logand 127 48 10 0 - zerop this-command-keys save&set-overriding-map universal-argument-map] 3 (#$ . 95335) "P"])
(defalias 'universal-argument-minus #[(arg) "\250\203 \301!\207\302!\207" [arg universal-argument-other-key negative-argument] 2 nil "P"])
(defalias 'universal-argument-other-key #[(arg) "\306 \307\n!\310\f \233
\"*\311 \210\312 \207" [arg prefix-arg key keylist universal-argument-num-events unread-command-events this-command-keys listify-key-sequence append reset-this-command-lengths restore-overriding-map] 3 nil "P"])
#@1034 This variable is a wrapper hook around `filter-buffer-substring'.
Each member of the hook should be a function accepting four arguments:
(FUN BEG END DELETE), where FUN is itself a function of three arguments
(BEG END DELETE). The arguments BEG, END, and DELETE are the same
as those of `filter-buffer-substring' in each case.
The first hook function to be called receives a FUN equivalent
to the default operation of `filter-buffer-substring',
i.e. one that returns the buffer-substring between BEG and
END (processed by any `buffer-substring-filters'). Normally,
the hook function will call FUN and then do its own processing
of the result. The next hook function receives a FUN equivalent
to the previous hook function, calls it, and does its own
processing, and so on. The overall result is that of all hook
functions acting in sequence.
Any hook may choose not to call FUN though, in which case it
effectively replaces the default behavior with whatever it chooses.
Of course, a later hook function may do the same thing.
(defvar filter-buffer-substring-functions nil (#$ . 96301))
#@611 List of filter functions for `filter-buffer-substring'.
Each function must accept a single argument, a string, and return
a string. The buffer substring is passed to the first function
in the list, and the return value of each function is passed to
the next. The final result (if `buffer-substring-filters' is
nil, this is the unfiltered buffer-substring) is passed to the
first function on `filter-buffer-substring-functions'.
As a special convention, point is set to the start of the buffer text
being operated on (i.e., the first argument of `filter-buffer-substring')
before these functions are called.
(defvar buffer-substring-filters nil (#$ . 97401))
(make-obsolete-variable 'buffer-substring-filters 'filter-buffer-substring-functions "24.1")
#@699 Return the buffer substring between BEG and END, after filtering.
The wrapper hook `filter-buffer-substring-functions' performs
the actual filtering. The obsolete variable `buffer-substring-filters'
is also consulted. If both of these are nil, no filtering is done.
If DELETE is non-nil, the text between BEG and END is deleted
from the buffer.
This function should be used instead of `buffer-substring',
`buffer-substring-no-properties', or `delete-and-extract-region'
when you want to allow filtering to take place. For example,
major or minor modes can use `filter-buffer-substring-functions' to
extract characters that are special to a buffer, and should not
be copied into other buffers.
(defalias 'filter-buffer-substring #[(beg end &optional delete) "\305\306\211 \307\301!\205 \310\301!\n \fE#)\207" [#1=#:runrestofhook filter-buffer-substring-functions beg end delete nil #[(#2=#:funs #3=#:global #4=#:args) ":\203\" @\304=\203 \305\nA\"\306 #\207\307@\310\311A\n# #\207\307\312 \"\207" [#2# #1# #3# #4# t append nil apply apply-partially #[(#2# #3# &rest #4#) " \n #\207" [#1# #2# #3# #4#] 4] #[(beg end delete) "\204 \2039 \212\nb\210\203 \306\n \"\202 \n { \307 \211 \2035 @\211\f!A\211\204$ *\f*\207\n {\207" [delete buffer-substring-filters beg end string filter delete-and-extract-region nil --dolist-tail--] 4]] 6] local-variable-p default-value] 7 (#$ . 98162)])
#@496 Function to call to make a killed region available to other programs.
Most window systems provide a facility for cutting and pasting
text between different programs, such as the clipboard on X and
MS-Windows, or the pasteboard on Nextstep/Mac OS.
This variable holds a function that Emacs calls whenever text is
put in the kill ring, to make the new kill available to other
programs. The function takes one argument, TEXT, which is a
string containing the text which should be made available.
(defvar interprogram-cut-function nil (#$ . 99581))
#@1378 Function to call to get text cut from other programs.
Most window systems provide a facility for cutting and pasting
text between different programs, such as the clipboard on X and
MS-Windows, or the pasteboard on Nextstep/Mac OS.
This variable holds a function that Emacs calls to obtain text
that other programs have provided for pasting. The function is
called with no arguments. If no other program has provided text
to paste, the function should return nil (in which case the
caller, usually `current-kill', should use the top of the Emacs
kill ring). If another program has provided text to paste, the
function should return that text as a string (in which case the
caller should put this string in the kill ring as the latest
kill).
The function may also return a list of strings if the window
system supports multiple selections. The first string will be
used as the pasted text, but the other will be placed in the kill
ring for easy access via `yank-pop'.
Note that the function should return a string only if a program
other than Emacs has provided a string for pasting; if Emacs
provided the most recent string, the function should return nil.
If it is difficult to tell whether Emacs or some other program
provided the current string, it is probably good enough to return
nil if the string is equal (according to `string=') to the last
text Emacs provided.
(defvar interprogram-paste-function nil (#$ . 100136))
#@430 List of killed text sequences.
Since the kill ring is supposed to interact nicely with cut-and-paste
facilities offered by window systems, use of this variable should
interact nicely with `interprogram-cut-function' and
`interprogram-paste-function'. The functions `kill-new',
`kill-append', and `current-kill' are supposed to implement this
interaction; you may want to use them instead of manipulating the kill
ring directly.
(defvar kill-ring nil (#$ . 101575))
#@69 Maximum length of kill ring before oldest elements are thrown away.
(custom-declare-variable 'kill-ring-max 60 '(#$ . 102047) :type 'integer :group 'killing)
#@63 The tail of the kill ring whose car is the last thing yanked.
(defvar kill-ring-yank-pointer nil (#$ . 102211))
(byte-code "\300\301\302\303\304\305\306\307\310\311& \210\300\312\302\313\304\305\306\307\310\311& \207" [custom-declare-variable save-interprogram-paste-before-kill nil "Save clipboard strings into kill ring before replacing them.\nWhen one selects something in another program to paste it into Emacs,\nbut kills something in Emacs before actually pasting it,\nthis selection is gone unless this variable is non-nil,\nin which case the other program's selection is saved in the `kill-ring'\nbefore the Emacs kill and one can still paste it using \\[yank] \\[yank-pop]." :type boolean :group killing :version "23.2" kill-do-not-save-duplicates "Do not add a new string to `kill-ring' if it duplicates the last one.\nThe comparison is done using `equal-including-properties'."] 10)
#@721 Make STRING the latest kill in the kill ring.
Set `kill-ring-yank-pointer' to point to it.
If `interprogram-cut-function' is non-nil, apply it to STRING.
Optional second argument REPLACE non-nil means that STRING will replace
the front of the kill ring, rather than being added to the list.
When `save-interprogram-paste-before-kill' and `interprogram-paste-function'
are non-nil, saves the interprogram paste string(s) into `kill-ring' before
STRING.
When the yank handler has a non-nil PARAM element, the original STRING
argument is not used by `insert-for-yank'. However, since Lisp code
may access and use elements from the kill ring directly, the STRING
argument should still be a "useful" string for such uses.
(defalias 'kill-new #[(string &optional replace yank-handler) "G\306V\203 \203\" \307\306G\301 %\210\202\" \203\" \310\311\312D\"\210\n\203. \313 @\"\204> \314\315!\203> \315\f\205< @\"\210
\203\212 \205J \211 \203\211 <\203\\ \237\202_ C\316 \211 \203\210 @\n\203z \313 @\"\204 BA\211\204h *)\n\203\226 \313 @\"\204\271 \f\203\245 \203\245 \240\210\202\271 B\211GV\203\271 S \233\316\241\210 \205\305 !\207" [string yank-handler kill-do-not-save-duplicates kill-ring replace save-interprogram-paste-before-kill 0 put-text-property signal args-out-of-range "yank-handler specified for empty string" equal-including-properties fboundp menu-bar-update-yank-menu nil interprogram-paste-function interprogram-paste s --dolist-tail-- kill-ring-max kill-ring-yank-pointer interprogram-cut-function] 7 (#$ . 103112)])
(set-advertised-calling-convention 'kill-new '(string &optional replace) "23.3")
#@185 Append STRING to the end of the latest kill in the kill ring.
If BEFORE-P is non-nil, prepend STRING to the kill.
If `interprogram-cut-function' is set, pass the resulting kill to it.
(defalias 'kill-append #[(string before-p &optional yank-handler) "@\305\n\203 P\202 P G\306U\206 \f\307\306\304 #\232\f#)\207" [kill-ring cur before-p string yank-handler kill-new 0 get-text-property] 7 (#$ . 104788)])
(byte-code "\300\301\302\303#\210\304\305\306\307\310\311\312\313\314\315& \207" [set-advertised-calling-convention kill-append (string before-p) "23.3" custom-declare-variable yank-pop-change-selection nil "Whether rotating the kill ring changes the window system selection.\nIf non-nil, whenever the kill ring is rotated (usually via the\n`yank-pop' command), Emacs also calls `interprogram-cut-function'\nto copy the new kill to the window system selection." :type boolean :group killing :version "23.1"] 10)
#@656 Rotate the yanking point by N places, and then return that kill.
If N is zero and `interprogram-paste-function' is set to a
function that returns a string or a list of strings, and if that
function doesn't return nil, then that string (or list) is added
to the front of the kill ring and the string (or first string in
the list) is returned as the latest kill.
If N is not zero, and if `yank-pop-change-selection' is
non-nil, use `interprogram-cut-function' to transfer the
kill at the new yank point into the window system selection.
If optional arg DO-NOT-MOVE is non-nil, then don't actually
move the yanking point; just return the Nth kill forward.
(defalias 'current-kill #[(n &optional do-not-move) "\306U\205\f \205\f \211\203+ \307\n<\203! \310\311\n\237\"\210\202% \311\n!\210)\f@\202` \f\2043 \312\313!\210\314
GZ\fG\"\f\233
\204\\
\203\\ \306V\203\\ \203\\
@!\210
@))\207" [n interprogram-paste-function interprogram-paste interprogram-cut-function kill-ring kill-ring-yank-pointer 0 nil mapc kill-new error "Kill ring is empty" mod ARGth-kill-element do-not-move yank-pop-change-selection] 4 (#$ . 105720)])
#@65 Non-nil means don't signal an error for killing read-only text.
(custom-declare-variable 'kill-read-only-ok nil '(#$ . 106869) :type 'boolean :group 'killing)
#@952 Kill ("cut") text between point and mark.
This deletes the text from the buffer and saves it in the kill ring.
The command \[yank] can retrieve it from there.
(If you want to save the region without killing it, use \[kill-ring-save].)
If you want to append the killed region to the last killed text,
use \[append-next-kill] before \[kill-region].
If the buffer is read-only, Emacs will beep and refrain from deleting
the text, but put the text in the kill ring anyway. This means that
you can use the killing commands to copy text from a read-only buffer.
Lisp programs should use this function for killing text.
(To delete text, use `delete-region'.)
Supply two arguments, character positions indicating the stretch of text
to be killed.
Any command that calls this function is a "kill command".
If the previous command was also a kill command,
the text killed this time appends to the text killed last time
to make one entry in the kill ring.
(defalias 'kill-region #[(beg end &optional yank-handler) "\203 \204\f \302\303!\210\304\305\306\217\207" [beg end error "The mark is not set now, so there is no region" nil (byte-code "\306 \307#\211\203! \310=\203 \311\n W\f#\210\202! \312\n\313\f#\210\n\204+ \310=\203- \310)\313\207" [beg end string last-command yank-handler this-command filter-buffer-substring t kill-region kill-append kill-new nil] 5) (((buffer-read-only text-read-only) (byte-code "\304 \"\210\305 \203 \306\307!\210\310\207\311 \210\312\313pC\"\207" [beg end this-command kill-read-only-ok copy-region-as-kill kill-region message "Read only text copied to kill ring" nil barf-if-buffer-read-only signal text-read-only] 3)))] 3 (#$ . 107035) (list (point) (mark))])
(set-advertised-calling-convention 'kill-region '(beg end) "23.3")
#@260 Save the region as if killed, but don't kill it.
In Transient Mark mode, deactivate the mark.
If `interprogram-cut-function' is non-nil, also save the text for a window
system cut and paste.
This command's old key binding has been given to `kill-ring-save'.
(defalias 'copy-region-as-kill #[(beg end) "\304=\203 \305\306 \n\"\n W\"\210\202 \307\306 \n\"!\210\310\311\207" [last-command beg end deactivate-mark kill-region kill-append filter-buffer-substring kill-new t nil] 4 (#$ . 108815) "r"])
#@444 Save the region as if killed, but don't kill it.
In Transient Mark mode, deactivate the mark.
If `interprogram-cut-function' is non-nil, also save the text for a window
system cut and paste.
If you want to append the killed line to the last killed text,
use \[append-next-kill] before \[kill-ring-save].
This command is similar to `copy-region-as-kill', except that it gives
visual feedback indicating the extent of the region being copied.
(defalias 'kill-ring-save #[(beg end) "\302 \"\210\303\304!\205
\305 \207" [beg end copy-region-as-kill called-interactively-p interactive indicate-copied-region] 3 (#$ . 109323) "r"])
#@429 Indicate that the region text has been copied interactively.
If the mark is visible in the selected window, blink the cursor
between point and mark if there is currently no active region
highlighting.
If the mark lies outside the selected window, display an
informative message containing a sample of the copied text. The
optional argument MESSAGE-LEN, if non-nil, specifies the length
of this sample text; it defaults to 40.
(defalias 'indicate-copied-region #[(&optional message-len) "\302\306!`\306\307\n\310 \"\203\312 \311 \205 \312\313!?\205\366 \314 `p\223\210\nb\210\315 !\210\314 \np\223\210 b\210\f\205\366
\205\366 \316 !\204G \205\306 \"\317=\203V !\242\317=\202X \"\203\223 \311 \203\223 \320 \203\223 #\203v \321\322#\"\210\316#\202\223 \323 \324 U\204\223 \325\322!\204\212 \326\322!\204\223 \321\322\323 \324 {\"\210 \204\264 !\327=\204\255 !\242\317=\203\264 !A\204\264 \316\211!\202\306 !\242\317=\203\301 !A!\316\330\331!)\202\366 \332\n Z!$\206\325 \333^ % \nW\203\353 \334\335\336\n%Z\n\"\"\202\365 \334\337\336\n\211%\\\"\")+\207" [inhibit-quit point mark blink-matching-delay quit-flag mark-active t pos-visible-in-window-p selected-window region-active-p face-background region mark-marker sit-for nil only display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p lambda run-hooks deactivate-mark-hook abs 40 message "Saved text until \"%s\"" buffer-substring-no-properties "Saved text from \"%s\"" force transient-mark-mode select-active-regions saved-region-selection message-len len] 6 (#$ . 109960)])
#@130 Cause following command, if it kills, to append to previous kill.
The argument is used for internal purposes; do not supply one.
(defalias 'append-next-kill #[(&optional interactive) "\203\n \303\304\305!\207\303\211\207" [interactive this-command last-command kill-region message "If the next command is a kill, it will append"] 2 (#$ . 111582) "p"])
(byte-code "\300\301\302\303\304\305\306\307&\210\300\310\311\312\313\314\304\305\306\307& \207" [custom-declare-variable yank-handled-properties '((font-lock-face . yank-handle-font-lock-face-property) (category . yank-handle-category-property)) "List of special text property handling conditions for yanking.\nEach element should have the form (PROP . FUN), where PROP is a\nproperty symbol and FUN is a function. When the `yank' command\ninserts text into the buffer, it scans the inserted text for\nstretches of text that have `eq' values of the text property\nPROP; for each such stretch of text, FUN is called with three\narguments: the property's value in that text, and the start and\nend positions of the text.\n\nThis is done prior to removing the properties specified by\n`yank-excluded-properties'." :group killing :version "24.3" yank-excluded-properties '(category field follow-link fontified font-lock-face help-echo intangible invisible keymap local-map mouse-face read-only yank-handler) "Text properties to discard when yanking.\nThe value should be a list of text properties to discard or t,\nwhich means to discard all text properties.\n\nSee also `yank-handled-properties'." :type (choice (const :tag "All" t) (repeat symbol))] 10)
(defvar yank-window-start nil)
#@297 If non-nil, function used by `yank-pop' to delete last stretch of yanked text.
Function is called with two parameters, START and END corresponding to
the value of the mark and point; it is guaranteed that START <= END.
Normally set from the UNDO element of a yank-handler; see `insert-for-yank'.
(defvar yank-undo-function nil (#$ . 113230))
#@728 Replace just-yanked stretch of killed text with a different stretch.
This command is allowed only immediately after a `yank' or a `yank-pop'.
At such a time, the region contains a stretch of reinserted
previously-killed text. `yank-pop' deletes that text and inserts in its
place a different stretch of killed text.
With no argument, the previous kill is inserted.
With argument N, insert the Nth previous kill.
If N is negative, this is a more recent kill.
The sequence of kills wraps around, so that after the oldest one
comes the newest one.
When this command inserts killed text into the buffer, it honors
`yank-excluded-properties' and `yank-handler' as described in the
doc string for `insert-for-yank-1', which see.
(defalias 'yank-pop #[(&optional arg) "\306=\204\n \307\310!\210\306\n\204 \311\312`\313\312!W \203,
\206# \314`\313\312!\"\210\2027
\2061 \314\313\312!`\"\210\315\316 `p\223\210\317\320\n!!\210\321\322 \312#\210 \203\\ \313\312!\316 `p\223\210b\210*\315\207" [last-command this-command arg before inhibit-read-only yank-undo-function yank error "Previous command was not a yank" 1 t mark delete-region nil mark-marker insert-for-yank current-kill set-window-start selected-window yank-window-start] 4 (#$ . 113579) "*p"])
#@637 Reinsert ("paste") the last stretch of killed text.
More precisely, reinsert the most recent kill, which is the
stretch of killed text most recently killed OR yanked. Put point
at the end, and set mark at the beginning without activating it.
With just \[universal-argument] as argument, put point at beginning, and mark at end.
With argument N, reinsert the Nth most recent kill.
When this command inserts text into the buffer, it honors the
`yank-handled-properties' and `yank-excluded-properties'
variables, and the `yank-handler' text property. See
`insert-for-yank-1' for details.
See also the command `yank-pop' (\[yank-pop]).
(defalias 'yank #[(&optional arg) "\303 \304\305`!\210\306\307\n<\203 \310\202 \n\311=\203 \312\202 \nS!!\210\n:\2033 \313\304!\314 `p\223\210b\210 \304=\203; \315\316\207" [yank-window-start this-command arg window-start t push-mark insert-for-yank current-kill 0 - -2 mark mark-marker yank nil] 4 (#$ . 114847) "*P"])
#@113 Rotate the yanking point in the kill ring.
With ARG, rotate that many kills forward (or backward, if negative).
(defalias 'rotate-yank-pointer #[(arg) "\301!\207" [arg current-kill] 2 (#$ . 115817) "p"])
(defalias 'kill-forward-chars #[(arg) "<\203 @\301=\203 \302\303``\\\"\207" [arg - -1 kill-region] 4])
(defalias 'kill-backward-chars #[(arg) "<\203 @\301=\203 \302\303``Z\"\207" [arg - -1 kill-region] 4])
#@304 The method for untabifying when deleting backward.
Can be `untabify' -- turn a tab to many spaces, then delete one space;
`hungry' -- delete all whitespace, both tabs and spaces;
`all' -- delete all whitespace, including tabs, spaces and newlines;
nil -- just delete one character.
(custom-declare-variable 'backward-delete-char-untabify-method ''untabify '(#$ . 116251) :type '(choice (const untabify) (const hungry) (const all) (const nil)) :version "20.3" :group 'killing)
#@289 Delete characters backward, changing tabs into spaces.
The exact behavior depends on `backward-delete-char-untabify-method'.
Delete ARG chars, and kill (save in kill ring) if KILLP is non-nil.
Interactively, ARG is the prefix arg (default 1)
and KILLP is t if a prefix arg was specified.
(defalias 'backward-delete-char-untabify #[(arg &optional killp) "\306=\2037 \212\n\307V\2036 o\2046 h\310U\203, i\311u\210 iZ\312\313 \"\210\314\315!\210)\311u\210\nS\211\202\n *\316=\203A \317\202H \320=\205H \321\211 \203q `\211 \212\f\322x\210\323\322
\")Z \324!\203i \307\202l S\\*\202r \325\"*\207" [backward-delete-char-untabify-method arg count col skip oldpt untabify 0 9 -1 insert-char 32 delete-char 1 hungry " " all " \n
" nil constrain-to-field zerop delete-backward-char wh n killp] 5 (#$ . 116755) "*p\nP"])
#@183 Kill up to and including ARGth occurrence of CHAR.
Case is ignored if `case-fold-search' is non-nil in the current buffer.
Goes backward if ARG is negative; error if CHAR not found.
(defalias 'zap-to-char #[(arg char) "\303!\203 H\206
\304`\305\306 !\307\211\n$\210`\"\207" [translation-table-for-input char arg char-table-p kill-region search-forward char-to-string nil] 7 (#$ . 117596) (list (prefix-numeric-value current-prefix-arg) (read-char "Zap to char: " t))])
#@76 If non-nil, `kill-line' with no arg at start of line kills the whole line.
(custom-declare-variable 'kill-whole-line nil '(#$ . 118078) :type 'boolean :group 'killing)
#@1241 Kill the rest of the current line; if no nonblanks there, kill thru newline.
With prefix argument ARG, kill that many lines from point.
Negative arguments kill lines backward.
With zero argument, kills the text before point on the current line.
When calling from a program, nil means "no arg",
a number counts as a prefix arg.
To kill a whole line, when point is not at the beginning, type \[move-beginning-of-line] \[kill-line] \[kill-line].
If `show-trailing-whitespace' is non-nil, this command will just
kill the rest of the current line, even if there are only
nonblanks there.
If `kill-whole-line' is non-nil, then this command kills the whole line
including its terminating newline, when used at the beginning of a line
with no argument. As a consequence, you can always kill a whole line
by typing \[move-beginning-of-line] \[kill-line].
If you want to append the killed line to the last killed text,
use \[append-next-kill] before \[kill-line].
If the buffer is read-only, Emacs will beep and refrain from deleting
the line, but put the line in the kill ring anyway. This means that
you can use this command to copy text from a read-only buffer.
(If the variable `kill-read-only-ok' is non-nil, then this won't
even beep.)
(defalias 'kill-line #[(&optional arg) "\304`\203 \305\306!!\210\202B m\203 \307\310\311\"\210\212\312 \210`)\212\n\204( \313 w\210` U)\2047 \203> n\203> \305\314!\210\202A b\210)`\"\207" [arg end show-trailing-whitespace kill-whole-line kill-region forward-visible-line prefix-numeric-value signal end-of-buffer nil end-of-visible-line " " 1] 5 (#$ . 118254) "P"])
#@296 Kill current line.
With prefix ARG, kill that many lines starting from the current line.
If ARG is negative, kill backward. Also kill the preceding newline.
(This is meant to make \[repeat] work well with negative arguments.)
If ARG is zero, kill current line but exclude the trailing newline.
(defalias 'kill-whole-line #[(&optional arg) "\204 \302\303V\203 m\203 \212\304\303!\210m)\203 \305\306\307\"\210\303W\2037 o\2037 \212\310 \210o)\2037 \305\311\307\"\210 \312=\204C \313\314!\210\312\315!\203\\ \212\312`\304\303!\210`\"\210)\312`\310 \210`\"\207\303W\203} \212\312`\310 \210`\"\210)\312`\304T!\210o\204z \316u\210`\"\207\212\312`\304\303!\210`\"\210)\312`\304!\210`\"\207" [arg last-command 1 0 forward-visible-line signal end-of-buffer nil end-of-visible-line beginning-of-buffer kill-region kill-new "" zerop -1] 4 (#$ . 119875) "p"])
#@177 Move forward by ARG lines, ignoring currently invisible newlines only.
If ARG is negative, move backward -ARG lines.
If ARG is zero, move to the beginning of the current line.
(defalias 'forward-visible-line #[(arg) "\300\301\302\217\207" [nil (byte-code "\305V\203\204 \305V\203? \306\307y!\204 \310\311\312\"\210\313`S\314\"\n\315=\203( \2021 \n>\2044 \n\236\2037 T)S\211\202 `m\204{ \313`\314\"\n\315=\203T \202] \n>\206] \n\236)\203{ \316`\314\"\203s \317`\314\"\206v d\202v \320`!b\210\202A n?\205\202 b)\207\315\211 \204\220 \305X\203\320 \f\203\232 \321 \210\202\246 \306\322y!\204\246 \310\323\312\"\210o\204\312 \313`S\314\"\n\315=\203\272 \202\303 \n>\204\311 \n\236\204\311 T)\312\211\202\207 `o\204\313`S\314\"\n\315=\203\346 \202\357 \n>\206\357 \n\236)\203\316`S\314\"\203\324`\314\"\206 e\202 \325`!b\210\202\322 n?\205 b*\207" [arg prop buffer-invisibility-spec opoint first 0 zerop 1 signal end-of-buffer nil get-char-property invisible t get-text-property next-single-property-change next-overlay-change beginning-of-line -1 beginning-of-buffer previous-single-property-change previous-overlay-change] 4) (((beginning-of-buffer end-of-buffer)))] 3 (#$ . 120744)])
#@38 Move to end of current visible line.
(defalias 'end-of-visible-line #[nil "\302\210m?\205L \212\303\302w\210\304`\305\" \306=\203 \202% >\206% \236*\205L \303\302w\210\307`\305\"\203A \310`\305\"\206< db\210\202F \311`!b\210\302\210\202 \207" [prop buffer-invisibility-spec nil "^\n" get-char-property invisible t get-text-property next-single-property-change next-overlay-change] 3 (#$ . 121973)])
#@247 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!
(defalias 'insert-buffer #[(buffer) "\301\212\302\303!!\210`)!\210\304\207" [buffer push-mark insert-buffer-substring get-buffer nil] 4 (#$ . 122389) (list (progn (barf-if-buffer-read-only) (read-buffer "Insert buffer: " (if (eq (selected-window) (next-window (selected-window))) (other-buffer (current-buffer)) (window-buffer (next-window (selected-window)))) t)))])
#@264 Append to specified buffer the text of the region.
It is inserted into that buffer before its point.
When calling from a program, give three arguments:
BUFFER (or buffer name), START and END.
START and END specify the portion of the current buffer to be copied.
(defalias 'append-to-buffer #[(buffer start end) "p\306 !\307\n\310\211#\311 \212r\nq\210`\312 \210\313
#\210 \311 \211 \205G @\314!\fU\203= \315`\"\210A\211\204) \311.\207" [oldbuf buffer append-to windows point start get-buffer-create get-buffer-window-list t nil barf-if-buffer-read-only insert-buffer-substring window-point set-window-point end window --dolist-tail--] 5 (#$ . 123011) (list (read-buffer "Append to buffer: " (other-buffer (current-buffer) t)) (region-beginning) (region-end))])
#@264 Prepend to specified buffer the text of the region.
It is inserted into that buffer after its point.
When calling from a program, give three arguments:
BUFFER (or buffer name), START and END.
START and END specify the portion of the current buffer to be copied.
(defalias 'prepend-to-buffer #[(buffer start end) "pr\304 !q\210\305 \210\212\306\n #+\207" [oldbuf buffer start end get-buffer-create barf-if-buffer-read-only insert-buffer-substring] 4 (#$ . 123802) "BPrepend to buffer: \nr"])
#@276 Copy to specified buffer the text of the region.
It is inserted into that buffer, replacing existing text there.
When calling from a program, give three arguments:
BUFFER (or buffer name), START and END.
START and END specify the portion of the current buffer to be copied.
(defalias 'copy-to-buffer #[(buffer start end) "pr\304 !q\210\305 \210\306 \210\212\307\n #+\207" [oldbuf buffer start end get-buffer-create barf-if-buffer-read-only erase-buffer insert-buffer-substring] 4 (#$ . 124303) "BCopy to buffer: \nr"])
(byte-code "\300\301\302\303#\210\300\301\304\305\306!#\207" [put mark-inactive error-conditions (mark-inactive error) error-message purecopy "The mark is not active now"] 5)
#@155 Hook run when the mark becomes active.
It is also run at the end of a command, if the mark is active and
it is possible that the region may have changed.
(defvar activate-mark-hook nil (#$ . 125007))
#@42 Hook run when the mark becomes inactive.
(defvar deactivate-mark-hook nil (#$ . 125213))
#@443 Return this buffer's mark value as integer, or nil if never set.
In Transient Mark mode, this function signals an error if
the mark is not active. However, if `mark-even-if-inactive' is non-nil,
or the argument FORCE is non-nil, it disregards whether the mark
is active, and returns an integer or nil in the usual way.
If you are using this in an editing command, you are most likely making
a mistake; see the documentation of `set-mark'.
(defalias 'mark #[(&optional force) "\204 \203 \n\204 \203 \304\305 !\207\306\307\310\"\207" [force transient-mark-mode mark-active mark-even-if-inactive marker-position mark-marker signal mark-inactive nil] 3 (#$ . 125309)])
#@523 Deactivate the mark.
If Transient Mark mode is disabled, this function normally does
nothing; but if FORCE is non-nil, it deactivates the mark anyway.
Deactivating the mark sets `mark-active' to nil, updates the
primary selection according to `select-active-regions', and runs
`deactivate-mark-hook'.
If Transient Mark mode was temporarily enabled, reset the value
of the variable `transient-mark-mode'; if this causes Transient
Mark mode to be disabled, don't change `mark-active' to nil or
run `deactivate-mark-hook'.
(defalias 'deactivate-mark #[(&optional force) "\204 \205w \n\305=\203 \242\305=\202 \n\203N \306 \203N \307 \203N \2031 \310\311 \"\210\312\202N \313 \314 U\204N \315\311!\204E \316\311!\204N \310\311\313 \314 {\"\210 \204h \317=\204d \242\305=\203h A\204h \312\211\207\242\305=\203r A\312\320\321!\207" [transient-mark-mode force select-active-regions saved-region-selection mark-active only region-active-p display-selections-p x-set-selection PRIMARY nil region-beginning region-end x-selection-owner-p x-selection-exists-p lambda run-hooks deactivate-mark-hook] 4 (#$ . 125991)])
(put 'deactivate-mark 'byte-optimizer 'byte-compile-inline-expand)
#@20 Activate the mark.
(defalias 'activate-mark #[nil "\302\303!\205 \303 ?\205 \304\211\207" [mark-active transient-mark-mode mark t lambda] 2 (#$ . 127187)])
#@705 Set this buffer's mark to POS. Don't use this function!
That is to say, don't use this function unless you want
the user to see that the mark has moved, and you want the previous
mark position to be lost.
Normally, when a new mark is set, the old one should go on the stack.
This is why most applications should use `push-mark', not `set-mark'.
Novice Emacs Lisp programmers often try to use the mark for the wrong
purposes. The mark saves a location for the user's convenience.
Most editing commands should not alter the mark.
To remember a location for internal use in the Lisp program,
store it in a Lisp variable. Example:
(let ((beg (point))) (forward-line 1) (delete-region beg (point))).
(defalias 'set-mark #[(pos) "\203 \306\307\310!\210\311 p\223\207\306 \204 \n\205\213 \f\312=\203' \242\312=\202( \f\203` \313 \203` \314 \203`
\203C \315\316
\"\210\317\202` \320 \321 U\204` \322\316!\204W \323\316!\204` \315\316\320 \321 {\"\210\n\204| \324=\204v \242\312=\203| A\204| \317\211\202\213 \242\312=\203\206 A\317\307\325!)\210\311 \317\211\223\207" [pos mark-active force transient-mark-mode select-active-regions saved-region-selection t run-hooks activate-mark-hook mark-marker only region-active-p display-selections-p x-set-selection PRIMARY nil region-beginning region-end x-selection-owner-p x-selection-exists-p lambda deactivate-mark-hook] 4 (#$ . 127354)])
#@392 Whether "region-aware" commands should act on empty regions.
If nil, region-aware commands treat empty regions as inactive.
If non-nil, region-aware commands treat the region as active as
long as the mark is active, even if the region is empty.
Region-aware commands are those that act on the region if it is
active and Transient Mark mode is enabled, and on the text near
point otherwise.
(custom-declare-variable 'use-empty-active-region nil '(#$ . 128764) :type 'boolean :version "23.1" :group 'editing-basics)
#@482 Return t if the region is active and it is appropriate to act on it.
This is used by commands that act specially on the region under
Transient Mark mode.
The return value is t if Transient Mark mode is enabled and the
mark is active; furthermore, if `use-empty-active-region' is nil,
the region must not be empty. Otherwise, the return value is nil.
For some commands, it may be appropriate to ignore the value of
`use-empty-active-region'; in that case, use `region-active-p'.
(defalias 'use-region-p #[nil "\301 \205 \206 \302 \303 V\207" [use-empty-active-region region-active-p region-end region-beginning] 2 (#$ . 129286)])
#@299 Return t if Transient Mark mode is enabled and the mark is active.
Some commands act specially on the region when Transient Mark
mode is enabled. Usually, such commands should use
`use-region-p' instead of this function, because `use-region-p'
also checks the value of `use-empty-active-region'.
(defalias 'region-active-p #[nil "\205 \207" [transient-mark-mode mark-active] 1 (#$ . 129928)])
#@68 The list of former marks of the current buffer, most recent first.
(defvar mark-ring nil (#$ . 130332))
(byte-code "\300\301!\210\302\301\303\304#\210\305\306\307\310\311\312\313\314&\207" [make-variable-buffer-local mark-ring put permanent-local t custom-declare-variable mark-ring-max 16 "Maximum size of mark ring. Start discarding off end if gets this big." :type integer :group editing-basics] 8)
#@52 The list of saved global marks, most recent first.
(defvar global-mark-ring nil (#$ . 130742))
#@79 Maximum size of global mark ring. Start discarding off end if gets this big.
(custom-declare-variable 'global-mark-ring-max 16 '(#$ . 130843) :type 'integer :group 'editing-basics)
#@97 Jump to mark, and pop a new position for mark off the ring.
(Does not affect global mark ring).
(defalias 'pop-to-mark-command #[nil "\300\301!\204\n \302\303!\207`\300\301!U\203 \304\305!\210\300\301!b\210\306 \207" [mark t error "No mark set in this buffer" message "Mark popped" pop-mark] 3 (#$ . 131031) nil])
#@163 Set mark at where point is.
If no prefix ARG and mark is already set there, just activate it.
Display `Mark set' unless the optional second arg NOMSG is non-nil.
(defalias 'push-mark-command #[(arg &optional nomsg) "\304\305 ! \204 \203 `U\204 \306\307\n\310#\202) \310\311\312!\210\n?\205) \313\314!)\207" [mark arg nomsg mark-active marker-position mark-marker push-mark nil t run-hooks activate-mark-hook message "Mark activated"] 4 (#$ . 131353) "P"])
(byte-code "\300\301\302\303\304\305\306\307&\210\300\310\302\311\304\305\306\307\312\313& \210\314\310\302\315#\207" [custom-declare-variable set-mark-command-repeat-pop nil "Non-nil means repeating \\[set-mark-command] after popping mark pops it again.\nThat means that C-u \\[set-mark-command] \\[set-mark-command]\nwill pop the mark twice, and\nC-u \\[set-mark-command] \\[set-mark-command] \\[set-mark-command]\nwill pop the mark three times.\n\nA value of nil means \\[set-mark-command]'s behavior does not change\nafter C-u \\[set-mark-command]." :type boolean :group editing-basics set-mark-default-inactive "If non-nil, setting the mark does not activate it.\nThis option does the same thing as disabling Transient Mark mode,\nand it will be removed in the near future." :version "23.1" make-obsolete-variable "24.3"] 10)
#@1310 Set the mark where point is, or jump to the mark.
Setting the mark also alters the region, which is the text
between point and mark; this is the closest equivalent in
Emacs to what some editors call the "selection".
With no prefix argument, set the mark at point, and push the
old mark position on local mark ring. Also push the old mark on
global mark ring, if the previous mark was set in another buffer.
When Transient Mark Mode is off, immediately repeating this
command activates `transient-mark-mode' temporarily.
With prefix argument (e.g., \[universal-argument] \[set-mark-command]), jump to the mark, and set the mark from
position popped off the local mark ring (this does not affect the global
mark ring). Use \[pop-global-mark] to jump to a mark popped off the global
mark ring (see `pop-global-mark').
If `set-mark-command-repeat-pop' is non-nil, repeating
the \[set-mark-command] command with no prefix argument pops the next position
off the local (or global) mark ring and jumps there.
With \[universal-argument] \[universal-argument] as prefix
argument, unconditionally set mark where point is, even if
`set-mark-command-repeat-pop' is non-nil.
Novice Emacs Lisp programmers often try to use the mark for the wrong
purposes. See the documentation of `set-mark' for more information.
(defalias 'set-mark-command #[(arg) "\306=\203 \307\202\217 \242\310=\203\217 \307\204 \205\215 \n\310=\203) \242\310=\202* \n\203b \311 \203b \312 \203b \203E \313\314 \"\210\307\202b \315 \316 U\204b \317\314!\204Y \320\314!\204b \313\314\315 \316 {\"\210 \204~ \306=\204x \242\310=\203~ A\204~ \307\211\202\215 \242\310=\203\210 A\307\321\322!)\210
:\203\240 \323
!\324V\203\240 \325\307!\207 \326=\204\262
\203\256 \327 \207\325\330!\207 \203\304 \327=\203\304 \327\211 \207 \203\332 \331=\203\332
\204\332 \331\211 \207
\203\344 \327\211 \207 \326=\203x\311 \203q\307\204\372 \205k\n\310=\203\242\310=\202\n\203@\311 \203@\312 \203@ \203#\313\314 \"\210\307\202@\315 \316 U\204@\317\314!\2047\320\314!\204@\313\314\315 \316 {\"\210 \204\\\306=\204V\242\310=\203\\A\204\\\307\211\202k\242\310=\203fA\307\321\322!)\210\332\333!\207\334 \210\332\335!\207\325\307!\210!\205\375\307\204\213 \205\374\n\310=\203\230\242\310=\202\231\n\203\321\311 \203\321\312 \203\321 \203\264\313\314 \"\210\307\202\321\315 \316 U\204\321\317\314!\204\310\320\314!\204\321\313\314\315 \316 {\"\210 \204\355\306=\204\347\242\310=\203\355A\204\355\307\211\202\374\242\310=\203\367A\307\321\322!)\207" [transient-mark-mode force select-active-regions saved-region-selection mark-active arg lambda nil only region-active-p display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p run-hooks deactivate-mark-hook prefix-numeric-value 4 push-mark-command set-mark-command pop-to-mark-command t pop-global-mark message "Mark deactivated" activate-mark "Mark activated" this-command set-mark-command-repeat-pop last-command set-mark-default-inactive] 5 (#$ . 132656) "P"])
#@467 Set mark at LOCATION (point, by default) and push old mark on mark ring.
If the last global mark pushed was not in the current buffer,
also push LOCATION on the global mark ring.
Display `Mark set' unless the optional second arg NOMSG is non-nil.
Novice Emacs Lisp programmers often try to use the mark for the wrong
purposes. See the documentation of `set-mark' for more information.
In Transient Mark mode, activate mark if optional third arg ACTIVATE non-nil.
(defalias 'push-mark #[(&optional location nomsg activate) "\306\307!\203# \310\311 !B\211G V\203# \233@\312\211\223\210 S\233\312\241\210\311 \n\206* `p\223\210 \203: \313 @!p=\204W \310\311 ! B\211G\fV\203W \f \233@\312\211\223\210\fS \233\312\241\210
\204k \204k \314 \315V\204k \316\317!\210\204u \204{ \320\306\307!!\210\312\207" [mark-ring mark-ring-max location global-mark-ring global-mark-ring-max nomsg mark t copy-marker mark-marker nil marker-buffer minibuffer-depth 0 message "Mark set" set-mark executing-kbd-macro activate transient-mark-mode] 4 (#$ . 135778)])
#@107 Pop off mark ring into the buffer's actual mark.
Does not set point. Does nothing if mark ring is empty.
(defalias 'pop-mark #[nil "\203' \306\307 !C\244\307 @\310\\p\223\210@\311\211\223\210\312\313!\204$ \314 \210A\311\n\2041 \205\242 \315=\203> \n\242\315=\202? \203w \316 \203w \317 \203w \f\203Z \320\321\f\"\210\311\202w \322 \323 U\204w \324\321!\204n \325\321!\204w \320\321\322 \323 {\"\210 \204\223 \n\326=\204\215 \n\242\315=\203\223 \nA\204\223 \311\211\202\242 \n\242\315=\203\235 \nA\311\327\330!)\207" [mark-ring force transient-mark-mode select-active-regions saved-region-selection mark-active copy-marker mark-marker 0 nil mark t ding only region-active-p display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p lambda run-hooks deactivate-mark-hook] 4 (#$ . 136840)])
(byte-code "\300\301\302\303#\210\304\301\302\305#\207" [defalias exchange-dot-and-mark exchange-point-and-mark nil make-obsolete "23.3"] 4)
#@355 Put the mark where point is now, and point where the mark is now.
This command works even when the mark is not active,
and it reactivates the mark.
If Transient Mark mode is on, a prefix ARG deactivates the mark
if it is active, and otherwise avoids reactivating it. If
Transient Mark mode is off, a prefix ARG enables Transient Mark
mode temporarily.
(defalias 'exchange-point-and-mark #[(&optional arg) "\306\307!\242\310=\211\204 \311\312!\210\313\204 \205\215 \f\310=\203( \242\310=\202) \f\203a \314 \203a \315 \203a
\203D \316\317
\"\210\313\202a \320 \321 U\204a \322\317!\204X \323\317!\204a \316\317\320 \321 {\"\210 \204} \324=\204w \242\310=\203} A\204} \313\211\202\215 \242\310=\203\207 A\313\325\326!)\210\327`!\210\nb\210\203\313\204\245 \205\f\310=\203\262 \242\310=\202\263 \f\203\353 \314 \203\353 \315 \203\353
\203\316 \316\317
\"\210\313\202\353 \320 \321 U\204\353 \322\317!\204\342 \323\317!\204\353 \316\317\320 \321 {\"\210 \204\324=\204\242\310=\203A\204\313\211\202\242\310=\203A\313\325\326!)\210 \203$\310B\202\274\203.\314 \2048\204\271\314 \204\271\313\204B \205\264\f\310=\203O\242\310=\202P\f\203\210\314 \203\210\315 \203\210
\203k\316\317
\"\210\313\202\210\320 \321 U\204\210\322\317!\204\323\317!\204\210\316\317\320 \321 {\"\210 \204\244\324=\204\236\242\310=\203\244A\204\244\313\211\202\264\242\310=\203\256A\313\325\326!)\210\202\274\330 \210*\313\207" [transient-mark-mode temp-highlight omark force select-active-regions saved-region-selection mark t only error "No mark set in this buffer" nil region-active-p display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p lambda run-hooks deactivate-mark-hook set-mark activate-mark mark-active set-mark-default-inactive arg] 5 (#$ . 137849) "P"])
#@496 When non-nil, shifted motion keys activate the mark momentarily.
While the mark is activated in this way, any shift-translated point
motion key extends the region, and if Transient Mark mode was off, it
is temporarily turned on. Furthermore, the mark will be deactivated
by any subsequent point motion key that was not shift-translated, or
by any action that normally deactivates the mark in Transient Mark mode.
See `this-command-keys-shift-translated' for the meaning of
shift-translation.
(custom-declare-variable 'shift-select-mode t '(#$ . 139750) :type 'boolean :group 'editing-basics)
#@632 Activate/deactivate mark depending on invocation thru shift translation.
This function is called by `call-interactively' when a command
with a `^' character in its `interactive' spec is invoked, before
running the command itself.
If `shift-select-mode' is enabled and the command was invoked
through shift translation, set the mark and activate the region
temporarily, unless it was already set in this way. See
`this-command-keys-shift-translated' for the meaning of shift
translation.
Otherwise, if the region has been activated temporarily,
deactivate it, and restore the variable `transient-mark-mode' to
its earlier value.
(defalias 'handle-shift-selection #[nil "\203% \203% \n\205 \242\306=?\205\256 \306 \307=?\205 B\310\311\211\312#\207 \242\306=\205\256 A\311 \2049 \f\205\255
\306=\203F \242\306=\202G
\203\202 \313 \203\202 \314 \203\202 \203e \315\316\"\210\311\202\202 \317 \320 U\204\202 \321\316!\204y \322\316!\204\202 \315\316\317 \320 {\"\210\f\204\236 \307=\204\230 \242\306=\203\236 A\204\236 \311\211\202\255 \242\306=\203\250 A\311\323\324!)\207" [shift-select-mode this-command-keys-shift-translated mark-active transient-mark-mode force select-active-regions only lambda push-mark nil t region-active-p display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p run-hooks deactivate-mark-hook saved-region-selection] 4 (#$ . 140352)])
#@1136 Toggle Transient Mark mode.
With a prefix argument ARG, enable Transient Mark mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
Transient Mark mode if ARG is omitted or nil.
Transient Mark mode is a global minor mode. When enabled, the
region is highlighted whenever the mark is active. The mark is
"deactivated" by changing the buffer, and after certain other
operations that set the mark but whose main purpose is something
else--for example, incremental search, \[beginning-of-buffer], and \[end-of-buffer].
You can also deactivate the mark by typing \[keyboard-quit] or
\[keyboard-escape-quit].
Many commands change their behavior when Transient Mark mode is
in effect and the mark is active, by acting on the region instead
of their usual default part of the buffer's text. Examples of
such commands include \[comment-dwim], \[flush-lines], \[keep-lines],
\[query-replace], \[query-replace-regexp], \[ispell], and \[undo].
To see the documentation of commands which are sensitive to the
Transient Mark mode, invoke \[apropos-documentation] and type "transient"
or "mark.*active" at the prompt.
(defalias 'transient-mark-mode #[(&optional arg) "\303 \304=\203 \n?\202 \305 !\306V\307\310\n\203 \311\202 \312\"\210\313\314!\203D \315\302!\210\303 \2037 \303 \232\203D \316\317\n\203A \320\202B \321\"\210)\322 \210\n\207" [#1=#:last-message arg transient-mark-mode current-message toggle prefix-numeric-value 0 run-hooks transient-mark-mode-hook transient-mark-mode-on-hook transient-mark-mode-off-hook called-interactively-p any customize-mark-as-set message "Transient-Mark mode %sabled" "en" "dis" force-mode-line-update] 3 (#$ . 141805) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\211%\207" [transient-mark-mode-map add-minor-mode transient-mark-mode nil boundp] 6)
#@301 Non-nil means it is ok for commands to call `widen' when they want to.
Some commands will do this in order to go to positions outside
the current accessible part of the buffer.
If `widen-automatically' is nil, these commands will do something else
as a fallback, and won't change the buffer bounds.
(defvar widen-automatically t (#$ . 143672))
#@369 Whether the currently executing code is performing an essential task.
This variable should be non-nil only when running code which should not
disturb the user. E.g. it can be used to prevent Tramp from prompting the
user for a password when we are simply scanning a set of files in the
background or displaying possible completions before the user even asked
for it.
(defvar non-essential nil (#$ . 144024))
#@56 Pop off global mark ring and jump to the top location.
(defalias 'pop-global-mark #[nil "\203 \305@!\204 A\211\204 \204 \306\307!\210@\305 !\310 !A@C\244\nq\210 eY\203; dX\204H \f\203D ~\210\202H \306\311!\210 b\210\312\n!+\207" [global-mark-ring marker buffer position widen-automatically marker-buffer error "No global mark set" marker-position "Global mark position is outside accessible part of buffer" switch-to-buffer] 3 (#$ . 144439) nil])
#@73 If non-nil, `next-line' inserts newline to avoid `end of buffer' error.
(custom-declare-variable 'next-line-add-newlines nil '(#$ . 144909) :type 'boolean :version "21.1" :group 'editing-basics)
#@1454 Move cursor vertically down ARG lines.
Interactively, vscroll tall lines if `auto-window-vscroll' is enabled.
If there is no character in the target line exactly under the current column,
the cursor is positioned after the character in that line which spans this
column, or at the end of the line if it is not long enough.
If there is no line in the buffer after this one, behavior depends on the
value of `next-line-add-newlines'. If non-nil, it inserts a newline character
to create a line, and moves the cursor to that line. Otherwise it moves the
cursor to the end of the buffer.
If the variable `line-move-visual' is non-nil, this command moves
by display lines. Otherwise, it moves by buffer lines, without
taking variable-width characters or continued lines into account.
The command \[set-goal-column] can be used to create
a semipermanent goal column for this command.
Then instead of trying to move exactly vertically (or as close as possible),
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.).
(defalias 'next-line #[(&optional arg try-vscroll) "\204 \306 \2037 \306U\2037 \212\307\210m)\203- \307\211\210 \203& \f\202' \310c\210)\202L \311\307\211
$\210\202L \312\313!\203E \314\315\316\217\210\202L \311\307\211
$\210\307\207" [arg next-line-add-newlines abbrev-mode use-hard-newlines hard-newline try-vscroll 1 nil "\n" line-move called-interactively-p interactive err (byte-code "\302\303\211 $\207" [arg try-vscroll line-move nil] 5) (((beginning-of-buffer end-of-buffer) (byte-code "\301@A\"\207" [err signal] 3)))] 6 (#$ . 145112) "^p\np"])
#@1213 Move cursor vertically up ARG lines.
Interactively, vscroll tall lines if `auto-window-vscroll' is enabled.
If there is no character in the target line exactly over the current column,
the cursor is positioned after the character in that line which spans this
column, or at the end of the line if it is not long enough.
If the variable `line-move-visual' is non-nil, this command moves
by display lines. Otherwise, it moves by buffer lines, without
taking variable-width characters or continued lines into account.
The command \[set-goal-column] can be used to create
a semipermanent goal column for this command.
Then instead of trying to move exactly vertically (or as close as possible),
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.).
(defalias 'previous-line #[(&optional arg try-vscroll) "\204 \302\303\304!\203 \305\306\307\217\210\202 \310[\311\211 $\210\311\207" [arg try-vscroll 1 called-interactively-p interactive err (byte-code "\302[\303\211 $\207" [arg try-vscroll line-move nil] 5) (((beginning-of-buffer end-of-buffer) (byte-code "\301@A\"\207" [err signal] 3))) line-move nil] 5 (#$ . 147139) "^p\np"])
(byte-code "\300\301\302\303\304\305\306\307&\210\300\310\302\311\304\312\306\307&\210\313\310!\207" [custom-declare-variable track-eol nil "Non-nil means vertical motion starting at end of line keeps to ends of lines.\nThis means moving to the end of each line moved onto.\nThe beginning of a blank line does not count as the end of a line.\nThis has no effect when `line-move-visual' is non-nil." :type boolean :group editing-basics goal-column "Semipermanent goal column for vertical motion, as set by \\[set-goal-column], or nil.\nA non-nil setting overrides `line-move-visual', which see." (choice integer (const :tag "None" nil)) make-variable-buffer-local] 8)
#@469 Current goal column for vertical motion.
It is the column where point was at the start of the current run
of vertical motion commands.
When moving by visual lines via `line-move-visual', it is a cons
cell (COL . HSCROLL), where COL is the x-position, in pixels,
divided by the default column width, and HSCROLL is the number of
columns by which window is scrolled from left margin.
When the `track-eol' feature is doing its job, the value is
`most-positive-fixnum'.
(defvar temporary-goal-column 0 (#$ . 149418))
(byte-code "\300\301\302\303\304\305\306\307&\210\300\310\302\311\304\305\306\307\312\313& \207" [custom-declare-variable line-move-ignore-invisible t "Non-nil means \\[next-line] and \\[previous-line] ignore invisible lines.\nOutline mode sets this." :type boolean :group editing-basics line-move-visual "When non-nil, `line-move' moves point by visual lines.\nThis movement is based on where the cursor is displayed on the\nscreen, instead of relying on buffer contents alone. It takes\ninto account variable-width characters and line continuation.\nIf nil, `line-move' moves point by logical lines.\nA non-nil setting of `goal-column' overrides the value of this variable\nand forces movement by logical lines.\nA window that is horizontally scrolled also forces movement by logical\nlines." :version "23.1"] 10)
(defalias 'line-move-partial #[(arg noerror to-end) "\306W\203 \307\310\311\"\211\312 V\205 \313\310 \312 Z\311#)\207\314\315!\211A@\316\n8 \317\n8 \310\211 \n\203D
\312 Y\204D \f\312 [X\205\366 \n\204Z \320\311\310\311# \3178\3218)
\203d
\306U\203h \310\202\366 \306V\203\233 \314 A@\206\206 \322 \323 !\206\204 \324 !A)\211\325\326 \327# S^W\203\233 \310\202\366 \307\310\311\"\211\306V\203\271
\306V\205\366 \313\310
\312 ^\\\311#\202\366 \306V\203\342 \325\326 \327# S^U\203\342 \313\310\312 \311#\210\330 #\210\311\202\366 \306V\203\360 \331\327!\210\311\202\366 \313\310\312 \311#.\207" [arg vs lh vpos ypos rbot 0 window-vscroll nil t frame-char-height set-window-vscroll window-line-height -1 2 3 pos-visible-in-window-p 5 posn-at-point posn-actual-col-row posn-col-row - window-text-height 1 line-move-1 scroll-up py wend ppos scroll-margin noerror to-end] 6])
(defalias 'line-move #[(arg &optional noerror to-end try-vscroll) "\203 y\207\n\205/ \205/ \306 !\307U\205/ \310\f!\205/
?\205/ ?\205/ \311 #?\205W \312\313\314\315#\210\203P \204P \316 \314V\204P \317 \"\207\320 #\207" [noninteractive arg auto-window-vscroll try-vscroll scroll-conservatively defining-kbd-macro abs 1 zerop line-move-partial set-window-vscroll nil 0 t window-hscroll line-move-visual line-move-1 executing-kbd-macro noerror to-end goal-column] 4])
(defalias 'line-move-visual #[(arg &optional noerror) "`\306 \307 :\203) \f\310\311
E>\203) A U\203# A\312V\203^ A\202^ \313 \211 A@\314=\203> \315 S B\202] \3168)@\203] \317 \3168)@!\320 \245 B)\203h \321\322 \"\210\323\206y :\203x @\202y B!U\203\233 \312Y\206\260 `\nU?\206\260 \323!U\206\260 ?\205\260 \324\312W\203\255 \325\202\256 \326\307\"+\207" [target-hscroll hscroll opoint temporary-goal-column last-command this-command window-hscroll nil next-line previous-line 0 posn-at-point right-fringe window-width 2 float frame-char-width set-window-hscroll selected-window vertical-motion signal beginning-of-buffer end-of-buffer posn position goal-column arg noerror] 5])
(defalias 'line-move-1 #[(arg &optional noerror _to-end) "\306`\f:\203 \f@\fA\\\307\216
\310>\2043 \2031 l\2031 n\203,
\311=\2031 \2022 i\250\204\206 \204\206 \312V\203^ \313V\203N Sy\210\314\210\315\313y!\203o \312\211\202l \315y!\203o n\203o \312\211\204\212 \204\212\316\312W\203 \317\202\200 \320\314\"\210\202\212\314 \312V\203 \204m\204\246 \321`!\203\246 \322`!b\210\202\224 \323\306 \324 )`\306\211\325%b\210m\203\313 \204\305 \316\320\314\"\210\202\373 \306 \202\373 \313V\203\343 \250\204\343 \321`!\204\343 \313y\210\202\373 \315\326\313!!\203\373 \204\370 \316\320\314\"\210\202\373 \306 \204\211 S\211\202\212 \312W\203\211 \204\211\312y\210o\203, \204&\316\317\314\"\210\202]\306 \202]\327W\203E\250\204E\321`S!\204E\327y\210\202]\315\326\327!!\203] \204Z\316\317\314\"\210\202]\306 \204T\315 \206l\f!\204v\312W\203o\204\321`S!\203\330`!b\210\202e)\312U,\207" [arg orig-arg opoint inhibit-point-motion-hooks temporary-goal-column last-command t ((byte-code "\306V\203 \307 b\210\310\nb\210*\2027 \306W\203* \311 b\210\310\nb\210*\2027 \312\f\2060
\306V#\210\310\207" [arg opoint npoint inhibit-point-motion-hooks goal-column temporary-goal-column 0 line-end-position nil line-beginning-position line-move-finish orig-arg] 5)) (next-line previous-line) move-end-of-line 0 1 nil zerop signal beginning-of-buffer end-of-buffer invisible-p next-char-property-change constrain-to-field line-end-position inhibit-line-move-field-capture vertical-motion -1 previous-char-property-change track-eol most-positive-fixnum selective-display line-move-ignore-invisible noerror done inhibit-field-text-motion goal-column] 7])
(defalias 'line-move-finish #[(column opoint forward) "\306\205\250 \307\211`\310 \212\311\307w\210m\204' \312`!\203' \313`!b\210\311\307w\210\202 `) \314\315
!!\210\203A ` W\203A b\210`\211b\210\307 \fb\210` X\203W `\202r \316u\210\203e \n`W\202h ` X\203p `\202r )b\210\307 \317\f\320\"\317\320\"=\203\213 \f\202\223 \321\f\306\211\322%b\210)`\nW\204\242 ` V\203\244 \306,\202 )\207" [repeat line-end line-beg old new column t nil line-beginning-position "^\n" invisible-p next-char-property-change line-move-to-column truncate -1 get-char-property field constrain-to-field inhibit-line-move-field-capture forward inhibit-point-motion-hooks opoint] 7])
#@204 Try to find column COL, considering invisibility.
This function works only in certain cases,
because what we really need is for `move-to-column'
and `current-column' to be able to ignore invisible text.
(defalias 'line-move-to-column #[(col) "\305!\203\f \306 \210\202 \307!\210 \205c n?\205c \310`S!\205c `im\2046 \310`!\2036 \311`!b\210\202$ i\nV\203F \312i\nZ\\!\202b b\210\313 n?\205a \310`S!\205a \314`\f\"b\210\202L )*\207" [col line-move-ignore-invisible normal-column normal-location line-beg zerop beginning-of-line move-to-column invisible-p next-char-property-change line-move-to-column line-beginning-position previous-char-property-change] 4 (#$ . 155285)])
#@417 Move point to end of current line as displayed.
With argument ARG not nil or 1, move forward ARG - 1 lines first.
If point reaches the beginning or end of buffer, it stops there.
To ignore the effects of the `intangible' text or overlay
property, bind `inhibit-point-motion-hooks' to t.
If there is an image in the current line, this function
disregards newlines that are part of the text on which the image
rests.
(defalias 'move-end-of-line #[(arg) "\204 \305\306 ?\205m \212\307\306\310\311\"\203: \312\306x\203: o\204: o\2047 \313`S!\2037 \314`\315\"b\210\202# \316u\210`+\211 b\210`\fV\203R h\317=\203R \316u\210\202i `\fV\203g m\204g g\317=\204g \305\202i \311)\202 )\207" [arg done line-move-visual goal-column newpos 1 nil 0 line-move t "^\n" invisible-p previous-single-char-property-change invisible -1 10] 4 (#$ . 155971) "^p"])
#@364 Move point to beginning of current line as displayed.
(If there's an image in the line, this disregards newlines
which are part of the text that the image rests on.)
With argument ARG not nil or 1, move forward ARG - 1 lines first.
If point reaches the beginning or end of buffer, it stops there.
To ignore intangibility, bind `inhibit-point-motion-hooks' to t.
(defalias 'move-beginning-of-line #[(arg) "\204 \305`\306\211\305U\204 \306 \307S\310\"\210)\311\306x\210o\2046 \312`S!\2036 \313`!b\210\311\306x\210\202 m\204H \312`!\203H \314`!b\210\2026 `\315\n \305U?\310\306%\211\nU\204_ \202i \315` \305U?\310\306%b+\207" [arg first-vis-field-value first-vis orig line-move-visual 1 nil line-move t "^\n" invisible-p previous-char-property-change next-char-property-change constrain-to-field] 7 (#$ . 156829) "^p"])
(put 'set-goal-column 'disabled t)
#@385 Set the current horizontal position as a goal for \[next-line] and \[previous-line].
Those commands will move to this position in the line moved to
rather than trying to keep the same horizontal position.
With a non-nil argument ARG, clears out the goal column
so that \[next-line] and \[previous-line] resume vertical motion.
The goal column is stored in the variable `goal-column'.
(defalias 'set-goal-column #[(arg) "\203
\302\303\304!\210\202 i\303\305\306\307 \"\310\311!P\"\210\302\207" [arg goal-column nil message "No goal column" "%s" format "Goal column %d " substitute-command-keys "(use \\[set-goal-column] with an arg to unset it)"] 5 (#$ . 157704) "P"])
#@242 Move point to end of current visual line.
With argument N not nil or 1, move forward N - 1 visual lines first.
If point reaches the beginning or end of buffer, it stops there.
To ignore intangibility, bind `inhibit-point-motion-hooks' to t.
(defalias 'end-of-visual-line #[(&optional n) "\204 \302\302U\204 \303\304S\303\"\210)\305\306 \307B!\207" [n line-move-visual 1 t line-move vertical-motion window-width 0] 3 (#$ . 158384) "^p"])
#@248 Move point to beginning of current visual line.
With argument N not nil or 1, move forward N - 1 visual lines first.
If point reaches the beginning or end of buffer, it stops there.
To ignore intangibility, bind `inhibit-point-motion-hooks' to t.
(defalias 'beginning-of-visual-line #[(&optional n) "\204 \303`\303U\204 \304\305S\304\"\210)\306\307!\210\310` \303U?#b)\207" [n opoint line-move-visual 1 t line-move vertical-motion 0 constrain-to-field] 5 (#$ . 158835) "^p"])
#@609 Kill the rest of the visual line.
With prefix argument ARG, kill that many visual lines from point.
If ARG is negative, kill visual lines backward.
If ARG is zero, kill the text before point on the current visual
line.
If you want to append the killed line to the last killed text,
use \[append-next-kill] before \[kill-line].
If the buffer is read-only, Emacs will beep and refrain from deleting
the line, but put the line in the kill ring anyway. This means that
you can use this command to copy text from a read-only buffer.
(If the variable `kill-read-only-ok' is non-nil, then this won't
even beep.)
(defalias 'kill-visual-line #[(&optional arg) "`\205 n\n\203 \303\304\n!!\210\202* \305\306!\210` U\203& \303\306!\210\202* \307\310w\210\311 \203; \312\313!\203; `T\202< `\"*\207" [kill-whole-line opoint arg vertical-motion prefix-numeric-value end-of-visual-line 1 " " nil kill-region looking-at "\n"] 4 (#$ . 159327) "P"])
#@199 Move cursor vertically down ARG lines.
This is identical to `next-line', except that it always moves
by logical lines instead of visual lines, ignoring the value of
the variable `line-move-visual'.
(defalias 'next-logical-line #[(&optional arg try-vscroll) "\303\304 \n\")\207" [line-move-visual arg try-vscroll nil next-line] 3 (#$ . 160275) "^p\np"])
#@201 Move cursor vertically up ARG lines.
This is identical to `previous-line', except that it always moves
by logical lines instead of visual lines, ignoring the value of
the variable `line-move-visual'.
(defalias 'previous-logical-line #[(&optional arg try-vscroll) "\303\304 \n\")\207" [line-move-visual arg try-vscroll nil previous-line] 3 (#$ . 160636) "^p\np"])
(custom-declare-group 'visual-line nil "Editing based on visual lines." :group 'convenience :version "23.1")
(defvar visual-line-mode-map (byte-code "\301 \302\303\304#\210\302\305\306#\210\302\307\310#\210)\207" [map make-sparse-keymap define-key [remap kill-line] kill-visual-line [remap move-beginning-of-line] beginning-of-visual-line [remap move-end-of-line] end-of-visual-line] 4))
#@448 How fringe indicators are shown for wrapped lines in `visual-line-mode'.
The value should be a list of the form (LEFT RIGHT), where LEFT
and RIGHT are symbols representing the bitmaps to display, to
indicate wrapped lines, in the left and right fringes respectively.
See also `fringe-indicator-alist'.
The default is not to display fringe indicators for wrapped lines.
This variable does not affect fringe indicators displayed for
other purposes.
(custom-declare-variable 'visual-line-fringe-indicators ''(nil nil) '(#$ . 161400) :type '(list (choice (const :tag "Hide left indicator" nil) (const :tag "Left curly arrow" left-curly-arrow) (symbol :tag "Other bitmap")) (choice (const :tag "Hide right indicator" nil) (const :tag "Right curly arrow" right-curly-arrow) (symbol :tag "Other bitmap"))) :set #[(symbol value) "\305 \306\211\203. @rq\210\307\310!\203& \310J\203& \311\nB\312\311\313 !\"B) A\211\204 *\314\f\n\"\207" [buf --dolist-tail-- value fringe-indicator-alist symbol buffer-list nil boundp visual-line-mode continuation assq-delete-all copy-tree set-default] 6])
(defvar visual-line--saved-state nil)
#@101 Non-nil if Visual-Line mode is enabled.
Use the command `visual-line-mode' to change this variable.
(defvar visual-line-mode nil (#$ . 162533))
(make-variable-buffer-local 'visual-line-mode)
#@424 Toggle visual line based editing (Visual Line mode).
With a prefix argument ARG, enable Visual Line mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
When Visual Line mode is enabled, `word-wrap' is turned on in
this buffer, and simple editing commands are redefined to act on
visual lines, not logical lines. See Info node `Visual Line
Mode' for details.
(defalias 'visual-line-mode #[(&optional arg) "\306 \307=\203 \n?\202 \310 !\311V\211\203^ \312\303!\210\313\314\313 \211 \203=
@\315\f!\2036 \f\211JB B
A\211\204& *\312\316!\210\317\312\320!\210\313\211\317\321!BB\202\225 \322\316!\210\322\323!\210\322\324!\210\322\320!\210\322\325!\210 \313 \"\211 \203\220
@\"\312\"@!\"AL\210
A\211\204{ *\322\303!\210\326\327\n\203\237 \330\202\240 \331\"\210\332\333!\203\301 \306 \203\264 \306 \232\203\301 \334\335\n\203\276 \336\202\277 \337\"\210)\340 \210\n\207" [#1=#:last-message arg visual-line-mode visual-line--saved-state var --dolist-tail-- current-message toggle prefix-numeric-value 0 make-local-variable nil (line-move-visual truncate-lines truncate-partial-width-windows word-wrap fringe-indicator-alist) local-variable-p line-move-visual t truncate-partial-width-windows continuation kill-local-variable word-wrap truncate-lines fringe-indicator-alist run-hooks visual-line-mode-hook visual-line-mode-on-hook visual-line-mode-off-hook called-interactively-p any message "Visual-Line mode %sabled" "en" "dis" force-mode-line-update visual-line-fringe-indicators saved] 4 (#$ . 162731) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\211%\207" [visual-line-mode-map add-minor-mode visual-line-mode " Wrap" nil] 6)
(defalias 'turn-on-visual-line-mode #[nil "\300\301!\207" [visual-line-mode 1] 2])
(defvar visual-line-mode-major-mode nil)
(byte-code "\300\301!\210\302\303\304\305\306\307\310\311\312\313\314\315& \207" [make-variable-buffer-local visual-line-mode-major-mode custom-declare-variable global-visual-line-mode nil "Non-nil if Global-Visual-Line mode is enabled.\nSee the command `global-visual-line-mode' for a description of this minor mode.\nSetting this variable directly does not take effect;\neither customize it (see the info node `Easy Customization')\nor call the function `global-visual-line-mode'." :set custom-set-minor-mode :initialize custom-initialize-default :group visual-line :type boolean] 12)
#@351 Toggle Visual-Line mode in all buffers.
With prefix ARG, enable Global-Visual-Line mode if ARG is positive;
otherwise, disable it. If called from Lisp, enable the mode if
ARG is omitted or nil.
Visual-Line mode is enabled in all buffers where
`turn-on-visual-line-mode' would do it.
See `visual-line-mode' for more information on Visual-Line mode.
(defalias 'global-visual-line-mode #[(&optional arg) "\306 \307=\203 \n?\202 \310 !\311V\211\203/ \312\313\314\"\210\312\315\314\"\210\312\316\317\"\210\312\320\321\"\210\202C \322\313\314\"\210\322\315\314\"\210\322\316\317\"\210\322\320\321\"\210\323 \324\211 \203m \f@r q\210\n\203] \325 \210\202e
\203e \305\326!\210)\fA\211\204L *\327\330\n\203x \331\202y \332\"\210\333\334!\203\236 \335\302!\210\306 \203\221 \306 \232\203\236 \336\337\n\203\233 \340\202\234 \341\"\210)\342 \210\n\207" [#1=#:last-message arg global-visual-line-mode buf --dolist-tail-- visual-line-mode current-message toggle prefix-numeric-value 0 add-hook after-change-major-mode-hook global-visual-line-mode-enable-in-buffers change-major-mode-after-body-hook find-file-hook global-visual-line-mode-check-buffers change-major-mode-hook global-visual-line-mode-cmhh remove-hook buffer-list nil turn-on-visual-line-mode -1 run-hooks global-visual-line-mode-hook global-visual-line-mode-on-hook global-visual-line-mode-off-hook called-interactively-p any customize-mark-as-set message "Global-Visual-Line mode %sabled" "en" "dis" force-mode-line-update] 4 (#$ . 165192) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \305\211%\207" [global-visual-line-mode-map add-minor-mode global-visual-line-mode " vl" boundp nil] 6)
(defvar global-visual-line-mode-buffers nil)
(defalias 'global-visual-line-mode-enable-in-buffers #[nil "\306\211\2059 \n@\307 !\2031 r q\210 \f=\2040
\203+ \305\310!\210\311 \210\f\2020 \311 \210\f)\nA\211\204 \306*\207" [global-visual-line-mode-buffers buf --dolist-tail-- visual-line-mode-major-mode major-mode visual-line-mode nil buffer-live-p -1 turn-on-visual-line-mode] 3])
(put 'global-visual-line-mode-enable-in-buffers 'definition-name 'global-visual-line-mode)
(defalias 'global-visual-line-mode-check-buffers #[nil "\301 \210\302\303\304\305\"\207" [global-visual-line-mode-buffers global-visual-line-mode-enable-in-buffers nil remove-hook post-command-hook global-visual-line-mode-check-buffers] 3])
(put 'global-visual-line-mode-check-buffers 'definition-name 'global-visual-line-mode)
(defalias 'global-visual-line-mode-cmhh #[nil "\300\301p\"\210\302\303\304\"\207" [add-to-list global-visual-line-mode-buffers add-hook post-command-hook global-visual-line-mode-check-buffers] 3])
(put 'global-visual-line-mode-cmhh 'definition-name 'global-visual-line-mode)
#@277 Interchange characters around point, moving forward one character.
With prefix arg ARG, effect is to take character before point
and drag it forward past ARG other characters (backward if ARG negative).
If no argument and at end of line, the previous two chars are exchanged.
(defalias 'transpose-chars #[(arg) "\204 l\203 \301u\210\302\303\304!\"\207" [arg -1 transpose-subr forward-char prefix-numeric-value] 4 (#$ . 167976) "*P"])
#@290 Interchange words around point, leaving point at end of them.
With prefix arg ARG, effect is to take word before or around point
and drag it forward past ARG other words (backward if ARG negative).
If ARG is zero, the words around or after point and around or after mark
are interchanged.
(defalias 'transpose-words #[(arg) "\301\302\"\207" [arg transpose-subr forward-word] 3 (#$ . 168421) "*p"])
#@129 Like \[transpose-words] but applies to sexps.
Does not work on a sexp that point is in the middle of
if it is a list or string.
(defalias 'transpose-sexps #[(arg) "\301\302\303#\207" [arg transpose-subr #[(arg) "\301V\203\f \302\303!\202 o\2043 \212\304u\210\302\303!)\2033 \301V\203% \305\202& \306\307!\210\212\310!\210`)`B\207\301V\203= \305\202> \306\311!\210\212\310!\210`)\312\301V\203S \313\202T \304!\204H \314\301V\203c \306\202d \305\315!!\203H `B\207" [arg 0 looking-at "\\sw\\|\\s_" -1 skip-syntax-backward skip-syntax-forward "w_" forward-sexp " ." forward-comment 1 zerop "."] 4] special] 4 (#$ . 168827) "*p"])
#@205 Exchange current line and previous line, leaving point after both.
With argument ARG, takes previous line and moves it past ARG lines.
With argument 0, interchanges line point is in with line mark is in.
(defalias 'transpose-lines #[(arg) "\301\302\"\207" [arg transpose-subr #[(arg) "\301V\203 yh\302U\204 T\301V\205 \303!\207y\207" [arg 0 10 newline] 2]] 3 (#$ . 169469) "*p"])
#@456 Subroutine to do the work of transposing objects.
Works for lines, sentences, paragraphs, etc. MOVER is a function that
moves forward by units of the given object (e.g. forward-sentence,
forward-paragraph). If ARG is zero, exchanges the current object
with the one containing mark. If ARG is an integer, moves the
current object past ARG following (if ARG is positive) or
preceding (if ARG is negative) objects, leaving point after the
current object.
(defalias 'transpose-subr #[(mover arg &optional special) "\203 \202 \306\307\211
\310U\2032 \212\f\311!\312 \206! \313\314!b\210\f\311!\315 \n\"\210)\316 \202[
\310V\203K \f\317!\f
!\315 \n\"\210\n@b\202[ \f\317!\211@b\210\f
!\315 \n\"+\207" [special mover pos2 pos1 aux arg #[(x) " !\210` [!\210`B\207" [mover x] 3] nil 0 1 mark error "No mark set in this buffer" transpose-subr-1 exchange-point-and-mark -1] 4 (#$ . 169868)])
(defalias 'transpose-subr-1 #[(pos1 pos2) "@AV\203 A@B @ AV\203 A @B@ @V\203+ \n)A @V\2037 \306\307!\210\310 \311 \211\311 \312\216\313!\210\311 \314 @ A\" @b\210\314@A\"c\210@b\210c\210)\315\211.\207" [pos1 pos2 swap most-positive-fixnum #1=#:--change-group-success-- undo-strong-limit error "Don't have two things to transpose" prepare-change-group nil ((byte-code "\203 \302 !\210\202 \303 !\210\302\207" [#1# #2=#:--change-group-handle-- accept-change-group cancel-change-group] 2)) activate-change-group delete-and-extract-region t undo-limit undo-outer-limit #2# word2] 5])
#@103 Move backward until encountering the beginning of a word.
With argument ARG, do this that many times.
(defalias 'backward-word #[(&optional arg) "\206 \301[v\207" [arg 1] 1 (#$ . 171393) "^p"])
#@282 Set mark ARG words away from point.
The place mark goes is the same place \[forward-word] would
move to with the same argument.
Interactively, if this command is repeated
or (in Transient Mark mode) if the mark is active,
it marks the next ARG words after the ones already marked.
(defalias 'mark-word #[(&optional arg allow-extend) "\2039 \n=\203 \304\305!\204 \306 \2039 \203 \307 !\202+ \304 `W\203* \310\202+ \311\312\212\304 b\210 v\210`)!\207\313\212\307 !v\210`)\314\305#\207" [allow-extend last-command this-command arg mark t region-active-p prefix-numeric-value -1 1 set-mark push-mark nil] 4 (#$ . 171596) "P\np"])
#@107 Kill characters forward until encountering the end of a word.
With argument ARG, do this that many times.
(defalias 'kill-word #[(arg) "\301`v\210`\"\207" [arg kill-region] 3 (#$ . 172236) "p"])
#@114 Kill characters backward until encountering the beginning of a word.
With argument ARG, do this that many times.
(defalias 'backward-kill-word #[(arg) "\301[!\207" [arg kill-word] 2 (#$ . 172439) "p"])
#@405 Return the symbol or word that point is on (or a nearby one) as a string.
The return value includes no text properties.
If optional arg STRICT is non-nil, return nil unless point is within
or adjacent to a symbol or word. In all cases the value can be nil
if there is no word nearby.
The function, belying its name, normally finds a symbol.
If optional arg REALLY-WORD is non-nil, it finds just a word.
(defalias 'current-word #[(&optional strict really-word) "\212``` \203 \306\202 \307 \310\fP \311\f!\210`b\210\312\f!\210` =\203X \n=\203X \204X \311
\313 \"\210n\203P \312
\314 \"\210`\312\f!\210`\202X `\311\f!\210` \nU?\205c \315 \n\".\207" [oldpoint start end really-word syntaxes not-syntaxes "w" "w_" "^" skip-syntax-backward skip-syntax-forward line-beginning-position line-end-position buffer-substring-no-properties strict] 3 (#$ . 172649)])
(byte-code "\300\301\302\303\304\305\306\307&\210\310\301!\210\311\301\312\313#\210\300\314\302\315\304\316\306\307&\207" [custom-declare-variable fill-prefix nil "String for filling to insert at front of new line, or nil for none." :type (choice (const :tag "None" nil) string) :group fill make-variable-buffer-local put safe-local-variable string-or-null-p auto-fill-inhibit-regexp "Regexp to match lines which should not be auto-filled." (choice (const :tag "None" nil) regexp)] 8)
#@167 The default value for `normal-auto-fill-function'.
This is the default auto-fill function, some major modes use a different one.
Returns t if it really did any work.
(defalias 'do-auto-fill #[nil "\306\211\211\307 \211?\2060 \310 \211?\2060 \n\311=\203$ i X\2060 \f\2050 \212\312 \210\313\f!)?\2056\n\314>\203? \212\315 \210)
\203{ \203M \316\230\203{ \317\212\320\321!\210`)\212\320\322!\210`)\"\211 \203z \316\232\204z \203w \323\324 \"\204z ) \204/i V\203/\306 !\212\312 \210`!\203\237 \313\325!!\203\237 \326\225!\327 T!\210\330!!\210`) \"\212\"b\210n\206\346 \212\331\306w\210l)\206\346 !\203\314 `!X\206\346 #\205\346 ` $\312 \210\332#$\333#\205\345 `$=))\203\357 \333\202+i %\212\334\306x\210`\"U)\203\335\333!\210\202\212\"b\210\335\333!\210)\n\311=\204!\212\326\210\336\n\306\333#\210)i%Y\203*\333)*\202{ \336\n\333\211#\210\333,\207" [fill-prefix give-up justify fc auto-fill-inhibit-regexp adaptive-fill-mode nil current-justification current-fill-column left beginning-of-line looking-at (full center right) unjustify-current-line "" fill-context-prefix fill-forward-paragraph -1 1 string-match "\\`[ ]*\\'" regexp-quote 0 move-to-column fill-move-to-break-point " " re-search-forward t " " default-indent-new-line justify-current-line prefix fill-indent-according-to-mode after-prefix fill-point comment-start-skip limit prev-column] 5 (#$ . 174014)])
#@262 Mode-specific function which line breaks and continues a comment.
This function is called during auto-filling when a comment syntax
is defined.
The function should take a single optional argument, which is a flag
indicating whether it should use soft newlines.
(defvar comment-line-break-function 'comment-indent-new-line (#$ . 175434))
#@217 Break line at point and indent.
If a comment syntax is defined, call `comment-indent-new-line'.
The inserted newline is marked hard if variable `use-hard-newlines' is true,
unless optional argument SOFT is non-nil.
(defalias 'default-indent-new-line #[(&optional soft) "\203 \n!\207\n\203 \305\306!\210\202 \307\310!\210\212\311u\210\312 \210)\312 \210 \2031 \f\2041 \313 \210\314 !\207 \203< \313 \210\305 !\207\315 \207" [comment-start comment-line-break-function soft fill-prefix adaptive-fill-mode insert-and-inherit 10 newline 1 -1 delete-horizontal-space indent-to-left-margin insert-before-markers-and-inherit indent-according-to-mode] 2 (#$ . 175778) nil])
#@105 The function to use for `auto-fill-function' if Auto Fill mode is turned on.
Some major modes set this.
(defvar normal-auto-fill-function 'do-auto-fill (#$ . 176456))
(byte-code "\300\301\302\303#\210\300\301\304\305#\207" [put auto-fill-function :minor-mode-function auto-fill-mode safe-local-variable null] 4)
#@560 Toggle automatic line breaking (Auto Fill mode).
With a prefix argument ARG, enable Auto Fill mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
When Auto Fill mode is enabled, inserting a space at a column
beyond `current-fill-column' automatically breaks the line at a
previous space.
When `auto-fill-mode' is on, the `auto-fill-function' variable is
non-`nil'.
The value of `normal-auto-fill-function' specifies the function to use
for `auto-fill-function' when turning Auto Fill mode on.
(defalias 'auto-fill-mode #[(&optional arg) "\305 \306=\203 \n?\202 \307 !\310V\211\205 \f)\311\312\n\203% \313\202& \314\"\210\315\316!\203G \305 \203: \305 \232\203G \317\320\n\203D \321\202E \322\"\210)\323 \210\n\207" [#1=#:last-message arg auto-fill-function v normal-auto-fill-function current-message toggle prefix-numeric-value 0 run-hooks auto-fill-mode-hook auto-fill-mode-on-hook auto-fill-mode-off-hook called-interactively-p any message "Auto-Fill mode %sabled" "en" "dis" force-mode-line-update] 4 (#$ . 176775) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\305%\207" [auto-fill-mode-map add-minor-mode auto-fill-function nil boundp auto-fill-mode] 6)
#@69 Automatically break line at a previous space, in insertion of text.
(defalias 'auto-fill-function #[nil "\300\207" [nil] 1 (#$ . 178055)])
#@41 Unconditionally turn on Auto Fill mode.
(defalias 'turn-on-auto-fill #[nil "\300\301!\207" [auto-fill-mode 1] 2 (#$ . 178200)])
#@42 Unconditionally turn off Auto Fill mode.
(defalias 'turn-off-auto-fill #[nil "\300\301!\207" [auto-fill-mode -1] 2 (#$ . 178334)])
(custom-add-option 'text-mode-hook 'turn-on-auto-fill)
#@182 Set `fill-column' to specified argument.
Use \[universal-argument] followed by a number to specify a column.
Just \[universal-argument] as argument means to use the current column.
(defalias 'set-fill-column #[(arg) ":\203 i\250\204 \302\303!\207\304\305 #\210\211\207" [arg fill-column error "set-fill-column requires an explicit argument" message "Fill column set to %d (was %d)"] 4 (#$ . 178527) (list (or current-prefix-arg (read-number "Set fill-column to: " (current-column))))])
#@239 Set `selective-display' to ARG; clear it if no arg.
When the value of `selective-display' is a number > 0,
lines whose indentation is >= that value are not displayed.
The variable `selective-display' has a separate value for each buffer.
(defalias 'set-selective-display #[(arg) "\303=\203\n \304\305!\210\214e`}\210\306 b\210\307\310 !)\n\205 \311\n!\312 !\210)\313\314 \306\314 !\"\210\315\316\303\"\210\317\303\"\210\315\320\303\"\207" [selective-display current-vpos arg t error "selective-display already in use for marked lines" window-start vertical-motion window-height prefix-numeric-value recenter set-window-start selected-window princ "selective-display set to " prin1 "."] 4 (#$ . 179028) "P"])
(defvaralias 'indicate-unused-lines 'indicate-empty-lines)
#@302 Toggle truncating of long lines for the current buffer.
When truncating is off, long lines are folded.
With prefix argument ARG, truncate long lines if ARG is positive,
otherwise fold them. Note that in side-by-side windows, this
command has no effect if `truncate-partial-width-windows' is
non-nil.
(defalias 'toggle-truncate-lines #[(&optional arg) "\204 ?\202 \303!\304V\305 \210 \204 p\306\307\310\311#\210)\312\313 \203) \314\202* \315\"\207" [arg truncate-lines buffer prefix-numeric-value 0 force-mode-line-update walk-windows #[(window) "\302 !=\205\f \303 \304\"\207" [buffer window window-buffer set-window-hscroll 0] 3] nil t message "Truncate long lines %s" "enabled" "disabled"] 4 (#$ . 179807) "P"])
#@290 Toggle whether to use word-wrapping for continuation lines.
With prefix argument ARG, wrap continuation lines at word boundaries
if ARG is positive, otherwise wrap them at the right screen edge.
This command toggles the value of `word-wrap'. It has no effect
if long lines are truncated.
(defalias 'toggle-word-wrap #[(&optional arg) "\204 ?\202 \302!\303V\304 \210\305\306 \203 \307\202 \310\"\207" [arg word-wrap prefix-numeric-value 0 force-mode-line-update message "Word wrapping %s" "enabled" "disabled"] 3 (#$ . 180538) "P"])
#@63 The string displayed in the mode line when in overwrite mode.
(defvar overwrite-mode-textual (purecopy " Ovwrt") (#$ . 181085))
#@70 The string displayed in the mode line when in binary overwrite mode.
(defvar overwrite-mode-binary (purecopy " Bin Ovwrt") (#$ . 181219))
#@585 Toggle Overwrite mode.
With a prefix argument ARG, enable Overwrite mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
When Overwrite mode is enabled, printing characters typed in
replace existing text on a one-for-one basis, rather than pushing
it to the right. At the end of a line, such characters extend
the line. Before a tab, such characters insert until the tab is
filled in. \[quoted-insert] still inserts characters in
overwrite mode; this is supposed to make it easier to insert
characters when necessary.
(defalias 'overwrite-mode #[(&optional arg) "\304 \305=\203 \n?\202 \306 !\307V\211\205 \310)\311\312\n\203% \313\202& \314\"\210\315\316!\203G \304 \203: \304 \232\203G \317\320\n\203D \321\202E \322\"\210)\323 \210\n\207" [#1=#:last-message arg overwrite-mode v current-message toggle prefix-numeric-value 0 overwrite-mode-textual run-hooks overwrite-mode-hook overwrite-mode-on-hook overwrite-mode-off-hook called-interactively-p any message "Overwrite mode %sabled" "en" "dis" force-mode-line-update] 4 (#$ . 181364) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\211%\207" [overwrite-mode-map add-minor-mode overwrite-mode nil boundp] 6)
#@774 Toggle Binary Overwrite mode.
With a prefix argument ARG, enable Binary Overwrite mode if ARG
is positive, and disable it otherwise. If called from Lisp,
enable the mode if ARG is omitted or nil.
When Binary Overwrite mode is enabled, printing characters typed
in replace existing text. Newlines are not treated specially, so
typing at the end of a line joins the line to the next, with the
typed character between them. Typing before a tab character
simply replaces the tab with the character typed.
\[quoted-insert] replaces the text at the cursor, just as
ordinary typing characters do.
Note that Binary Overwrite mode is not its own minor mode; it is
a specialization of overwrite mode, entered by setting the
`overwrite-mode' variable to `overwrite-mode-binary'.
(defalias 'binary-overwrite-mode #[(&optional arg) "\304 \305=\203 \n?\202 \306 !\307V\211\205 \310)\311\312\n\203% \313\202& \314\"\210\315\316!\203G \304 \203: \304 \232\203G \317\320\n\203D \321\202E \322\"\210)\323 \210\n\207" [#1=#:last-message arg overwrite-mode v current-message toggle prefix-numeric-value 0 overwrite-mode-binary run-hooks binary-overwrite-mode-hook binary-overwrite-mode-on-hook binary-overwrite-mode-off-hook called-interactively-p any message "Binary-Overwrite mode %sabled" "en" "dis" force-mode-line-update] 4 (#$ . 182646) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\305%\210\306\307\310\311\312\313\314\315\316\317\320\321& \207" [binary-overwrite-mode-map add-minor-mode overwrite-mode nil boundp binary-overwrite-mode custom-declare-variable line-number-mode t "Non-nil if Line-Number mode is enabled.\nSee the command `line-number-mode' for a description of this minor mode." :set custom-set-minor-mode :initialize custom-initialize-default :group mode-line :type boolean] 12)
#@393 Toggle line number display in the mode line (Line Number mode).
With a prefix argument ARG, enable Line Number mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
Line numbers do not appear for very large buffers and buffers
with very long lines; see variables `line-number-display-limit'
and `line-number-display-limit-width'.
(defalias 'line-number-mode #[(&optional arg) "\303 \304=\203 \n?\202 \305 !\306V\307\310\n\203 \311\202 \312\"\210\313\314!\203D \315\302!\210\303 \2037 \303 \232\203D \316\317\n\203A \320\202B \321\"\210)\322 \210\n\207" [#1=#:last-message arg line-number-mode current-message toggle prefix-numeric-value 0 run-hooks line-number-mode-hook line-number-mode-on-hook line-number-mode-off-hook called-interactively-p any customize-mark-as-set message "Line-Number mode %sabled" "en" "dis" force-mode-line-update] 3 (#$ . 184490) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\211%\210\305\306\303\307\310\311\312\313\314\315\316\317& \207" [line-number-mode-map add-minor-mode line-number-mode nil boundp custom-declare-variable column-number-mode "Non-nil if Column-Number mode is enabled.\nSee the command `column-number-mode' for a description of this minor mode." :set custom-set-minor-mode :initialize custom-initialize-default :group mode-line :type boolean] 12)
#@233 Toggle column number display in the mode line (Column Number mode).
With a prefix argument ARG, enable Column Number mode if ARG is
positive, and disable it otherwise.
If called from Lisp, enable the mode if ARG is omitted or nil.
(defalias 'column-number-mode #[(&optional arg) "\303 \304=\203 \n?\202 \305 !\306V\307\310\n\203 \311\202 \312\"\210\313\314!\203D \315\302!\210\303 \2037 \303 \232\203D \316\317\n\203A \320\202B \321\"\210)\322 \210\n\207" [#1=#:last-message arg column-number-mode current-message toggle prefix-numeric-value 0 run-hooks column-number-mode-hook column-number-mode-on-hook column-number-mode-off-hook called-interactively-p any customize-mark-as-set message "Column-Number mode %sabled" "en" "dis" force-mode-line-update] 3 (#$ . 185904) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\211%\210\305\306\303\307\310\311\312\313\314\315\316\317& \207" [column-number-mode-map add-minor-mode column-number-mode nil boundp custom-declare-variable size-indication-mode "Non-nil if Size-Indication mode is enabled.\nSee the command `size-indication-mode' for a description of this minor mode." :set custom-set-minor-mode :initialize custom-initialize-default :group mode-line :type boolean] 12)
#@235 Toggle buffer size display in the mode line (Size Indication mode).
With a prefix argument ARG, enable Size Indication mode if ARG is
positive, and disable it otherwise.
If called from Lisp, enable the mode if ARG is omitted or nil.
(defalias 'size-indication-mode #[(&optional arg) "\303 \304=\203 \n?\202 \305 !\306V\307\310\n\203 \311\202 \312\"\210\313\314!\203D \315\302!\210\303 \2037 \303 \232\203D \316\317\n\203A \320\202B \321\"\210)\322 \210\n\207" [#1=#:last-message arg size-indication-mode current-message toggle prefix-numeric-value 0 run-hooks size-indication-mode-hook size-indication-mode-on-hook size-indication-mode-off-hook called-interactively-p any customize-mark-as-set message "Size-Indication mode %sabled" "en" "dis" force-mode-line-update] 3 (#$ . 187180) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\211%\207" [size-indication-mode-map add-minor-mode size-indication-mode nil boundp] 6)
#@220 Toggle auto-saving in the current buffer (Auto Save mode).
With a prefix argument ARG, enable Auto Save mode if ARG is
positive, and disable it otherwise.
If called from Lisp, enable the mode if ARG is omitted or nil.
(defalias 'auto-save-mode #[(&optional arg) "\306 \307=\203 \n\205 \310Y?\202 \311 !\310V\211 \204\" \312\2026
\2034 \2034 \2044
\2026 \313 ) \310W\203@ \310\314\315\n\203P \310Y\203P \316\202Q \317\"\210\320\321!\203x \306 \203e \306 \232\203x \322\323\n\203u \310Y\203u \324\202v \325\"\210)\326 \210\n\205\203 \310Y\207" [#1=#:last-message arg buffer-auto-save-file-name buffer-saved-size val buffer-file-name current-message toggle 0 prefix-numeric-value nil make-auto-save-file-name run-hooks auto-save-mode-hook auto-save-mode-on-hook auto-save-mode-off-hook called-interactively-p any message "Auto-Save mode %sabled" "en" "dis" force-mode-line-update auto-save-visited-file-name buffer-read-only] 5 (#$ . 188154) (list (or current-prefix-arg 'toggle))])
(byte-code "\300\301\302\303\304\305\306\307&\210\310\311\312\313\314\315\306\301&\210\310\316\312\317\314\315\306\301&\210\310\320\321\322\323\324\314\325\306\301& \210\310\326\327\330\314\331\306\301&\210\310\332\302\333\314\315\306\301&\207" [custom-declare-group paren-blinking nil "Blinking matching of parens and expressions." :prefix "blink-matching-" :group paren-matching custom-declare-variable blink-matching-paren t "Non-nil means show matching open-paren when close-paren is inserted." :type boolean blink-matching-paren-on-screen "Non-nil means show matching open-paren when it is on screen.\nIf nil, don't show it (but the open-paren can still be shown\nwhen it is off screen).\n\nThis variable has no effect if `blink-matching-paren' is nil.\n(In that case, the open-paren is never shown.)\nIt is also ignored if `show-paren-mode' is enabled." blink-matching-paren-distance (* 100 1024) "If non-nil, maximum distance to search backwards for matching open-paren.\nIf nil, search stops at the beginning of the accessible portion of the buffer." :version "23.2" (choice (const nil) integer) blink-matching-delay 1 "Time in seconds to delay after showing a matching paren." number blink-matching-paren-dont-ignore-comments "If nil, `blink-matching-paren' ignores comments.\nMore precisely, when looking for the matching parenthesis,\nit skips the contents of comments that end before point."] 10)
#@215 Return whether or not START...END are matching parens.
END is the current point and START is the blink position.
START might be nil if no matching starter was found.
Returns non-nil if we find there is a mismatch.
(defalias 'blink-matching-check-mismatch #[(start end) "\304S!\211:\205 \305 !\306=\205 A\211\205+ \205* f\n=\206* \n\304 !\243=?*\207" [end end-syntax matching-paren start syntax-after syntax-class 5] 4 (#$ . 190574)])
#@293 Function to check parentheses mismatches.
The function takes two arguments (START and END) where START is the
position just before the opening token and END is the position right after.
START can be nil, if it was not found.
The function should return non-nil if the two tokens do not match.
(defvar blink-matching-check-function 'blink-matching-check-mismatch (#$ . 191023))
#@68 Move cursor momentarily to the beginning of the sexp before point.
(defalias 'blink-matching-open #[nil "o?\205\345 \205\345 `\306\212\214 \203 \307 ` Z] }\210\f\205\"
? \306\310\311\217+ \"\211 \203] \203L \312 \203F \313\314!\202\344 \315\314!\202\344 \312 \203W \313\316!\202\344 \315\316!\202\344 \204f \306\202\344 \317!\203\205 \205\344 ?\205\344 \212b\210\320 !)\202\344 \212b\210\212\321\306x\210n)\204\235 \322 T{\202\332 \212\323u\210\321\306w\210l)\204\262 \324 {\202\332 \212\325\306x\210o)\204\325 \325\306x\210\322 \306\210\321\306x\210`{\326\211T{Q\202\332 \211T{ \315\327\330 !\"*,\207" [blink-matching-paren oldpos message-log-max blink-matching-paren-distance parse-sexp-ignore-comments blink-matching-paren-dont-ignore-comments nil minibuffer-prompt-end (byte-code "\302\303!\210`SW\203( \304`!\305 !\306=\206 \307 @\310\"\310=)\203( \311u\210\202 `\207" [oldpos code forward-sexp -1 syntax-after syntax-class 6 logand 1048576 1] 3) ((error)) minibufferp minibuffer-message "Mismatched parentheses" message "No matching parenthesis found" pos-visible-in-window-p sit-for " " line-beginning-position 1 line-end-position "\n " "..." "Matches %s" substring-no-properties blinkpos blink-matching-check-function mismatch blink-matching-paren-on-screen show-paren-mode blink-matching-delay open-paren-line-string] 5 (#$ . 191405) nil])
#@136 Function called, if non-nil, whenever a close parenthesis is inserted.
More precisely, a char with closeparen syntax is self-inserted.
(defvar blink-paren-function 'blink-matching-open (#$ . 192805))
(defalias 'blink-paren-post-self-insert-function #[nil "`Sf=\2053 z\304>\2053 \2053 \n?\2053 ?\2053 \305`\212\306u\210\307\310!\210`)Z\311\"\311U\2053 \207" [last-command-event blink-paren-function executing-kbd-macro noninteractive (41 36) logand -1 skip-syntax-backward "/\\" 1] 4])
(add-hook 'post-self-insert-hook 'blink-paren-post-self-insert-function 'append)
#@153 Signal a `quit' condition.
During execution of Lisp code, this character causes a quit directly.
At top-level, as an editor command, this simply beeps.
(defalias 'keyboard-quit #[nil "\306\211\306 \204 \n\205 \307=\203 \242\307=\202 \203T \310 \203T \311 \203T \2037 \312\313\"\210\306\202T \314 \315 U\204T \316\313!\204K \317\313!\204T \312\313\314 \315 {\"\210\n\204p \320=\204j \242\307=\203p A\204p \306\211\202 \242\307=\203z A\306\321\322!)\210)\323\324!\203\213 \324 \210\306\211 \325\326\306\")\207" [saved-region-selection select-active-regions force transient-mark-mode mark-active defining-kbd-macro nil only region-active-p display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p lambda run-hooks deactivate-mark-hook fboundp kmacro-keyboard-quit signal quit debug-on-quit] 5 (#$ . 193384) nil])
#@210 Function to call to "quit" the current buffer, or nil if none.
\[keyboard-escape-quit] calls this function when its more local actions
(such as canceling a prefix argument, minibuffer or region) do not apply.
(defvar buffer-quit-function nil (#$ . 194282))
#@374 Exit the current "mode" (in a generalized sense of the word).
This command can exit an interactive command such as `query-replace',
can clear out a prefix argument or a region,
can get out of the minibuffer or other recursive edit,
cancel the use of the current buffer (for special-purpose buffers),
or go back to just one window (by deleting all but the selected window).
(defalias 'keyboard-escape-quit #[nil "\306=\203 \307\207\310 \203\212 \307\n\204 \205\210 \311=\203$ \n\242\311=\202% \203] \310 \203] \312 \203] \f\203@ \313\314\f\"\210\307\202] \315 \316 U\204] \317\314!\204T \320\314!\204] \313\314\315 \316 {\"\210 \204y \n\321=\204s \n\242\311=\203y \nA\204y \307\211\202\210 \n\242\311=\203\203 \nA\307\322\323!)\207\324 \325V\203\224 \326 \207 \203\233 \307\207\327 \325V\203\245 \330 \207!\203\256 ! \207\331\332!\204\267 \333 \207\334\335\336p!\"\205\302 \337 \207" [last-command force transient-mark-mode select-active-regions saved-region-selection mark-active mode-exited nil region-active-p only display-selections-p x-set-selection PRIMARY region-beginning region-end x-selection-owner-p x-selection-exists-p lambda run-hooks deactivate-mark-hook minibuffer-depth 0 abort-recursive-edit recursion-depth exit-recursive-edit one-window-p t delete-other-windows string-match "^ \\*" buffer-name bury-buffer current-prefix-arg buffer-quit-function] 4 (#$ . 194546) nil])
#@118 Play sound stored in FILE.
VOLUME and DEVICE correspond to the keywords of the sound
specification for `play-sound'.
(defalias 'play-sound-file #[(file &optional volume device) "\304D\n\203 \305 \306\n#\210 \203 \305 \307 #\210\301 B\310 !)\207" [file sound volume device :file plist-put :volume :device play-sound] 4 (#$ . 195956) "fPlay sound file: "])
(byte-code "\300\301\302\303\304\305\306\307\310\311& \210\300\312\313\314\304\315\306\316\310\311& \210\300\317\320\321\304\322\306\316\310\311& \207" [custom-declare-variable read-mail-command 'rmail "Your preference for a mail reading package.\nThis is used by some keybindings which support reading mail.\nSee also `mail-user-agent' concerning sending mail." :type (radio (function-item :tag "Rmail" :format "%t\n" rmail) (function-item :tag "Gnus" :format "%t\n" gnus) (function-item :tag "Emacs interface to MH" :format "%t\n" mh-rmail) (function :tag "Other")) :version "21.1" :group mail mail-user-agent 'message-user-agent "Your preference for a mail composition package.\nVarious Emacs Lisp packages (e.g. Reporter) require you to compose an\noutgoing email message. This variable lets you specify which\nmail-sending package you prefer.\n\nValid values include:\n\n `message-user-agent' -- use the Message package.\n See Info node `(message)'.\n `sendmail-user-agent' -- use the Mail package.\n See Info node `(emacs)Sending Mail'.\n `mh-e-user-agent' -- use the Emacs interface to the MH mail system.\n See Info node `(mh-e)'.\n `gnus-user-agent' -- like `message-user-agent', but with Gnus\n paraphernalia if Gnus is running, particularly\n the Gcc: header for archiving.\n\nAdditional valid symbols may be available; check with the author of\nyour package for details. The function should return non-nil if it\nsucceeds.\n\nSee also `read-mail-command' concerning reading mail." (radio (function-item :tag "Message package" :format "%t\n" message-user-agent) (function-item :tag "Mail package" :format "%t\n" sendmail-user-agent) (function-item :tag "Emacs interface to MH" :format "%t\n" mh-e-user-agent) (function-item :tag "Message with full Gnus features" :format "%t\n" gnus-user-agent) (function :tag "Other")) "23.2" compose-mail-user-agent-warnings t "If non-nil, `compose-mail' warns about changes in `mail-user-agent'.\nIf the value of `mail-user-agent' is the default, and the user\nappears to have customizations applying to the old default,\n`compose-mail' issues a warning." boolean] 10)
#@237 If the buffer starts with a mail header, move point to the header's end.
Otherwise, moves to `point-min'.
The end of the header is the start of the next line, if there is one,
else the end of the last line. This function obeys RFC822.
(defalias 'rfc822-goto-eoh #[nil "eb\210\300\301\302\303#\205 \304\224b\207" [re-search-forward "^\\([:\n]\\|[^: \n]+[ \n]\\)" nil move 0] 4 (#$ . 198584)])
#@108 If non-nil, mail-user-agent's `sendfunc' command should mml-encode
the outgoing message before sending it.
(defvar mail-encode-mml nil (#$ . 198987))
#@1314 Start composing a mail message to send.
This uses the user's chosen mail composition package
as selected with the variable `mail-user-agent'.
The optional arguments TO and SUBJECT specify recipients
and the initial Subject field, respectively.
OTHER-HEADERS is an alist specifying additional
header fields. Elements look like (HEADER . VALUE) where both
HEADER and VALUE are strings.
CONTINUE, if non-nil, says to continue editing a message already
being composed. Interactively, CONTINUE is the prefix argument.
SWITCH-FUNCTION, if non-nil, is a function to use to
switch to and display the buffer used for mail composition.
YANK-ACTION, if non-nil, is an action to perform, if and when necessary,
to insert the raw text of the message being replied to.
It has the form (FUNCTION . ARGS). The user agent will apply
FUNCTION to ARGS, to insert the raw text of the original message.
(The user agent will also run `mail-citation-hook', *after* the
original text has been inserted in this way.)
SEND-ACTIONS is a list of actions to call when the message is sent.
Each action has the form (FUNCTION . ARGS).
RETURN-ACTION, if non-nil, is an action for returning to the
caller. It has the form (FUNCTION . ARGS). The function is
called after the mail has been sent or put aside, and the mail
buffer buried.
(defalias 'compose-mail #[(&optional to subject other-headers continue switch-function yank-action send-actions return-action) "\203K \306=\203K \307\310\307\211 \203- \f@\311 !\203& J\203& \nB\fA\211\204 *\n\203J \312\313\314\315\nG\316V\203A \317\202B \320\321\322\n\323##\"\210) \324N\211 &)\207" [compose-mail-user-agent-warnings mail-user-agent warn-vars var --dolist-tail-- function message-user-agent nil (mail-mode-hook mail-send-hook mail-setup-hook mail-yank-hooks mail-archive-file-name mail-default-reply-to mail-mailing-lists mail-self-blind) boundp display-warning mail format "The default mail mode is now Message mode.\nYou have the following Mail mode variable%s customized:\n\n %s\n\nTo use Mail mode, set `mail-user-agent' to sendmail-user-agent.\nTo disable this warning, set `compose-mail-user-agent-warnings' to nil." 1 "s" "" mapconcat symbol-name " " composefunc to subject other-headers continue switch-function yank-action send-actions return-action] 10 (#$ . 199145) (list nil nil nil current-prefix-arg)])
#@72 Like \[compose-mail], but edit the outgoing message in another window.
(defalias 'compose-mail-other-window #[(&optional to subject other-headers continue yank-action send-actions return-action) "\306 \n \307\f
&\207" [to subject other-headers continue yank-action send-actions compose-mail switch-to-buffer-other-window return-action] 9 (#$ . 201526) (list nil nil nil current-prefix-arg)])
#@71 Like \[compose-mail], but edit the outgoing message in another frame.
(defalias 'compose-mail-other-frame #[(&optional to subject other-headers continue yank-action send-actions return-action) "\306 \n \307\f
&\207" [to subject other-headers continue yank-action send-actions compose-mail switch-to-buffer-other-frame return-action] 9 (#$ . 201928) (list nil nil nil current-prefix-arg)])
#@143 History of values entered with `set-variable'.
Maximum length of the history list is determined by the value
of `history-length', which see.
(defvar set-variable-value-history nil (#$ . 202328))
#@641 Set VARIABLE to VALUE. VALUE is a Lisp object.
VARIABLE should be a user option variable name, a Lisp variable
meant to be customized by users. You should enter VALUE in Lisp syntax,
so if you want VALUE to be a string, you must surround it with doublequotes.
VALUE is used literally, not evaluated.
If VARIABLE has a `variable-interactive' property, that is used as if
it were the arg to `interactive' (which see) to interactively read VALUE.
If VARIABLE has been defined with `defcustom', then the type information
in the definition is used to check that VALUE is valid.
With a prefix argument, set VARIABLE to VALUE buffer-locally.
(defalias 'set-variable #[(variable value &optional make-local) "\304!\203 \305N\204 \306!\210\305N\211\2030 \307\310!\210\311 !\312 \313\n#\2040 \314\315\n @$\210) \2039 \316!\210\nL\210\317 \207" [variable type value make-local custom-variable-p custom-type custom-load-symbol require cus-edit widget-convert widget-apply :match error "Value `%S' does not match type %S of %S" make-local-variable force-mode-line-update] 6 (#$ . 202531) (let* ((default-var (variable-at-point)) (var (if (custom-variable-p default-var) (read-variable (format "Set variable (default %s): " default-var) default-var) (read-variable "Set variable: "))) (minibuffer-help-form '(describe-variable var)) (prop (get var 'variable-interactive)) (obsolete (car (get var 'byte-obsolete-variable))) (prompt (format "Set %s %s to value: " var (cond ((local-variable-p var) "(buffer-local)") ((or current-prefix-arg (local-variable-if-set-p var)) "buffer-locally") (t "globally")))) (val (progn (if obsolete (progn (message (concat "`%S' is obsolete; " (if (symbolp obsolete) "use `%S' instead" "%s")) var obsolete) (sit-for 3))) (if prop (call-interactively (cons 'lambda (cons '(arg) (cons (list 'interactive prop) '(arg))))) (read (read-string prompt nil 'set-variable-value-history (format "%S" (symbol-value var)))))))) (list var val current-prefix-arg))])
#@40 Local map for completion list buffers.
(defvar completion-list-mode-map (byte-code "\301 \302\303\304#\210\302\305\306#\210\302\307\310#\210\302\311\312#\210\302\313\314#\210\302\315\316#\210\302\317\320#\210\302\321\322#\210\302\323\324#\210)\207" [map make-sparse-keymap define-key [mouse-2] mouse-choose-completion [follow-link] mouse-face [down-mouse-2] nil "
" choose-completion "" delete-completion-window [left] previous-completion [right] next-completion "q" quit-window "z" kill-this-buffer] 4) (#$ . 204522))
(put 'completion-list-mode 'mode-class 'special)
#@186 Record the buffer that was current when the completion list was requested.
This is a local variable in the completion list buffer.
Initial value is nil to avoid some compiler warnings.
(defvar completion-reference-buffer nil (#$ . 205111))
#@142 Non-nil means `choose-completion-string' should never exit the minibuffer.
This also applies to other functions such as `choose-completion'.
(defvar completion-no-auto-exit nil (#$ . 205358))
#@330 Position of the base of the text corresponding to the shown completions.
This variable is used in the *Completions* buffers.
Its value is a list of the form (START END) where START is the place
where the completion should be inserted and END (if non-nil) is the end
of the text to replace. If END is nil, point is used instead.
(defvar completion-base-position nil (#$ . 205557))
#@227 Function to use to insert the text chosen in *Completions*.
Called with three arguments (BEG END TEXT), it should replace the text
between BEG and END with TEXT. Expected to be set buffer-locally
in the *Completions* buffer.
(defvar completion-list-insert-choice-function 'completion--replace (#$ . 205945))
#@419 Number of chars before point not involved in completion.
This is a local variable in the completion list buffer.
It refers to the chars in the minibuffer if completing in the
minibuffer, or in `completion-reference-buffer' otherwise.
Only characters in the field at point are included.
If nil, Emacs determines which part of the tail end of the
buffer's text is involved in completion by comparing the text
directly.
(defvar completion-base-size nil (#$ . 206261))
(make-obsolete-variable 'completion-base-size 'completion-base-position "23.2")
#@90 Delete the completion list window.
Go to the window from which completion was requested.
(defalias 'delete-completion-window #[nil "\302\303!\203 \304\305 !\205& \306\307 !\202& \310\305 !\210\311 !\205& \312\311 !!)\207" [completion-reference-buffer buf one-window-p t window-dedicated-p selected-window delete-frame selected-frame delete-window get-buffer-window select-window] 3 (#$ . 206813) nil])
#@51 Move to the previous item in the completion list.
(defalias 'previous-completion #[(n) "\301[!\207" [n next-completion] 2 (#$ . 207224) "p"])
#@118 Move to the next item in the completion list.
With prefix argument N, move N items (negative N means move backward).
(defalias 'next-completion #[(n) "ed\n\304V\2033 m\2043 \305`\306\"\203 \307`\306\310$b\210\305`\306\"\204, \307`\306\310$b\210\nS\211\202 \n\304W\205| o?\205| \305`S\306\"\211\203Y \305`\306\"=\203Y \311`\306\310 $b\210o\204m \305`S\306\"\204m \311`\306\310 $b\210\311`\306\310 $b\210\nT)\2023 *\207" [end beg n prop 0 get-text-property mouse-face next-single-property-change nil previous-single-property-change] 6 (#$ . 207374) "p"])
#@33 Choose the completion at point.
(defalias 'choose-completion #[(&optional event) "\306\307!\210r\310\311!\211@)!q\210\n \f
\212\311!\312 8\2060 A@:\203- A@@\2020 A@)b\210\313\211 m\204N \314`\315\"\203N ``T\202h o\204d \314`S\315\"\203d `S`\202h \316\317!\210\320\315\"\321\315\"\206x d\322\"+ \323 !\204\226 \316\324!\210\325\313\311!\211@)\"\210r q\210\326 \206\303 \203\276 \327 \\C\206\303 \330!C $.\207" [event position completion-reference-buffer completion-base-size completion-base-position completion-list-insert-choice-function run-hooks mouse-leave-buffer-hook window-buffer event-start 5 nil get-text-property mouse-face error "No completion here" previous-single-property-change next-single-property-change buffer-substring-no-properties buffer-live-p "Destination buffer is dead" quit-window choose-completion-string field-beginning choose-completion-guess-base-position end beg choice insert-function base-position base-size buffer] 8 (#$ . 207943) (list last-nonmenu-event)])
(defalias 'choose-completion-guess-base-position #[(string) "\212`\305`\nGZ\306 ]b\210 `Z \203 \n\227\307V\203= ` { \203* \f\227\f\n\307O\230)\204= S\310u\210\202 `+\207" [len opoint string completion-ignore-case tail nil minibuffer-prompt-end 0 1] 4])
(defalias 'choose-completion-delete-max-match #[(string) "\301!`|\207" [string choose-completion-guess-base-position] 2])
(make-obsolete 'choose-completion-delete-max-match 'choose-completion-guess-base-position "23.2")
#@670 Functions that may override the normal insertion of a completion choice.
These functions are called in order with four arguments:
CHOICE - the string to insert in the buffer,
BUFFER - the buffer in which the choice should be inserted,
MINI-P - non-nil if BUFFER is a minibuffer, and
BASE-SIZE - the number of characters in BUFFER before
the string being completed.
If a function in the list returns non-nil, that function is supposed
to have inserted the CHOICE in the BUFFER, and possibly exited
the minibuffer; no further functions will be called.
If all functions in the list return nil, that means to use
the default method of inserting the completion in BUFFER.
(defvar choose-completion-string-functions nil (#$ . 209484))
#@111 Switch to BUFFER and insert the completion choice CHOICE.
BASE-POSITION, says where to insert the completion.
(defalias 'choose-completion-string #[(choice &optional buffer base-position insert-function) ":\204 \306\307!\210\310 \206 \n\311 !\211\203- \312 \203' \313\312 !\232\204- \314\315!\202\250 q\210\316\317\f \310%?\205\250
\206A @\206G `\211 A@)\206R `\f#\210\320 \321\" \322 `\"\210) ?\205\250 \311 !\205\250 \205\250 \323 `{ \324 \325$\211 !@ G=\203\245 \312 \"\326\"!\210#\205\241 \327\330\"!!)\202\247 \331 **\207" [base-position buffer completion-reference-buffer mini-p choice insert-function message "Obsolete `base-size' passed to choose-completion-string" nil minibufferp active-minibuffer-window window-buffer error "Minibuffer is not active for completion" run-hook-with-args-until-success choose-completion-string-functions get-buffer-window t set-window-point field-beginning completion-boundaries "" select-window raise-frame window-frame exit-minibuffer completion-list-insert-choice-function x window completion-no-auto-exit minibuffer-completion-table result minibuffer-completion-predicate bounds mini minibuffer-auto-raise] 7 (#$ . 210222)])
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [completion-list-mode-hook variable-documentation put purecopy "Hook run when entering Completion List mode.\nNo problems result if this variable is not bound.\n`add-hook' automatically binds it. (This is true for all hook variables.)" boundp completion-list-mode-map definition-name completion-list-mode] 5)
(defvar completion-list-mode-map (make-sparse-keymap))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\305\306!\204 \302\306\307\310#\210\300\207" [completion-list-mode-map variable-documentation put purecopy "Keymap for `completion-list-mode'." boundp completion-list-mode-syntax-table definition-name completion-list-mode] 5)
(defvar completion-list-mode-syntax-table (make-syntax-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [completion-list-mode-syntax-table variable-documentation put purecopy "Syntax table for `completion-list-mode'." completion-list-mode-abbrev-table definition-name completion-list-mode] 5)
(defvar completion-list-mode-abbrev-table (progn (define-abbrev-table 'completion-list-mode-abbrev-table nil) completion-list-mode-abbrev-table))
(byte-code "\300\301N\204 \302\300\301\303\304!#\210\302\305\306\307#\207" [completion-list-mode-abbrev-table variable-documentation put purecopy "Abbrev table for `completion-list-mode'." completion-list-mode derived-mode-parent nil] 5)
#@388 Major mode for buffers showing lists of possible completions.
Type \<completion-list-mode-map>\[choose-completion] in the completion list to select the completion near point.
Use \<completion-list-mode-map>\[mouse-choose-completion] to select one with the mouse.
\{completion-list-mode-map}
This mode runs the hook `completion-list-mode-hook', as the final step
during initialization.
(defalias 'completion-list-mode #[nil "\306\300!\210\307\310 \210\311\312\313 !\210\314\f!\210
\306\315!\210\316
)\317\320!\207" [delay-mode-hooks major-mode mode-name completion-list-mode-map completion-list-mode-syntax-table completion-list-mode-abbrev-table make-local-variable t kill-all-local-variables completion-list-mode "Completion List" use-local-map set-syntax-table completion-base-size nil run-mode-hooks completion-list-mode-hook local-abbrev-table] 2 (#$ . 212887) nil])
#@78 Finish setup of the completions buffer.
Called from `temp-buffer-show-hook'.
(defalias 'completion-list-mode-finish #[nil "\302=\205 \303\211\207" [major-mode buffer-read-only completion-list-mode t] 2 (#$ . 213772)])
(byte-code "\300\301\302\"\210\303\304\305\306\307\310\311\312\313\314& \207" [add-hook temp-buffer-show-hook completion-list-mode-finish custom-declare-variable completion-show-help t "Non-nil means show help message in *Completions* buffer." :type boolean :version "22.1" :group completion] 10)
(defalias 'completion-setup-function #[nil "p \205 \306\307\310 \311\n\206 \311O!!r\fq\210\n
\f \312 \210\313\302!\210\313\305!\210\313\314!\210\f+\313\315!\210
\203J \205` eb\210\316 \203\\ \317\320!c\210\317\321!c+\207" [mainbuf minibuffer-completing-file-name completion-base-size base-dir standard-output completion-base-position file-name-as-directory expand-file-name minibuffer-completion-contents 0 completion-list-mode make-local-variable completion-list-insert-choice-function completion-reference-buffer display-mouse-p substitute-command-keys "Click \\[mouse-choose-completion] on a completion to select it.\n" "In this buffer, type \\[choose-completion] to select the completion near point.\n\n" insert-fun base-position base-size default-directory completion-show-help] 5])
(byte-code "\301\302\303\"\210\304\305\306#\210\304\307\306#\207" [minibuffer-local-completion-map add-hook completion-setup-hook completion-setup-function define-key [prior] switch-to-completions "\366"] 4)
#@36 Select the completion list window.
(defalias 'switch-to-completions #[nil "\301\302\303\"\206 \304 \210\301\302\303\"\211\205 \305!\210o\205 \306\307!)\207" [window get-buffer-window "*Completions*" 0 minibuffer-completion-help select-window next-completion 1] 4 (#$ . 215321) nil])
#@129 \<function-key-map>Add the Alt modifier to the following event.
For example, type \[event-apply-alt-modifier] & to enter Alt-&.
(defalias 'event-apply-alt-modifier #[(_ignore-prompt) "\300\301\302 \303\304\305$!\207" [vector event-apply-modifier read-event alt 22 "A-"] 6 (#$ . 215616)])
#@135 \<function-key-map>Add the Super modifier to the following event.
For example, type \[event-apply-super-modifier] & to enter Super-&.
(defalias 'event-apply-super-modifier #[(_ignore-prompt) "\300\301\302 \303\304\305$!\207" [vector event-apply-modifier read-event super 23 "s-"] 6 (#$ . 215911)])
#@135 \<function-key-map>Add the Hyper modifier to the following event.
For example, type \[event-apply-hyper-modifier] & to enter Hyper-&.
(defalias 'event-apply-hyper-modifier #[(_ignore-prompt) "\300\301\302 \303\304\305$!\207" [vector event-apply-modifier read-event hyper 24 "H-"] 6 (#$ . 216216)])
#@135 \<function-key-map>Add the Shift modifier to the following event.
For example, type \[event-apply-shift-modifier] & to enter Shift-&.
(defalias 'event-apply-shift-modifier #[(_ignore-prompt) "\300\301\302 \303\304\305$!\207" [vector event-apply-modifier read-event shift 25 "S-"] 6 (#$ . 216521)])
#@135 \<function-key-map>Add the Ctrl modifier to the following event.
For example, type \[event-apply-control-modifier] & to enter Ctrl-&.
(defalias 'event-apply-control-modifier #[(_ignore-prompt) "\300\301\302 \303\304\305$!\207" [vector event-apply-modifier read-event control 26 "C-"] 6 (#$ . 216826)])
#@132 \<function-key-map>Add the Meta modifier to the following event.
For example, type \[event-apply-meta-modifier] & to enter Meta-&.
(defalias 'event-apply-meta-modifier #[(_ignore-prompt) "\300\301\302 \303\304\305$!\207" [vector event-apply-modifier read-event meta 27 "M-"] 6 (#$ . 217135)])
#@233 Apply a modifier flag to event EVENT.
SYMBOL is the name of this modifier, as a symbol.
LSHIFTBY is the numeric value of this modifier, in keyboard events.
PREFIX is the string that represents this modifier in an event type symbol.
(defalias 'event-apply-modifier #[(event symbol lshiftby prefix) "\247\203d \305=\203= \227\306X\203 \227\307Y\203 \310\227\307\311#\207\227\312X\2035 \227\313Y\2035 \310\227\313\311#\207\314\315\316\n\"\"\207 \317=\203\\ \227\306X\203T \227\307Y\203T \226\207\314\315\316\n\"\"\207\314\315\316\n\"\"\207 \320!>\203n \2079\203w \202y @\321\f\322 !P!9\203\213 \202\217 AB)\207" [event symbol lshiftby event-type prefix control 122 97 - -1 90 65 logior lsh 1 shift event-modifiers intern symbol-name] 4 (#$ . 217435)])
(byte-code "\301\302\303#\210\301\304\305#\210\301\306\307#\210\301\310\311#\210\301\312\313#\210\301\314\315#\210\316\317\320\"\207" [function-key-map define-key [24 64 104] event-apply-hyper-modifier [24 64 115] event-apply-super-modifier [24 64 109] event-apply-meta-modifier [24 64 97] event-apply-alt-modifier [24 64 83] event-apply-shift-modifier [24 64 99] event-apply-control-modifier mapc #[(keypad-normal) "@A@\304\n\305 #\210\306 \307\n!\307 !#*\207" [keypad-normal normal keypad function-key-map put ascii-character define-key vector] 5] ((kp-0 48) (kp-1 49) (kp-2 50) (kp-3 51) (kp-4 52) (kp-5 53) (kp-6 54) (kp-7 55) (kp-8 56) (kp-9 57) (kp-space 32) (kp-tab 9) (kp-enter 13) (kp-multiply 42) (kp-add 43) (kp-separator 44) (kp-subtract 45) (kp-decimal 46) (kp-divide 47) (kp-equal 61) (backspace 127) (delete 127) (tab 9) (linefeed 10) (clear 12) (return 13) (escape 27))] 4)
#@68 Normal hook to run in the new buffer at the end of `clone-buffer'.
(defvar clone-buffer-hook nil (#$ . 219117))
#@77 Normal hook to run in the new buffer at the end of `clone-indirect-buffer'.
(defvar clone-indirect-buffer-hook nil (#$ . 219235))
#@313 Create a twin copy of PROCESS.
If NEWNAME is nil, it defaults to PROCESS' name;
NEWNAME is modified by adding or incrementing <N> at the end as necessary.
If PROCESS is associated with a buffer, the new process will be associated
with the current buffer instead.
Returns nil if PROCESS has already terminated.
(defalias 'clone-process #[(process &optional newname) "\206 \305 !\306\307\"\203 \310\211\224O\311 !\312>\205~ \313 !\311 !\314>\203H \315 \316\"\317 \320#\317 \321\322 !\205> p#\323\324 \")\202V \323\325\322 !\205R p\326 !$ \327\f\330 !\"\210\331\f\332 !\"\210\333\f\334 !\"\210\335\f\336 !\"\210\337\f\340\341 !!\"\210\f*\207" [newname process process-connection-type args new-process process-name string-match "<[0-9]+>\\'" 0 process-status (run stop open) process-tty-name (open) process-contact t plist-put :name :buffer process-buffer apply make-network-process start-process process-command set-process-query-on-exit-flag process-query-on-exit-flag set-process-inherit-coding-system-flag process-inherit-coding-system-flag set-process-filter process-filter set-process-sentinel process-sentinel set-process-plist copy-sequence process-plist] 6 (#$ . 219372)])
#@918 Create and return a twin copy of the current buffer.
Unlike an indirect buffer, the new buffer can be edited
independently of the old one (if it is not read-only).
NEWNAME is the name of the new buffer. It may be modified by
adding or incrementing <N> at the end as necessary to create a
unique buffer name. If nil, it defaults to the name of the
current buffer, with the proper suffix. If DISPLAY-FLAG is
non-nil, the new buffer is shown with `pop-to-buffer'. Trying to
clone a file-visiting buffer, or a buffer whose major mode symbol
has a non-nil `no-clone' property, results in an error.
Interactively, DISPLAY-FLAG is t and NEWNAME is the name of the
current buffer with appropriate suffix. However, if a prefix
argument is given, then the command prompts for NEWNAME in the
minibuffer.
This runs the normal hook `clone-buffer-hook' in the new buffer
after it has been set up properly in other respects.
(defalias 'clone-buffer #[(&optional newname display-flag) "\203 \306\307!\210 \310N\203 \306\311\n\"\210 \206 \312 \313\314 \"\203' \315\211\224Oped`\f\2052 \316\317!\320 \321 \322p!\323 \206A \312 ! ! \" # $ % &\214~\210r
q\210\324&!\210*r
q\210%$}\210#b\210\"\203z \325\"!\210\326!!\210 \203\211 \327 !\210 \210\330\331 \"\210\332\333!\210)'\203\250 \334\211 ( )\335
!\210*
.\n\207" [buffer-file-name major-mode mode-name newname mark-active new error "Cannot clone a file-visiting buffer" no-clone "Cannot clone a buffer in %s mode" buffer-name string-match "<[0-9]+>\\'" 0 mark t buffer-modified-p buffer-local-variables get-buffer-process generate-new-buffer insert-buffer-substring set-mark set-buffer-modified-p clone-process mapc #[(v) "\300\301\302\217\207" [nil (byte-code "9\203 \301!\207\302@!AL\207" [v makunbound make-local-variable] 2) ((error))] 3] run-hooks clone-buffer-hook nil pop-to-buffer process lvars mode modified mk pt ptmax ptmin buf display-flag same-window-buffer-names same-window-regexps] 11 (#$ . 220572) (progn (if buffer-file-name (error "Cannot clone a file-visiting buffer")) (if (get major-mode 'no-clone) (error "Cannot clone a buffer in %s mode" mode-name)) (list (if current-prefix-arg (read-buffer "Name of new cloned buffer: " (current-buffer))) t))])
#@743 Create an indirect buffer that is a twin copy of the current buffer.
Give the indirect buffer name NEWNAME. Interactively, read NEWNAME
from the minibuffer when invoked with a prefix arg. If NEWNAME is nil
or if not called with a prefix arg, NEWNAME defaults to the current
buffer's name. The name is modified by adding a `<N>' suffix to it
or by incrementing the N in an existing suffix. Trying to clone a
buffer whose major mode symbol has a non-nil `no-clone-indirect'
property results in an error.
DISPLAY-FLAG non-nil means show the new buffer with `pop-to-buffer'.
This is always done when called interactively.
Optional third arg NORECORD non-nil means do not put this buffer at the
front of the list of recently selected ones.
(defalias 'clone-indirect-buffer #[(newname display-flag &optional norecord) "\306N\203 \307\310 \"\210\n\206 \311 \312\313\n\"\203 \n\314\211\224O\315\n!\316p \317# r\fq\210\320\321!\210)
\203< \322\f\"\210\f*\207" [major-mode mode-name newname name buffer display-flag no-clone-indirect error "Cannot indirectly clone a buffer in %s mode" buffer-name string-match "<[0-9]+>\\'" 0 generate-new-buffer-name make-indirect-buffer t run-hooks clone-indirect-buffer-hook pop-to-buffer norecord] 4 (#$ . 222824) (progn (if (get major-mode 'no-clone-indirect) (error "Cannot indirectly clone a buffer in %s mode" mode-name)) (list (if current-prefix-arg (read-buffer "Name of indirect buffer: " (current-buffer))) t))])
#@61 Like `clone-indirect-buffer' but display in another window.
(defalias 'clone-indirect-buffer-other-window #[(newname display-flag &optional norecord) "\304\305 \n #)\207" [pop-up-windows newname display-flag norecord t clone-indirect-buffer] 4 (#$ . 224295) (progn (if (get major-mode 'no-clone-indirect) (error "Cannot indirectly clone a buffer in %s mode" mode-name)) (list (if current-prefix-arg (read-buffer "Name of indirect buffer: " (current-buffer))) t))])
#@1090 Set the default behavior of the Delete and Backspace keys.
If set to t, Delete key deletes forward and Backspace key deletes
backward.
If set to nil, both Delete and Backspace keys delete backward.
If set to 'maybe (which is the default), Emacs automatically
selects a behavior. On window systems, the behavior depends on
the keyboard used. If the keyboard has both a Backspace key and
a Delete key, and both are mapped to their usual meanings, the
option's default value is set to t, so that Backspace can be used
to delete backward, and Delete can be used to delete forward.
If not running under a window system, customizing this option
accomplishes a similar effect by mapping C-h, which is usually
generated by the Backspace key, to DEL, and by mapping DEL to C-d
via `keyboard-translate'. The former functionality of C-h is
available on the F1 key. You should probably not use this
setting if you don't have both Backspace, Delete and F1 keys.
Setting this variable with setq doesn't take effect. Programmatically,
call `normal-erase-is-backspace-mode' (which see) instead.
(custom-declare-variable 'normal-erase-is-backspace ''maybe '(#$ . 224769) :type '(choice (const :tag "Off" nil) (const :tag "Maybe" maybe) (other :tag "On" t)) :group 'editing-basics :version "21.1" :set #[(symbol value) "\302\303!\203 \303\206\f \304!\207\305 \"\207" [value symbol fboundp normal-erase-is-backspace-mode 0 set-default] 3])
#@65 Set up `normal-erase-is-backspace-mode' on FRAME, if necessary.
(defalias 'normal-erase-is-backspace-setup-frame #[(&optional frame) "\204 \306 \306 p\307\216\310\311\"\210\312\313\303\"?\205[ \314 \315=\203Q \f\204Y
\316>\204U \317>\204U \320>\203E \321\322!\203E \322 \204U \204Y \323=\202R \203Y \324\202Z \325!+\207" [frame #1=#:old-buffer #2=#:old-frame normal-erase-is-backspace noninteractive system-type selected-frame ((byte-code "\302!\203 \303\304\"\210\305 !\203 q\210\302\207" [#2# #1# frame-live-p select-frame norecord buffer-live-p] 3)) select-frame norecord terminal-parameter nil normal-erase-is-backspace-mode maybe (ms-dos windows-nt) (w32 ns) (x) fboundp x-backspace-delete-keys-p 8 1 0 window-system tty-erase-char] 3 (#$ . 226209)])
#@1491 Toggle the Erase and Delete mode of the Backspace and Delete keys.
With a prefix argument ARG, enable this feature if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
On window systems, when this mode is on, Delete is mapped to C-d
and Backspace is mapped to DEL; when this mode is off, both
Delete and Backspace are mapped to DEL. (The remapping goes via
`local-function-key-map', so binding Delete or Backspace in the
global or local keymap will override that.)
In addition, on window systems, the bindings of C-Delete, M-Delete,
C-M-Delete, C-Backspace, M-Backspace, and C-M-Backspace are changed in
the global keymap in accordance with the functionality of Delete and
Backspace. For example, if Delete is remapped to C-d, which deletes
forward, C-Delete is bound to `kill-word', but if Delete is remapped
to DEL, which deletes backward, C-Delete is bound to
`backward-kill-word'.
If not running on a window system, a similar effect is accomplished by
remapping C-h (normally produced by the Backspace key) and DEL via
`keyboard-translate': if this mode is on, C-h is mapped to DEL and DEL
to C-d; if it's off, the keys are not remapped.
When not running on a window system, and this mode is turned on, the
former functionality of C-h is available on the F1 key. You should
probably not turn on this mode on a text-only terminal if you don't
have both Backspace, Delete and F1 keys.
See also `normal-erase-is-backspace'.
(defalias 'normal-erase-is-backspace-mode #[(&optional arg) "\306 \307=\203 \310\311\312\"\313=?\202 \314 !\315V\316\311\312\n\203$ \313\202% \315#\210)\310\311\312\"\313=\f\317>\204;
\320>\203\336 \321 2 \203\213 \3223\323\324#\210\3223\325\326#\210\3223\327\330#\2102\311 4\211 5\203\207 5@4\32264@\311#\210\32264\211 7A@)\311#\2105A\2115\204b *\202\332 \3223\331\332#\210\3223\333\334#\210\3223\335\336#\2102\311 4\211 5\203\331 5@4\32264@4\211 7A@)#\210\32264\211 7A@)4@#\2105A\2115\204\253 *)\202\371 \203\357 \337\340\341\"\210\337\341\342\"\210\202\371 \337\340\211\"\210\337\341\211\"\210\343\344!\203\345\346\310\311\312\"\313=\203\347\202\350\"\210)\351\352\310\311\312\"\313=\203!\353\202\"\354\"\210\343\355!\203H\306 \2036\306 \232\203H\345\356\310\311\312\"\313=\203E\357\202F\360\"\210)\361 \210\310\311\312\"\313=\207" [#1=#:last-message arg v enabled window-system system-type current-message toggle terminal-parameter nil normal-erase-is-backspace 1 prefix-numeric-value 0 set-terminal-parameter (x w32 ns pc) (ms-dos windows-nt) (([M-delete] [M-backspace]) ([C-M-delete] [C-M-backspace]) ([27 C-delete] [27 C-backspace])) define-key [delete] [deletechar] [kp-delete] [4] [backspace] [127] [delete] [127] [kp-delete] [127] [backspace] [127] keyboard-translate 8 127 4 called-interactively-p interactive message "Delete key deletes %s" "forward" "backward" run-hooks normal-erase-is-backspace-mode-hook normal-erase-is-backspace-mode-on-hook normal-erase-is-backspace-mode-off-hook any "Normal-Erase-Is-Backspace mode %sabled" "en" "dis" force-mode-line-update bindings local-function-key-map b --dolist-tail-- input-decode-map x] 6 (#$ . 226994) (list (or current-prefix-arg 'toggle))])
#@68 Saved value of `buffer-invisibility-spec' when Visible mode is on.
(defvar vis-mode-saved-buffer-invisibility-spec nil (#$ . 230243))
#@693 Change whether the current buffer is read-only.
With prefix argument ARG, make the buffer read-only if ARG is
positive, otherwise make it writable. If buffer is read-only
and `view-read-only' is non-nil, enter view mode.
Do not call this from a Lisp program unless you really intend to
do the same thing as the \[read-only-mode] command, including
possibly enabling or disabling View mode. Also, note that this
command works by setting the variable `buffer-read-only', which
does not affect read-only regions caused by text properties. To
ignore read-only status in a Lisp program (whether due to text
properties or buffer state), bind `inhibit-read-only' temporarily
to a non-nil value.
(defalias 'read-only-mode #[(&optional arg) "\306 \307=\203 \n?\202 \310 !\311V\211\204( \203( \312 \210\313\304!\210\314\202? \n\203? \f\203? \204?
\315N\316=\204? \317 \210\320\321\n\203I \322\202J \323\"\210\324\325!\203k \306 \203^ \306 \232\203k \326\327\n\203h \330\202i \331\"\210)\332 \210\n\207" [#1=#:last-message arg buffer-read-only view-mode view-read-only major-mode current-message toggle prefix-numeric-value 0 View-exit-and-edit make-local-variable t mode-class special view-mode-enter run-hooks read-only-mode-hook read-only-mode-on-hook read-only-mode-off-hook called-interactively-p any message "Read-Only mode %sabled" "en" "dis" force-mode-line-update] 4 (#$ . 230384) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \303\305%\207" [read-only-mode-map add-minor-mode buffer-read-only nil boundp read-only-mode] 6)
#@93 Non-nil if Visible mode is enabled.
Use the command `visible-mode' to change this variable.
(defvar visible-mode nil (#$ . 231962))
(make-variable-buffer-local 'visible-mode)
#@318 Toggle making all invisible text temporarily visible (Visible mode).
With a prefix argument ARG, enable Visible mode if ARG is
positive, and disable it otherwise. If called from Lisp, enable
the mode if ARG is omitted or nil.
This mode works by saving the value of `buffer-invisibility-spec'
and setting it to nil.
(defalias 'visible-mode #[(&optional arg) "\305 \306=\203 \n?\202 \307 !\310V\311\303!\203 \312\303!\210\n\203, \313\303!\210\f\314\315\316\n\2036 \317\2027 \320\"\210\321\322!\203X \305 \203K \305 \232\203X \323\324\n\203U \325\202V \326\"\210)\327 \210\n\207" [#1=#:last-message arg visible-mode vis-mode-saved-buffer-invisibility-spec buffer-invisibility-spec current-message toggle prefix-numeric-value 0 local-variable-p kill-local-variable make-local-variable nil run-hooks visible-mode-hook visible-mode-on-hook visible-mode-off-hook called-interactively-p any message "Visible mode %sabled" "en" "dis" force-mode-line-update] 3 (#$ . 232144) (list (or current-prefix-arg 'toggle))])
(byte-code "\301\302\303\304\300!\205\n \305\211%\207" [visible-mode-map add-minor-mode visible-mode " Vis" boundp nil] 6)
#@461 Alist of packages known to cause problems in this version of Emacs.
Each element has the form (PACKAGE SYMBOL REGEXP STRING).
PACKAGE is either a regular expression to match file names, or a
symbol (a feature name); see the documentation of
`after-load-alist', to which this variable adds functions.
SYMBOL is either the name of a string variable, or `t'. Upon
loading PACKAGE, if SYMBOL is t or matches REGEXP, display a
warning using STRING as the message.
(defconst bad-packages-alist '((semantic semantic-version "\\`2\\.0pre[1-3]\\'" "The version of `semantic' loaded does not work in Emacs 22.\nIt can cause constant high CPU load.\nUpgrade to at least Semantic 2.0pre4 (distributed with CEDET 1.0pre4).") (CUA-mode t nil "CUA-mode is now part of the standard GNU Emacs distribution,\nso you can now enable CUA via the Options menu or by customizing `cua-mode'.\n\nYou have loaded an older version of CUA-mode which does not work\ncorrectly with this version of Emacs. You should remove the old\nversion and use the one distributed with Emacs.")) (#$ . 233294))
#@75 Run a check using the element from `bad-packages-alist' matching PACKAGE.
(defalias 'bad-package-check #[(package) "\300\301\302\217\207" [nil (byte-code "\306 \"\211A@\n\205? \307 !\205? \310=\2048 \311 !\211;\205? \312\n8 \313 \310 \314
\f#,\205? \315\316\n8\317#*\207" [package bad-packages-alist list symbol start string assoc boundp t eval 2 nil string-match display-warning 3 :warning regexp inhibit-changing-match-data] 5) ((error))] 3 (#$ . 234370)])
(byte-code "\301\302\"\210\303\304!\207" [bad-packages-alist mapc #[(elem) "\301@\302\303@DD\"\207" [elem eval-after-load bad-package-check quote] 5] provide simple] 3)