User's Choice Windows CD/User's Choice Windows CD (CMS Software)(1993).iso/utility2/wine02bx.zip/LISP/PRIM/MINIBUF.ELC

Text File | 1993-03-28 | 27KB | 217 lines

;;; compiled by @win386 on Sat Mar 13 01:39:17 1993
;;; from file c:/src/lucid-19.4/lisp/prim/minibuf.el
;;; emacs version 19.3 Lucid.
;;; bytecomp version 2.08; 27-aug-92.
;;; optimization is on.
;;; this file uses opcodes which do not exist in Emacs18.

(if (and (boundp 'emacs-version)
     (or (and (boundp 'epoch::version) epoch::version)
         (string-lessp emacs-version "19")))
    (error "This file was compiled for Emacs19."))

(defvar insert-default-directory t "\
*Non-nil means when reading a filename start with default dir in minibuffer.")
(defvar minibuffer-completion-table nil "\
Alist or obarray used for completion in the minibuffer.
This becomes the ALIST argument to `try-completion' and `all-completions'.

The value may alternatively be a function, which is given three arguments:
  STRING, the current buffer contents;
  PREDICATE, the predicate for filtering possible matches;
  CODE, which says what kind of things to do.
CODE can be nil, t or `lambda'.
nil means to return the best completion of STRING, nil if there is none,
  or t if it is was already a unique completion.
t means to return a list of all possible completions of STRING.
`lambda' means to return t if STRING is a valid completion as it stands.")
(defvar minibuffer-completion-predicate nil "\
Within call to `completing-read', this holds the PREDICATE argument.")
(defvar minibuffer-completion-confirm nil "\
Non-nil => demand confirmation of completion before exiting minibuffer.")
(defvar minibuffer-confirm-incomplete nil "\
If true, then in contexts where completing-read allows answers which
are not valid completions, an extra RET must be typed to confirm the
response.  This is helpful for catching typos, etc.")
(defvar completion-auto-help t "\
*Non-nil means automatically provide help for invalid completion input.")
(defvar enable-recursive-minibuffers nil "\
*Non-nil means to allow minibuffer commands while in the minibuffer.
More precisely, this variable makes a difference when the minibuffer window
is the selected window.  If you are in some other window, minibuffer commands
are allowed even if a minibuffer is active.")
(defvar minibuffer-help-form nil "\
Value that `help-form' takes on inside the minibuffer.")
(defvar minibuffer-local-map (byte-code "└ ┬    ├\"ê    )ç" [make-sparse-keymap map set-keymap-name minibuffer-local-map] 3) "\
Default keymap to use when reading from the minibuffer.")
(defvar minibuffer-local-completion-map (byte-code "└ ┬    ├\"ê─    \"ê    )ç" [make-sparse-keymap map set-keymap-name minibuffer-local-completion-map set-keymap-parent minibuffer-local-map] 3) "\
Local keymap for minibuffer input with completion.")
(defvar minibuffer-local-must-match-map (byte-code "└ ┬    ├\"ê─    \"ê    )ç" [make-sparse-keymap map set-keymap-name minibuffer-must-match-map set-keymap-parent minibuffer-local-completion-map] 3) "\
Local keymap for minibuffer input with completion, for exact match.")
(byte-code "└    ┬├#ê└    ─┼#ê└    ╞┼#ê└╚╔#ê└╩╦#ê└╠═#ê└─╧#ê└╞╧#ê└    ╨╤#ê└    ╥╙#ê└    ╘╤#ê└    ╒╙#ê└    ╓╫#ê└    ╪┘#ç" [define-key minibuffer-local-map "" abort-recursive-edit "" exit-minibuffer "\n" minibuffer-local-completion-map "    " minibuffer-complete " " minibuffer-complete-word "?" minibuffer-completion-help minibuffer-local-must-match-map minibuffer-complete-and-exit "ε" next-history-element "≡" previous-history-element [next] [prior] "≥" previous-matching-history-element "≤" next-matching-history-element] 4)
(defvar read-expression-map (byte-code "└ ┬    \"ê─    ┼\"ê    )ç" [make-sparse-keymap map set-keymap-parent minibuffer-local-map set-keymap-name read-expression-map] 3) "\
Minibuffer keymap used for reading Lisp expressions.")
(define-key read-expression-map "ë" 'lisp-complete-symbol)
(defvar read-shell-command-map (byte-code "└ ┬    \"ê─    ┼\"ê╞    ╟╚#ê╞    ╔╚#ê╞    ╩╦#ê    )ç" [make-sparse-keymap map set-keymap-parent minibuffer-local-map set-keymap-name read-shell-command-map define-key "    " comint-dynamic-complete "ë" "┐" comint-dynamic-list-completions] 4) "\
Minibuffer keymap used by shell-command and related commands.")
(fset 'reset-buffer #[(buffer) "èqê┴ ê┬─ ê┬┬╟┬!ê┬┬    ╩┬\"ê)ç" [buffer kill-all-local-variables nil buffer-read-only erase-buffer buffer-file-name buffer-file-truename set-buffer-modified-p buffer-backed-up buffer-auto-save-file-name set-buffer-dedicated-screen] 3])
(fset 'read-from-minibuffer #[(prompt &optional initial-contents keymap readp history) "¼æ┴ ┬V½ï├ ─ =½ä┼╞!ê½í9½Ä╚!¼û┼╔\"ê¬Ä╚@!¼ç┼╔@\"ê╩ ½å╦╠\"ê├ ─ ┴ ┬=½å╥!¬ç╙╘╒┴ \"!╫ï,ç" [enable-recursive-minibuffers minibuffer-depth 0 selected-window minibuffer-window error "Command attempted to use minibuffer while in minibuffer" history boundp "History list %S is unbound" noninteractive message "%s" prompt default-directory dir owindow window window-buffer get-buffer-create format " *Minibuf-%d" buffer ((byte-code "qê┴!ê\n─┼!ê╞─╟!ê╚╔\n\"ê╦\n!ê╠\n═\"ê╬ ê╧!ê╨╤!ê½ò:½î@cêAbê¬äcê╙«é!êp¼â┘¬î:½à@¬é:½àA¬ü═αÄßΓì╞=½åπΣ╤\"¬┴qêσ J&'&╞=¼í'½¥'&@ܼò';½ç'GΦW¼ë'&BLê)½çΩ'!@¬é'*.ç" [buffer reset-buffer dir default-directory make-local-variable print-escape-newlines t mode-motion-hook minibuf-mouse-tracker set-window-buffer window select-window set-window-hscroll 0 erase-buffer buffer-enable-undo message nil initial-contents use-local-map keymap minibuffer-local-map current-prefix-arg minibuffer-help-form history minibuffer-history owindow minibuffer-scroll-window minibuffer-history-position minibuffer-history-variable help-form mouse-grabbed-buffer ((byte-code "qê┴!ê┬─ ç" [buffer buffer-disable-undo nil buffer-read-only erase-buffer] 2)) exit (byte-code "└ ┴ V½è┬ë┼!*ç┼!ç" [recursion-depth minibuffer-depth t standard-input standard-output read-minibuffer-internal prompt] 2) signal quit buffer-string list val 3 readp read-from-string] 6))] 4 "\
Read a string from the minibuffer, prompting with string PROMPT.
If optional second arg INITIAL-CONTENTS is non-nil, it is a string
  to be inserted into the minibuffer before reading input.
  If INITIAL-CONTENTS is (STRING . POSITION), the initial input
  is STRING, but point is placed POSITION characters into the string.
Third arg KEYMAP is a keymap to use whilst reading;
  if omitted or nil, the default is `minibuffer-local-map'.
If fourth arg READ is non-nil, then interpret the result as a lisp object
  and return that object:
  in other words, do `(car (read-from-string INPUT-STRING))'
Fifth arg HIST, if non-nil, specifies a history list
  and optionally the initial position in the list.
  It can be a symbol, which is the history list variable to use,
  or it can be a cons cell (HISTVAR . HISTPOS).
  In that case, HISTVAR is the history list variable to use,
  and HISTPOS is the initial position (the position in the list
  which INITIAL-CONTENTS corresponds to).
  If HIST is t, no history will be recorded.
  Positions are counted starting from 1 at the beginning of the list."])
(byte-code "└┴Mê┬├Mê─┼Mê╞╟Mç" [temp-minibuffer-message #[(m) "dèdbê    cê)┬─┼!êd|ê¡Å?¡è╚    !╩ë*ç" [savemax m t inhibit-quit sit-for 2 quit-flag unread-command-event character-to-event interrupt-char nil] 2] exact-minibuffer-completion-p #[(buffer-string) "¼é┴ç┬!½ƒ├\"ë¼è╞ÿ¡É╟╚ì¡ï    ½å    !¬ü╩)ç:½╔@9¼─¼à╠\"çû┴½¿@@ëܼìܼçûܽë╧┴ë¬^Aë¼X+╧=ç    ╨#ç" [minibuffer-completion-table nil vectorp intern-soft buffer-string tem "nil" found (byte-code "└┴\n\"ê├ç" [mapatoms #[(s) "└    !\nÿ¡ä├─┼\"ç" [symbol-name s buffer-string throw found t] 3] minibuffer-completion-table nil] 3) minibuffer-completion-predicate t completion-ignore-case assoc tail s win lambda] 5] minibuffer-do-completion-1 #[(buffer-string completion) "¼é┴ç┬=½é├çÿ?ë½ê╞ êcê╟!½ë½â╚¬è╔¬ç½â╩¬ü╦)ç" [completion none t unique buffer-string completedp erase-buffer exact-minibuffer-completion-p completed-exact exact completed uncompleted] 3] minibuffer-do-completion #[(buffer-string) "└    \n#┼    \"╔╩=½ï╦╔╠\"ê═╬!ê¬║╧=¼┤    ÿ¼ê╨ êcê╤=½Ä    ܽÿ╥ ê¬ô╙=½ì½à╥ ê¬ä═╒!ê+ç" [try-completion buffer-string minibuffer-completion-table minibuffer-completion-predicate completion minibuffer-do-completion-1 status last-exact-completion last nil none ding no-completion temp-minibuffer-message " [No match]" unique erase-buffer exact minibuffer-completion-help uncompleted completion-auto-help " [Next char not unique]"] 4]] 2)
(fset 'completing-read #[(prompt table &optional predicate require-match initial-contents hist) "    \n├=?¡ü├─╔\n\n¼ä¬é─%,ç" [table predicate require-match t nil last-exact-completion minibuffer-completion-confirm minibuffer-completion-predicate minibuffer-completion-table read-from-minibuffer prompt initial-contents minibuffer-local-completion-map minibuffer-local-must-match-map hist] 6 "\
Read a string in the minibuffer, with completion.
Args: PROMPT, TABLE, PREDICATE, REQUIRE-MATCH, INITIAL-CONTENTS, HIST.
PROMPT is a string to prompt with; normally it ends in a colon and a space.
TABLE is an alist whose elements' cars are strings, or an obarray.
PREDICATE limits completion to a subset of TABLE.
See `try-completion' for more details on completion, TABLE, and PREDICATE.
If REQUIRE-MATCH is non-nil, the user is not allowed to exit unless
 the input is (or completes to) an element of TABLE.
 If it is also not t, Return does not exit if it does non-null completion.
If INITIAL-CONTENTS is non-nil, insert it in the minibuffer initially.
  If it is (STRING . POSITION), the initial input
  is STRING, but point is placed POSITION characters into the string.
HIST, if non-nil, specifies a history list
  and optionally the initial position in the list.
  It can be a symbol, which is the history list variable to use,
  or it can be a cons cell (HISTVAR . HISTPOS).
  In that case, HISTVAR is the history list variable to use,
  and HISTPOS is the initial position (the position in the list
  which INITIAL-CONTENTS corresponds to).
  If HIST is t, no history will be recorded.
  Positions are counted starting from 1 at the beginning of the list.
Completion ignores case if the ambient value of
  `completion-ignore-case' is non-nil."])
(fset 'minibuffer-complete #[nil "└┴ !ë├=?¡ò\n─=½å┼╞!ê¬ë\n╟=½ä┼╚!ê╔)ç" [minibuffer-do-completion buffer-string status none unique temp-minibuffer-message " [Sole completion]" exact " [Complete, but not unique]" t] 3 "\
Complete the minibuffer contents as far as possible." nil])
(fset 'minibuffer-complete-and-exit #[nil "edU½à└┴┬\"ê├ ─!½à└┴┬\"ê┼!ë╟=¼¥╚=¼ù╔=¼å╩=¡Å½ç╠═!ê┬¬ä└┴┬\"*ç" [throw exit nil buffer-string exact-minibuffer-completion-p minibuffer-do-completion status unique exact completed-exact completed-exact-unique minibuffer-completion-confirm temp-minibuffer-message " [Confirm]"] 4 "\
Complete the minibuffer contents, and maybe exit.
Exit if the name is valid with no completion needed.
If name was completed to a valid match,
a repetition of this command will exit." nil])
(fset 'self-insert-and-exit #[nil "└ ê┴┬├\"ç" [self-insert-command throw exit nil] 3 "\
Terminate minibuffer input." nil])
(fset 'exit-minibuffer #[nil "¼à┴┬├\"ê─ ┼!½à┴┬├\"ê¼â╟¬ç╚    #ë\n╟=¼à╦ÿ½à┴┬├\"ê╠\n½â═¬ü╬!ê╧ ╟╥!ê├)ܽç┴┬├\"ê¬ö╓├\"=½è╫!ê┴┬╟\"ê╪!ê╫!+ç" [minibuffer-confirm-incomplete throw exit nil buffer-string exact-minibuffer-completion-p minibuffer-completion-table t try-completion minibuffer-completion-predicate completion "" temp-minibuffer-message " [incomplete; confirm]" " [no completions; confirm]" allocate-event event inhibit-quit next-command-event quit-flag last-command-event interrupt-char event-to-character deallocate-event dispatch-event] 5 "\
Terminate this minibuffer argument.
If minibuffer-confirm-incomplete is true, and we are in a completing-read
of some kind, and the contents of the minibuffer is not an existing
completion, requires an additional RET before the minibuffer will be exited
(assuming that RET was the character that invoked this command:
the character in question must be typed again)." nil])
(fset 'minibuffer-complete-word #[nil "└ ┴\n#┼\"ë╟=½ì╚╔╩\"ê╦╠!ê╔é╝═=½ê╦╬!ê╧é╝╨=¼å╤=½═╥¿½Å╓V½ë╫!!«»╪=¼å┘!«ú┌=¼å█!«ù½à▌ ê¬ì╦╤=½â▐¬ü▀!ê╔*¬┤α êcêebêG╔!ë\"GW½ÖπΣì½öebê\"uêσµ╔╧#½å`d|ê¬âdbê*╧+ç" [buffer-string try-completion minibuffer-completion-table minibuffer-completion-predicate completion minibuffer-do-completion-1 status none ding nil no-completion temp-minibuffer-message " [No match]" unique " [Sole completion]" t uncompleted exact #[(s) "└┴┬Åç" [nil (byte-code "└    \nP#¡çdbê\ncê┼ç" [try-completion buffer-string s minibuffer-completion-table minibuffer-completion-predicate t] 4) ((error))] 3] last-command-char char foo 0 char-to-string 32 " " 45 "-" completion-auto-help minibuffer-completion-help " [Complete, but not unique]" " [Ambiguous]" erase-buffer n len match (byte-code "└    \nW½Ö├    Hû    Hû\"½å    Të¬j╞╟╚\"ê¬b╔ç" [0 n len char-equal buffer-string completion throw match nil t] 5) re-search-forward "\\W"] 5 "\
Complete the minibuffer contents at most a single word.
After one word is completed as much as possible, a space or hyphen
is added, provided that matches some possible completion." nil])
(fset 'display-completion-list #[(completions) "p└    !½â    qê¼ç─┼!êéU
½å╞╟ !¬ü╚    ╩ë½╠@ë;½àG¬Ñ:½Ö@;½ôA@;½î@GA@G\\¬ç╧╨╤D\"ëV½äTA*¬0)╙\\    Ñ^ë╒X½ä¬¥    Ñª╩U¼êÑT¬àÑ)─╫!ê╩WâS
┘ ê╩ë½φ@╩U¼Ü½ê▌╒\"ê¬Å▐▀!êTëW¼q\\:½í─@!ê─A@!ê¼í@GA@G\\\\¬É─!ê¼êG\\)¢ë¼AT+é┐.¡é\nq*ç" [bufferp standard-output old-buffer completions princ "There are no possible completions of what you have typed." screen-width selected-screen 80 win-width 0 max-width count tail elt signal wrong-type-argument stringp len 2 cols 1 rows "Possible completions are:" r terpri tail2 column indent indent-to write-char 32] 5 "\
Display the list of completions, COMPLETIONS, using `standard-output'.
Each element may be just a symbol or string
or may be a list of two strings to be printed as if concatenated."])
(fset 'minibuffer-completion-help #[nil "└┴!ê┬├ #ë¼Ä╟╚╔\"ê╩╦!ê└╚!¬Ä╠É└╚!ê═╬╧\"!æ)ç" [message "Making completion list..." all-completions buffer-string minibuffer-completion-table minibuffer-completion-predicate completions ding nil no-completion temp-minibuffer-message " [No completions]" "*Completions*" display-completion-list sort string-lessp] 6 "\
Display a list of possible completions of the current minibuffer contents." nil])
(defvar minibuffer-history nil "\
Default minibuffer history list.
This is used for all minibuffer input except when an alternate history
list is specified.")
(byte-code "└┴!¼é┬└├!¼é┬└─!¼é┬└┼!¼é┬└╞!¼â┬└╟!¼â┬└╚!¼â┬└╔!¼â┬    ┬ç" [boundp minibuffer-history-search-history nil minibuffer-sexp-history minibuffer-command-history minibuffer-function-history minibuffer-variable-history minibuffer-buffer-history minibuffer-shell-command-history minibuffer-file-name-history] 2)
(defvar minibuffer-history-sexp-flag nil "\
Non-nil when doing history operations on `command-history'.
More generally, indicates that the history list being acted on
contains expressions rather than strings.")
(defvar minibuffer-history-variable 'minibuffer-history "\
History list symbol to add minibuffer values to.
Each minibuffer output is added with
  (set minibuffer-history-variable
       (cons STRING (symbol-value minibuffer-history-variable)))")
(fset 'previous-matching-history-element #[(regexp n) "J┴\në╞=½ä╟╚!ê    ╩U¼╠╦    ╩W½â╠¬ü╦\\]G^ëU½î╟╦U½â═¬ü╬!ê╧½ê╥S8!¬äS8\"½?    ë╩W½â╦¬ü╠\\ë    ¬0╙ êS8½å╥!¬écê)ebê+@@╓=¼ê@@╫=¡åAëç" [minibuffer-history-variable nil minibuffer-history-position pos prevpos history t error "history is not being recorded in this context" n 0 1 -1 "No later matching history item" "No earlier matching history item" string-match regexp minibuffer-history-sexp-flag prin1-to-string erase-buffer elt command-history previous-matching-history-element next-matching-history-element] 6 "\
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." (byte-code "└┴J└=½ä┼╞!ê╟╚┴    ┴╩%╦!*Dç" [t nil minibuffer-history-sexp-flag enable-recursive-minibuffers minibuffer-history-variable error "history is not being recorded in this context" read-from-minibuffer "Previous element matching (regexp): " minibuffer-local-map minibuffer-history-search-history prefix-numeric-value current-prefix-arg] 6)])
(fset 'next-matching-history-element #[(regexp n) "└    \n[\"ç" [previous-matching-history-element regexp n] 3 "\
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." (byte-code "└┴J└=½ä┼╞!ê╟╚┴    ┴╩%╦!*Dç" [t nil minibuffer-history-sexp-flag enable-recursive-minibuffers minibuffer-history-variable error "history is not being recorded in this context" read-from-minibuffer "Next element matching (regexp): " minibuffer-local-map minibuffer-history-search-history prefix-numeric-value current-prefix-arg] 6)])
(fset 'next-history-element #[(n) "J┴=½ä┬├!ê─Z]JG^U½æ┬╚╔─U½â╩¬ü╦#!¬₧╠ êëSJ8½å╧╨╤Ŭécê)db)ç" [minibuffer-history-variable t error "history is not being recorded in this context" 1 minibuffer-history-position n narg format "No %s item in %s" "following" "preceding" erase-buffer elt minibuffer-history-sexp-flag nil (byte-code "└┬!)ç" [t print-readably prin1-to-string elt] 2) ((error (prin1-to-string elt)))] 6 "\
Insert the next element of the minibuffer history into the minibuffer." "p"])
(fset 'previous-history-element #[(n) "└    [!ç" [next-history-element n] 2 "\
Inserts the previous element of the minibuffer history into the minibuffer." "p"])
(fset 'read-minibuffer #[(prompt &optional initial-contents hist) "└    \n─«ü╞%ç" [read-from-minibuffer prompt initial-contents minibuffer-local-map t hist minibuffer-sexp-history] 6 "\
Return a Lisp object read using the minibuffer.
Prompt with PROMPT.  If non-nil, optional second arg INITIAL-CONTENTS
is a string to insert in the minibuffer before reading.
Third arg HIST, if non-nil, specifies a history list."])
(fset 'read-string #[(prompt &optional initial-contents hist) "└    \n─%ç" [read-from-minibuffer prompt initial-contents minibuffer-local-map nil hist] 6 "\
Return a string from the minibuffer, prompting with string PROMPT.
If non-nil, optional second arg INITIAL-CONTENTS is a string to insert
in the minibuffer before reading.
Third arg HIST, if non-nil, specifies a history list."])
(fset 'eval-minibuffer #[(prompt &optional initial-contents hist) "└┴\n#!ç" [eval read-minibuffer prompt initial-contents hist] 5 "\
Return value of Lisp expression read using the minibuffer.
Prompt with PROMPT.  If non-nil, optional second arg INITIAL-CONTENTS
is a string to insert in the minibuffer before reading.
Third arg HIST, if non-nil, specifies a history list."])
(fset 'read-command #[(prompt) "└┴\n─┼╞╟&!ç" [intern completing-read prompt obarray commandp t nil minibuffer-command-history] 8 "\
Read the name of a command and return as a symbol.
Prompts with PROMPT."])
(fset 'read-function #[(prompt) "└┴\n─┼╞╟&!ç" [intern completing-read prompt obarray fboundp t nil minibuffer-function-history] 8 "\
Read the name of a function and return as a symbol.
Prompts with PROMPT."])
(fset 'read-variable #[(prompt) "└┴\n─┼╞╟&!ç" [intern completing-read prompt obarray user-variable-p t nil minibuffer-variable-history] 8 "\
Read the name of a user variable and return it as a symbol.
Prompts with PROMPT.
A user variable is one whose documentation starts with a `*' character."])
(fset 'read-buffer #[(prompt &optional default require-match) "½æ┴┬─!½à┼!¬ü#¬ü╞╟╚ \"╔\n╠╔╔╬&ë\n╧ܽö¼à\n¬ï½b╨!½]\n─\n!½å┼\n!¬é\n+ç" [default format "%s(default %s) " prompt bufferp buffer-name mapcar #[(b) "└    !    Bç" [buffer-name b] 2] buffer-list nil result alist completing-read require-match minibuffer-buffer-history "" get-buffer] 8 "\
Read the name of a buffer and return as a string.
Prompts with PROMPT.  Optional second arg DEFAULT is value to return if user
enters an empty line.  If optional third arg REQUIRE-MATCH is non-nil,
only existing buffer names are allowed."])
(fset 'read-number #[(prompt &optional integers-only) "½â┴¬ü┬├!¼Å├╞╟Å!¼q╚ ê¬l*ç" [integers-only integerp numberp nil num pred (byte-code "└    \n¡â├\n!─┼ë%ç" [read-from-minibuffer prompt num prin1-to-string nil t] 6) ((invalid-read-syntax) (end-of-file)) beep] 3 "\
Reads a number from the minibuffer."])
(fset 'read-shell-command #[(prompt &optional initial-input) "└    \n─┼%ç" [read-from-minibuffer prompt initial-input read-shell-command-map nil minibuffer-shell-command-history] 6 "\
Just like read-string, but uses read-shell-command-map:
\\{read-shell-command-map}"])
(byte-code "└┴Mê┬├Mç" [un-substitute-in-file-name #[(string) "└    G┬ëëë    ╩=½â    ¬╔╦    \"¼â    ¬┐╠╦    ═ò#½àT¬r╬\\╧\"══W½Ü    HIêTT╧=½eT¬`.ç" ["\\$" string nil ch o n new olen regexp system-type vax-vms string-match 1 0 make-string 36] 6] read-file-name-1 #[(history prompt dir default must-match initial-contents completer) "¼é    ┬!¼â─¬æ½ï╞P!GTB¬â╞!╔=\n╦&)ë¼à╤╥!¬¥½ò:½à@¬éܽä¬ä╘!*ç" [dir default-directory abbreviate-file-name insert-default-directory nil initial-contents un-substitute-in-file-name insert system-type vax-vms completion-ignore-case completing-read prompt completer must-match history val error "No file name specified" default substitute-in-file-name] 8]] 2)
(fset 'read-file-name #[(prompt &optional dir default must-match initial-contents hist) "└┴\n«ü╚&ç" [read-file-name-1 minibuffer-file-name-history prompt dir default buffer-file-name must-match initial-contents read-file-name-internal] 8 "\
Read file name, prompting with PROMPT and completing in directory DIR.
Value is not expanded---you must call `expand-file-name' yourself.
Value is subject to interpreted by substitute-in-file-name however.
Default name to DEFAULT if user enters a null string.
 (If DEFAULT is omitted, the visited file name is used.)
Fourth arg MUST-MATCH non-nil means require existing file's name.
 Non-nil and non-t means also require confirmation after completion.
Fifth arg INITIAL-CONTENTS specifies text to start with.
DIR defaults to current buffer's directory default."])
(byte-code "└┴Mê┬├Mê─┼Mê╞╟Mê╚╔Mç" [read-directory-name #[(prompt &optional dir default must-match initial-contents) "└┴\n«ü╚&ç" [read-file-name-1 minibuffer-file-name-history prompt dir default default-directory must-match initial-contents read-directory-name-internal] 8] read-file-name-internal-1 #[(string dir action completer) "└┴\n\"¼└\n├Ü?¡ü\në½à┼\n!¬ü\n¡ä╟!    \në½ê╦\"¬é½å═!¬ü\n&+ç╬ö\n\nGU½ä¬Å\nH╨U½àT¬é╤O\n╙SO\n╒=½â╤¬█\n╓=½î╫╪┘┌╓!\"\"¬╔┌╓!▄\"ë;½Ñ└▐\"½û▀▄\"╓=½âα¬ü├R¬ÜßQ¬Æ╓=½ïΓ┌!!P¬ü╤*+ç" [string-match "[^$]\\(\\$\\$\\)*\\$\\([A-Za-z0-9_]*\\|{[^}]*\\)\\'" string "" orig substitute-in-file-name sstring file-name-directory specdir completer action expand-file-name dir file-name-nondirectory 2 start 123 nil env 0 head lambda t mapcar #[(p) "G┴V½ï┴H┬U¼ä├Pç├Qç" [p 0 47 "$" head] 3] all-completions getenv e try-completion val "[^A-Za-z0-9_]" "${" "}" "$" un-substitute-in-file-name] 9] read-file-name-internal #[(string dir action) "└    \n─$ç" [read-file-name-internal-1 string dir action #[(action orig string specdir dir name) "┴=½ë\n??¡α├!ç┼=½è╞╟╚    \n\"\"ç¼ä═    \"ë┼=½É½î╨═    \");½æ╟½çP¬é!¬æ╟!ë\nܼä¬é))ç" [action lambda orig file-exists-p string t mapcar un-substitute-in-file-name file-name-all-completions name dir specdir default-directory file-name-completion val completion-ignored-extensions nil tem] 6]] 5] read-directory-name-internal #[(string dir action) "└    \n─$ç" [read-file-name-internal-1 string dir action #[(action orig string specdir dir name) "└┬┼=½ò??¡╦╟!¡┼╔!ܬ╝╩=½à╦!¬▓╠╬!\"ë;½æ╨½çP¬é!¬ô╨!ëܼä¬é))*ç" ["./" standin #[(fn) "┴ܽï\n├┼┴┼╞%B¬ï├┼╟╚!P┼╞%    ╩═=½ä    ¬ê╬╧╬╨    \"\"\")ç" [name "" standin directory-files dir nil directories "\\`" regexp-quote l mapcar fn system-type vax-vms delete "." ".."] 7] dirs action lambda orig file-directory-p string file-name-as-directory t #[(n) "└    \nܽâ\n¬â├    !!ç" [un-substitute-in-file-name n standin file-name-as-directory] 3] try-completion name #[(n) "    Ü½â    Cç┬!Cç" [n standin file-name-as-directory] 2] val un-substitute-in-file-name specdir tem] 5]] 5] execute-extended-command #[(prefix-arg) "┴┬=½â├¬ú─ܽâ┼¬¢¿½å╞╟\"¬æ:½î@¿½ç╞╟@\"¬ü╚!    )╩    ╦\"ç" [prefix-arg read-command - "- M-x " (4) "C-u M-x " format "%d M-x " "M-x " this-command command-execute t] 4 nil "P"]] 2)
(fset 'y-or-n-p-minibuf #[(prompt) "└┴\n\"ë─ ;âá╞ë╔╩\"ê╦!ê═*½ö╔╬╧!#ê╨!ê═╤╥═\"ê╙!¡â╘!ë¡â╓!ë½àù╪=¼å┘=½ë╔┌\"ê╞¬│█=¼å▄=½ë╔▌\"ê═¬₧▐!¼Ö╔╬╧!#ê▀═α\"êß ê\n=½äΓ\nP*é\n╨!ê+ç" [format "%s(y or n) " prompt p allocate-event event t inhibit-quit cursor-in-echo-area message "%s" next-command-event quit-flag nil "%s%s" single-key-description deallocate-event signal quit key-press-event-p event-key key event-to-character char 121 32 "%sYes" 110 delete "%sNo" button-release-event-p ding y-or-n-p discard-input "Please answer y or n.  "] 6 "\
Ask user a \"y or n\" question.  Return t if answer is \"y\".
Takes one argument, which is the string to display to ask the question.
It should end in a space; `y-or-n-p' adds `(y or n) ' to it.
No confirmation of the answer is requested; a single character is enough.
Also accepts Space to mean yes, or Delete to mean no."])
(fset 'yes-or-no-p-minibuf #[(prompt) "┴P\n;½¡├\n─┼#ùë╞ÿ½à┼ë¬l\n╟ÿ½à─ë¬b╚─╔\"ê╩ ê╦╠!ê═╬!ê¬O\n)ç" [prompt "(yes or no) " p read-string nil t "yes" "no" ding yes-or-no-p discard-input message "Please answer yes or no." sleep-for 2] 5 "\
Ask user a yes-or-no question.  Return t if answer is yes.
Takes one argument, which is the string to display to ask the question.
It should end in a space; `yes-or-no-p' adds `(yes or no) ' to it.
The user must confirm the answer with RET,
and can edit it until it as been confirmed."])
(byte-code "└┴Mê┬├Mç" [yes-or-no-p yes-or-no-p-minibuf y-or-n-p y-or-n-p-minibuf] 2)