;;; completion.el --- dynamic word-completion code
+;; Copyright (C) 1990, 1993, 1995 Free Software Foundation, Inc.
-;; Maintainer: bug-completion@think.com
+;; Maintainer: FSF
;; Keywords: abbrev
+;; Author: Jim Salem <alem@bbnplanet.com> of Thinking Machines Inc.
+;; (ideas suggested by Brewster Kahle)
-;;; Commentary:
+;; This file is part of GNU Emacs.
-;;; This is a Completion system for GNU Emacs
-;;;
-;;; E-Mail:
-;;; Internet: completion@think.com, bug-completion@think.com
-;;; UUCP: {rutgers,harvard,mit-eddie}!think!completion
-;;;
-;;; If you are a new user, we'd appreciate knowing your site name and
-;;; any comments you have.
-;;;
-;;;
-;;; NO WARRANTY
-;;;
-;;; This software is distributed free of charge and is in the public domain.
-;;; Anyone may use, duplicate or modify this program. Thinking Machines
-;;; Corporation does not restrict in any way the use of this software by
-;;; anyone.
-;;;
-;;; Thinking Machines Corporation provides absolutely no warranty of any kind.
-;;; The entire risk as to the quality and performance of this program is with
-;;; you. In no event will Thinking Machines Corporation be liable to you for
-;;; damages, including any lost profits, lost monies, or other special,
-;;; incidental or consequential damages arising out of the use of this program.
-;;;
-;;; You must not restrict the distribution of this software.
-;;;
-;;; Please keep this notice and author information in any copies you make.
-;;;
-;;; 4/90
-;;;
-;;;
-;;; Advertisement
-;;;---------------
-;;; Try using this. If you are like most you will be happy you did.
+;; GNU Emacs is free software; you can redistribute it and/or modify
+;; it under the terms of the GNU General Public License as published by
+;; the Free Software Foundation; either version 2, or (at your option)
+;; any later version.
+
+;; GNU Emacs is distributed in the hope that it will be useful,
+;; but WITHOUT ANY WARRANTY; without even the implied warranty of
+;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
+;; GNU General Public License for more details.
+
+;; You should have received a copy of the GNU General Public License
+;; along with GNU Emacs; see the file COPYING. If not, write to
+;; the Free Software Foundation, 675 Mass Ave, Cambridge, MA 02139, USA.
+
+;;; Commentary:
;;;
;;; What to put in .emacs
;;;-----------------------
-;;; (load "completion") ;; If it's not part of the standard band.
+;;; (load "completion")
;;; (initialize-completions)
-;;;
-;;; For best results, be sure to byte-compile the file first.
-;;;
-\f
-;;; Authors
-;;;---------
-;;; Jim Salem {salem@think.com}
-;;; Brewster Kahle {brewster@think.com}
-;;; Thinking Machines Corporation
-;;; 245 First St., Cambridge MA 02142 (617) 876-1111
-;;;
-;;; Mailing Lists
-;;;---------------
-;;;
-;;; Bugs to bug-completion@think.com
-;;; Comments to completion@think.com
-;;; Requests to be added completion-request@think.com
-;;;
-;;; Availability
-;;;--------------
-;;; Anonymous FTP from think.com
-;;;
\f
;;;---------------------------------------------------------------------------
;;; Documentation [Slightly out of date]
;;;---------------------
;;;
;;; A "word" is any string containing characters with either word or symbol
-;;; syntax. [E.G. Any alphanumeric string with hypens, underscores, etc.]
+;;; syntax. [E.G. Any alphanumeric string with hyphens, underscores, etc.]
;;; Unless you change the constants, you must type at least three characters
;;; for the word to be recognized. Only words longer than 6 characters are
;;; saved.
;;;
;;; When you load this file, completion will be on. I suggest you use the
-;;; compiled version (because it is noticibly faster).
+;;; compiled version (because it is noticeably faster).
;;;
;;; M-X completion-mode toggles whether or not new words are added to the
-;;; database by changing the value of *completep*.
+;;; database by changing the value of enable-completion.
;;;
;;; SAVING/LOADING COMPLETIONS
;;; Completions are automatically saved from one session to another
-;;; (unless *save-completions-p* or *completep* is nil).
+;;; (unless save-completions-flag or enable-completion is nil).
;;; Loading this file (or calling initialize-completions) causes EMACS
;;; to load a completions database for a saved completions file
;;; (default: ~/.completions). When you exit, EMACS saves a copy of the
;;; completions have their num-uses slot set to T. Use
;;; add-permanent-completion to do this
;;;
-;;; Completions are saved only if *completep* is T. The number of old
+;;; Completions are saved only if enable-completion is T. The number of old
;;; versions kept of the saved completions file is controlled by
-;;; *completion-file-versions-kept*.
+;;; completions-file-versions-kept.
;;;
;;; COMPLETE KEY OPTIONS
;;; The complete function takes a numeric arguments.
;;;
;;;
\f
-;;;-----------------------------------------------
-;;; Porting Notes
-;;;-----------------------------------------------
-;;;
-;;; Should run on 18.49, 18.52, and 19.0
-;;; Tested on vanilla version.
-;;; This requires the standard cl.el file. It could easily rewritten to not
-;;; require it. It defines remove which is not in cl.el.
-;;;
-;;; FUNCTIONS BASHED
-;;; The following functions are bashed but it is done carefully and should not
-;;; cause problems ::
-;;; kill-region, next-line, previous-line, newline, newline-and-indent,
-;;; kill-emacs
-;;;
-;;;
;;;---------------------------------------------------------------------------
;;; Functions you might like to call
;;;---------------------------------------------------------------------------
;;; superior to that of the LISPM version.
;;;
;;;-----------------------------------------------
-;;; Acknowlegements
+;;; Acknowledgements
;;;-----------------------------------------------
;;; Cliff Lasser (cal@think.com), Kevin Herbert (kph@cisco.com),
;;; eero@media-lab, kgk@cs.brown.edu, jla@ai.mit.edu,
\f
;;; Code:
-;;;-----------------------------------------------
-;;; Requires
-;;; Version
-;;;-----------------------------------------------
-
-;;(require 'cl) ;; DOTIMES, etc. {actually done after variable defs.}
-
-(defconst *completion-version* 10
- "Tested for EMACS versions 18.49, 18.52, 18.55 and beyond and 19.0.")
-
;;;---------------------------------------------------------------------------
;;; User changeable parameters
;;;---------------------------------------------------------------------------
-(defvar *completep* t
- "*Set to nil to turn off the completion hooks.
-(No new words added to the database or saved to the init file).")
+(defvar enable-completion t
+ "*Non-nil means enable recording and saving of completions.
+If nil, no new words added to the database or saved to the init file.")
-(defvar *save-completions-p* t
- "*If non-nil, the most useful completions are saved to disk when
-exiting EMACS. See *saved-completions-decay-factor*.")
+(defvar save-completions-flag t
+ "*Non-nil means save most-used completions when exiting Emacs.
+See also `saved-completions-retention-time'.")
-(defvar *saved-completions-filename* "~/.completions"
+(defvar save-completions-file-name "~/.completions"
"*The filename to save completions to.")
-(defvar *saved-completion-retention-time* 336
- "*The maximum amount of time to save a completion for if it has not been used.
-In hours. (1 day = 24, 1 week = 168). If this is 0, non-permanent completions
+(defvar save-completions-retention-time 336
+ "*Discard a completion if unused for this many hours.
+\(1 day = 24, 1 week = 168). If this is 0, non-permanent completions
will not be saved unless these are used. Default is two weeks.")
-(defvar *separator-character-uses-completion-p* nil
- "*If non-nil, typing a separator character after a completion symbol that
-is not part of the database marks it as used (so it will be saved).")
+(defvar completion-on-separator-character nil
+ "*Non-nil means separator characters mark previous word as used.
+This means the word will be saved as a completion.")
-(defvar *completion-file-versions-kept* kept-new-versions
- "*Set this to the number of versions you want save-completions-to-file
-to keep.")
+(defvar completions-file-versions-kept kept-new-versions
+ "*Number of versions to keep for the saved completions file.")
-(defvar *print-next-completion-speed-threshold* 4800
- "*The baud rate at or above which to print the next potential completion
-after inserting the current one."
- )
+(defvar completion-prompt-speed-threshold 4800
+ "*Minimum output speed at which to display next potential completion.")
-(defvar *print-next-completion-does-cdabbrev-search-p* nil
- "*If non-nil, the next completion prompt will also do a cdabbrev search.
+(defvar completion-cdabbrev-prompt-flag nil
+ "*If non-nil, the next completion prompt does a cdabbrev search.
This can be time consuming.")
-(defvar *cdabbrev-radius* 15000
- "*How far to search for cdabbrevs. In number of characters. If nil, the
-whole buffer is searched.")
+(defvar completion-search-distance 15000
+ "*How far to search in the buffer when looking for completions.
+In number of characters. If nil, search the whole buffer.")
-(defvar *modes-for-completion-find-file-hook* '(lisp c)
- "*A list of modes {either C or Lisp}. Definitions from visited files
-of those types are automatically added to the completion database.")
+(defvar completions-merging-modes '(lisp c)
+ "*List of modes {`c' or `lisp'} for automatic completions merging.
+Definitions from visited files which have these modes
+are automatically added to the completion database.")
-(defvar *record-cmpl-statistics-p* nil
- "*If non-nil, statistics are automatically recorded.")
+;;;(defvar *record-cmpl-statistics-p* nil
+;;; "*If non-nil, record completion statistics.")
-(defvar *completion-auto-save-period* 1800
- "*The period in seconds to wait for emacs to be idle before autosaving
-the completions. Default is a 1/2 hour.")
+;;;(defvar *completion-auto-save-period* 1800
+;;; "*The period in seconds to wait for emacs to be idle before autosaving
+;;;the completions. Default is a 1/2 hour.")
-(defconst *completion-min-length* nil ;; defined below in eval-when
+(defconst completion-min-length nil ;; defined below in eval-when
"*The minimum length of a stored completion.
DON'T CHANGE WITHOUT RECOMPILING ! This is used by macros.")
-(defconst *completion-max-length* nil ;; defined below in eval-when
+(defconst completion-max-length nil ;; defined below in eval-when
"*The maximum length of a stored completion.
DON'T CHANGE WITHOUT RECOMPILING ! This is used by macros.")
-(defconst *completion-prefix-min-length* nil ;; defined below in eval-when
+(defconst completion-prefix-min-length nil ;; defined below in eval-when
"The minimum length of a completion search string.
DON'T CHANGE WITHOUT RECOMPILING ! This is used by macros.")
(mapcar 'eval body)
(cons 'progn body))
+(eval-when-compile
+ (defvar completion-gensym-counter 0)
+ (defun completion-gensym (&optional arg)
+ "Generate a new uninterned symbol.
+The name is made by appending a number to PREFIX, default \"G\"."
+ (let ((prefix (if (stringp arg) arg "G"))
+ (num (if (integerp arg) arg
+ (prog1 completion-gensym-counter
+ (setq completion-gensym-counter (1+ completion-gensym-counter))))))
+ (make-symbol (format "%s%d" prefix num)))))
+
+(defmacro completion-dolist (spec &rest body)
+ "(completion-dolist (VAR LIST [RESULT]) BODY...): loop over a list.
+Evaluate BODY with VAR bound to each `car' from LIST, in turn.
+Then evaluate RESULT to get return value, default nil."
+ (let ((temp (completion-gensym "--dolist-temp--")))
+ (append (list 'let (list (list temp (nth 1 spec)) (car spec))
+ (append (list 'while temp
+ (list 'setq (car spec) (list 'car temp)))
+ body (list (list 'setq temp
+ (list 'cdr temp)))))
+ (if (cdr (cdr spec))
+ (cons (list 'setq (car spec) nil) (cdr (cdr spec)))
+ '(nil)))))
+
(defun completion-eval-when ()
(eval-when-compile-load-eval
;; These vars. are defined at both compile and load time.
- (setq *completion-min-length* 6)
- (setq *completion-max-length* 200)
- (setq *completion-prefix-min-length* 3)
- ;; Need this file around too
- (require 'cl)))
+ (setq completion-min-length 6)
+ (setq completion-max-length 200)
+ (setq completion-prefix-min-length 3)))
(completion-eval-when)
;;;---------------------------------------------------------------------------
(defvar cmpl-initialized-p nil
- "Set to t when the completion system is initialized. Indicates that the
-old completion file has been read in.")
+ "Set to t when the completion system is initialized.
+Indicates that the old completion file has been read in.")
(defvar cmpl-completions-accepted-p nil
- "Set to T as soon as the first completion has been accepted. Used to
-decide whether to save completions.")
+ "Set to t as soon as the first completion has been accepted.
+Used to decide whether to save completions.")
+(defvar cmpl-preceding-syntax)
+
+(defvar completion-string)
\f
;;;---------------------------------------------------------------------------
;;; Low level tools
;;; Misc.
;;;-----------------------------------------------
-(defun remove (item list)
- (setq list (copy-sequence list))
- (delq item list))
-
(defun minibuffer-window-selected-p ()
"True iff the current window is the minibuffer."
- (eq (minibuffer-window) (selected-window)))
-
-(eval-when-compile-load-eval
-(defun function-needs-autoloading-p (symbol)
- ;; True iff symbol is represents an autoloaded function and has not yet been
- ;; autoloaded.
- (and (listp (symbol-function symbol))
- (eq 'autoload (car (symbol-function symbol)))
- )))
+ (window-minibuffer-p (selected-window)))
-(defun function-defined-and-loaded (symbol)
- ;; True iff symbol is bound to a loaded function.
- (and (fboundp symbol) (not (function-needs-autoloading-p symbol))))
-
-(defmacro read-time-eval (form)
- ;; Like the #. reader macro
- (eval form))
-
-;;;-----------------------------------------------
-;;; Emacs Version 19 compatibility
-;;;-----------------------------------------------
-
-(defconst emacs-is-version-19 (string= (substring emacs-version 0 2) "19"))
-
-(defun cmpl19-baud-rate ()
- (if emacs-is-version-19
- baud-rate
- (baud-rate)))
-
-(defun cmpl19-sit-for (amount)
- (if (and emacs-is-version-19 (= amount 0))
- (sit-for 1 t)
- (sit-for amount)))
-
-;;;-----------------------------------------------
-;;; Advise
-;;;-----------------------------------------------
-
-(defmacro completion-advise (function-name where &rest body)
- "Adds the body code before calling function. This advise is not compiled.
-WHERE is either :BEFORE or :AFTER."
- (completion-advise-1 function-name where body)
- )
-
-(defmacro cmpl-apply-as-top-level (function arglist)
- "Calls function-name interactively if inside a call-interactively."
- (list 'cmpl-apply-as-top-level-1 function arglist
- '(let ((executing-macro nil)) (interactive-p)))
- )
-
-(defun cmpl-apply-as-top-level-1 (function arglist interactive-p)
- (if (and interactive-p (commandp function))
- (call-interactively function)
- (apply function arglist)
- ))
-
-(eval-when-compile-load-eval
-
-(defun cmpl-defun-preamble (function-name)
- (let ((doc-string
- (condition-case e
- ;; This condition-case is here to stave
- ;; off bizarre load time errors 18.52 gets
- ;; on the function c-mode
- (documentation function-name)
- (error nil)))
- (interactivep (commandp function-name))
- )
- (append
- (if doc-string (list doc-string))
- (if interactivep '((interactive)))
- )))
-
-(defun completion-advise-1 (function-name where body &optional new-name)
- (unless new-name (setq new-name function-name))
- (let ((quoted-name (list 'quote function-name))
- (quoted-new-name (list 'quote new-name))
- )
-
- (cond ((function-needs-autoloading-p function-name)
- (list* 'defun function-name '(&rest arglist)
- (append
- (cmpl-defun-preamble function-name)
- (list (list 'load (second (symbol-function function-name)))
- (list 'eval
- (list 'completion-advise-1 quoted-name
- (list 'quote where) (list 'quote body)
- quoted-new-name))
- (list 'cmpl-apply-as-top-level quoted-new-name 'arglist)
- )))
- )
- (t
- (let ((old-def-name
- (intern (concat "$$$cmpl-" (symbol-name function-name))))
- )
-
- (list 'progn
- (list 'defvar old-def-name
- (list 'symbol-function quoted-name))
- (list* 'defun new-name '(&rest arglist)
- (append
- (cmpl-defun-preamble function-name)
- (ecase where
- (:before
- (list (cons 'progn body)
- (list 'cmpl-apply-as-top-level
- old-def-name 'arglist)))
- (:after
- (list* (list 'cmpl-apply-as-top-level
- old-def-name 'arglist)
- body)
- )))
- )))
- ))))
-) ;; eval-when
-
+;; This used to be `(eval form)'. Eval FORM at run time now.
+(defmacro cmpl-read-time-eval (form)
+ form)
;;;-----------------------------------------------
;;; String case coercion
;;; (cmpl-merge-string-cases "ABCDEF456" "abc") --> abcdef456
\f
-;;;-----------------------------------------------
-;;; Emacs Idle Time hooks
-;;;-----------------------------------------------
-
-(defvar cmpl-emacs-idle-process nil)
-
-(defvar cmpl-emacs-idle-interval 150
- "Seconds between running the Emacs idle process.")
-
-(defun init-cmpl-emacs-idle-process ()
- "Initialize the emacs idle process."
- (let ((live (and cmpl-emacs-idle-process
- (eq (process-status cmpl-emacs-idle-process) 'run)))
- ;; do not allocate a pty
- (process-connection-type nil))
- (if live
- (kill-process cmpl-emacs-idle-process))
- (if cmpl-emacs-idle-process
- (delete-process cmpl-emacs-idle-process))
- (setq cmpl-emacs-idle-process
- (start-process "cmpl-emacs-idle" nil
- "loadst"
- "-n" (int-to-string cmpl-emacs-idle-interval)))
- (process-kill-without-query cmpl-emacs-idle-process)
- (set-process-filter cmpl-emacs-idle-process 'cmpl-emacs-idle-filter)
- ))
-
-(defvar cmpl-emacs-buffer nil)
-(defvar cmpl-emacs-point 0)
-(defvar cmpl-emacs-last-command nil)
-(defvar cmpl-emacs-last-command-char nil)
-(defun cmpl-emacs-idle-p ()
- ;; returns T if emacs has been idle
- (if (and (eq cmpl-emacs-buffer (current-buffer))
- (= cmpl-emacs-point (point))
- (eq cmpl-emacs-last-command last-command)
- (eq last-command-char last-command-char)
- )
- t ;; idle
- ;; otherwise, update count
- (setq cmpl-emacs-buffer (current-buffer))
- (setq cmpl-emacs-point (point))
- (setq cmpl-emacs-last-command last-command)
- (setq last-command-char last-command-char)
- nil
- ))
-
-(defvar cmpl-emacs-idle-time 0
- "The idle time of Emacs in seconds.")
-
-(defvar inside-cmpl-emacs-idle-filter nil)
-(defvar cmpl-emacs-idle-time-hooks nil)
-
-(defun cmpl-emacs-idle-filter (proc string)
- ;; This gets called every cmpl-emacs-idle-interval seconds
- ;; Update idle time clock
- (if (cmpl-emacs-idle-p)
- (incf cmpl-emacs-idle-time cmpl-emacs-idle-interval)
- (setq cmpl-emacs-idle-time 0))
-
- (unless inside-cmpl-emacs-idle-filter
- ;; Don't reenter if we are hung
-
- (setq inside-cmpl-emacs-idle-filter t)
-
- (dolist (function cmpl-emacs-idle-time-hooks)
- (condition-case e
- (funcall function)
- (error nil)
- ))
- (setq inside-cmpl-emacs-idle-filter nil)
- ))
-
-\f
-;;;-----------------------------------------------
-;;; Time
-;;;-----------------------------------------------
-;;; What a backwards way to get the time! Unfortunately, GNU Emacs
-;;; doesn't have an accessible time function.
-
-(defconst cmpl-hours-per-day 24)
-(defconst cmpl-hours-per-year (* 365 cmpl-hours-per-day))
-(defconst cmpl-hours-per-4-years (+ (* 4 cmpl-hours-per-year)
- cmpl-hours-per-day))
-(defconst cmpl-days-since-start-of-year
- '(0 31 59 90 120 151 181 212 243 273 304 334))
-(defconst cmpl-days-since-start-of-leap-year
- '(0 31 60 91 121 152 182 213 244 274 305 335))
-(defconst cmpl-months
- '("Jan" "Feb" "Mar" "Apr" "May" "Jun" "Jul" "Aug" "Sep" "Oct" "Nov" "Dec"))
-
-(defun cmpl-hours-since-1900-internal (month day year hours)
- "Month is an integer from 1 to 12. Year is a two digit integer (19XX)"
- (+ ;; Year
- (* (/ (1- year) 4) cmpl-hours-per-4-years)
- (* (1+ (mod (1- year) 4)) cmpl-hours-per-year)
- ;; minus two to account for 1968 rather than 1900
- ;; month
- (* cmpl-hours-per-day
- (nth (1- month) (if (zerop (mod year 4))
- cmpl-days-since-start-of-leap-year
- cmpl-days-since-start-of-year)))
- (* (1- day) cmpl-hours-per-day)
- hours))
-
-(defun cmpl-month-from-string (month-string)
- "Month string is a three char. month string"
- (let ((count 1))
- (do ((list cmpl-months (cdr list))
- )
- ((or (null list) (string-equal month-string (car list))))
- (setq count (1+ count)))
- (if (> count 12)
- (error "Unknown month - %s" month-string))
- count))
-
-(defun cmpl-hours-since-1900 (&optional time-string)
- "String is a string in the format of current-time-string (the default)."
- (let* ((string (or time-string (current-time-string)))
- (month (cmpl-month-from-string (substring string 4 7)))
- (day (string-to-int (substring string 8 10)))
- (year (string-to-int (substring string 22 24)))
- (hour (string-to-int (substring string 11 13)))
- )
- (cmpl-hours-since-1900-internal month day year hour)))
-
-;;; Tests -
-;;;(cmpl-hours-since-1900 "Wed Jan 1 00:00:28 1900") --> 35040
-;;;(cmpl-hours-since-1900 "Wed Nov 2 23:00:28 1988") --> 778751
-;;;(cmpl-hours-since-1900 "Wed Jan 23 14:34:28 1988") --> 771926
-;;;(cmpl-hours-since-1900 "Wed Feb 23 14:34:28 1988") --> 772670
-;;;(cmpl-hours-since-1900 "Wed Mar 23 14:34:28 1988") --> 773366
-;;;(cmpl-hours-since-1900 "Wed Apr 23 14:34:28 1988") --> 774110
-;;;(cmpl-hours-since-1900 "Wed May 23 14:34:28 1988") --> 774830
-;;;(cmpl-hours-since-1900 "Wed Jun 23 14:34:28 1988") --> 775574
-;;;(cmpl-hours-since-1900 "Wed Jul 23 14:34:28 1988") --> 776294
-;;;(cmpl-hours-since-1900 "Wed Aug 23 14:34:28 1988") --> 777038
-;;;(cmpl-hours-since-1900 "Wed Sep 23 14:34:28 1988") --> 777782
-;;;(cmpl-hours-since-1900 "Wed Oct 23 14:34:28 1988") --> 778502
-;;;(cmpl-hours-since-1900 "Wed Nov 23 14:34:28 1988") --> 779246
-;;;(cmpl-hours-since-1900 "Wed Dec 23 14:34:28 1988") --> 779966
-;;;(cmpl-hours-since-1900 "Wed Jan 23 14:34:28 1957") --> 500198
-;;;(cmpl-hours-since-1900 "Wed Feb 23 14:34:28 1957") --> 500942
-;;;(cmpl-hours-since-1900 "Wed Mar 23 14:34:28 1957") --> 501614
-;;;(cmpl-hours-since-1900 "Wed Apr 23 14:34:28 1957") --> 502358
-;;;(cmpl-hours-since-1900 "Wed May 23 14:34:28 1957") --> 503078
-;;;(cmpl-hours-since-1900 "Wed Jun 23 14:34:28 1957") --> 503822
-;;;(cmpl-hours-since-1900 "Wed Jul 23 14:34:28 1957") --> 504542
-;;;(cmpl-hours-since-1900 "Wed Aug 23 14:34:28 1957") --> 505286
-;;;(cmpl-hours-since-1900 "Wed Sep 23 14:34:28 1957") --> 506030
-;;;(cmpl-hours-since-1900 "Wed Oct 23 14:34:28 1957") --> 506750
-;;;(cmpl-hours-since-1900 "Wed Nov 23 14:34:28 1957") --> 507494
-;;;(cmpl-hours-since-1900 "Wed Dec 23 14:34:28 1957") --> 508214
-
+(defun cmpl-hours-since-origin ()
+ (let ((time (current-time)))
+ (truncate
+ (+ (* (/ (car time) 3600.0) (lsh 1 16))
+ (/ (nth 2 time) 3600.0)))))
\f
;;;---------------------------------------------------------------------------
;;; "Symbol" parsing functions
;;;
;;; C diffs ->
;;; Separator chars :: + * / : %
-;;; A note on the hypen (`-'). Perhaps, the hypen should also be a separator
+;;; A note on the hyphen (`-'). Perhaps the hyphen should also be a separator
;;; char., however, we wanted to have completion symbols include pointer
;;; references. For example, "foo->bar" is a symbol as far as completion is
;;; concerned.
;;; Table definitions
;;;-----------------------------------------------
-(defun make-standard-completion-syntax-table ()
- (let ((table (make-vector 256 0)) ;; default syntax is whitespace
- )
+(defun cmpl-make-standard-completion-syntax-table ()
+ (let ((table (make-syntax-table)) ;; default syntax is whitespace
+ i)
;; alpha chars
- (dotimes (i 26)
+ (setq i 0)
+ (while (< i 26)
(modify-syntax-entry (+ ?a i) "_" table)
- (modify-syntax-entry (+ ?A i) "_" table))
+ (modify-syntax-entry (+ ?A i) "_" table)
+ (setq i (1+ i)))
;; digit chars.
- (dotimes (i 10)
- (modify-syntax-entry (+ ?0 i) "_" table))
+ (setq i 0)
+ (while (< i 10)
+ (modify-syntax-entry (+ ?0 i) "_" table)
+ (setq i (1+ i)))
;; Other ones
(let ((symbol-chars '(?@ ?/ ?\\ ?* ?+ ?~ ?$ ?< ?> ?%))
(symbol-chars-ignore '(?_ ?- ?: ?.))
)
- (dolist (char symbol-chars)
+ (completion-dolist (char symbol-chars)
(modify-syntax-entry char "_" table))
- (dolist (char symbol-chars-ignore)
+ (completion-dolist (char symbol-chars-ignore)
(modify-syntax-entry char "w" table)
)
)
table))
-(defconst cmpl-standard-syntax-table (make-standard-completion-syntax-table))
+(defconst cmpl-standard-syntax-table (cmpl-make-standard-completion-syntax-table))
-(defun make-lisp-completion-syntax-table ()
+(defun cmpl-make-lisp-completion-syntax-table ()
(let ((table (copy-syntax-table cmpl-standard-syntax-table))
(symbol-chars '(?! ?& ?? ?= ?^))
)
- (dolist (char symbol-chars)
+ (completion-dolist (char symbol-chars)
(modify-syntax-entry char "_" table))
table))
-(defun make-c-completion-syntax-table ()
+(defun cmpl-make-c-completion-syntax-table ()
(let ((table (copy-syntax-table cmpl-standard-syntax-table))
(separator-chars '(?+ ?* ?/ ?: ?%))
)
- (dolist (char separator-chars)
+ (completion-dolist (char separator-chars)
(modify-syntax-entry char " " table))
table))
-(defun make-fortran-completion-syntax-table ()
+(defun cmpl-make-fortran-completion-syntax-table ()
(let ((table (copy-syntax-table cmpl-standard-syntax-table))
(separator-chars '(?+ ?- ?* ?/ ?:))
)
- (dolist (char separator-chars)
+ (completion-dolist (char separator-chars)
(modify-syntax-entry char " " table))
table))
-(defconst cmpl-lisp-syntax-table (make-lisp-completion-syntax-table))
-(defconst cmpl-c-syntax-table (make-c-completion-syntax-table))
-(defconst cmpl-fortran-syntax-table (make-fortran-completion-syntax-table))
+(defconst cmpl-lisp-syntax-table (cmpl-make-lisp-completion-syntax-table))
+(defconst cmpl-c-syntax-table (cmpl-make-c-completion-syntax-table))
+(defconst cmpl-fortran-syntax-table (cmpl-make-fortran-completion-syntax-table))
(defvar cmpl-syntax-table cmpl-standard-syntax-table
"This variable holds the current completion syntax table.")
;;; Installing the appropriate mode tables
;;;-----------------------------------------------
-(completion-advise lisp-mode-variables :after
- (setq cmpl-syntax-table cmpl-lisp-syntax-table)
- )
+(add-hook 'lisp-mode-hook
+ '(lambda ()
+ (setq cmpl-syntax-table cmpl-lisp-syntax-table)))
-(completion-advise c-mode :after
- (setq cmpl-syntax-table cmpl-c-syntax-table)
- )
+(add-hook 'c-mode-hook
+ '(lambda ()
+ (setq cmpl-syntax-table cmpl-c-syntax-table)))
-(completion-advise fortran-mode :after
- (setq cmpl-syntax-table cmpl-fortran-syntax-table)
- (completion-setup-fortran-mode)
- )
+(add-hook 'fortran-mode-hook
+ '(lambda ()
+ (setq cmpl-syntax-table cmpl-fortran-syntax-table)
+ (completion-setup-fortran-mode)))
;;;-----------------------------------------------
;;; Symbol functions
;;;-----------------------------------------------
(defvar cmpl-symbol-start nil
- "Set to the first character of the symbol after one of the completion
-symbol functions is called.")
+ "Holds first character of symbol, after any completion symbol function.")
(defvar cmpl-symbol-end nil
- "Set to the last character of the symbol after one of the completion
-symbol functions is called.")
+ "Holds last character of symbol, after any completion symbol function.")
;;; These are temp. vars. we use to avoid using let.
;;; Why ? Small speed improvement.
(defvar cmpl-saved-syntax nil)
(defvar cmpl-saved-point nil)
(defun symbol-under-point ()
- "Returns the symbol that the point is currently on if it is longer
-than *completion-min-length*."
+ "Returns the symbol that the point is currently on.
+But only if it is longer than `completion-min-length'."
(setq cmpl-saved-syntax (syntax-table))
(set-syntax-table cmpl-syntax-table)
(cond
;; restore state
(set-syntax-table cmpl-saved-syntax)
;; Return completion if the length is reasonable
- (if (and (<= (read-time-eval *completion-min-length*)
+ (if (and (<= (cmpl-read-time-eval completion-min-length)
(- cmpl-symbol-end cmpl-symbol-start))
(<= (- cmpl-symbol-end cmpl-symbol-start)
- (read-time-eval *completion-max-length*)))
+ (cmpl-read-time-eval completion-max-length)))
(buffer-substring cmpl-symbol-start cmpl-symbol-end))
)
(t
;;;
(defun symbol-before-point ()
- "Returns a string of the symbol immediately before point
-or nil if there isn't one longer than *completion-min-length*."
+ "Returns a string of the symbol immediately before point.
+Returns nil if there isn't one longer than `completion-min-length'."
;; This is called when a word separator is typed so it must be FAST !
(setq cmpl-saved-syntax (syntax-table))
(set-syntax-table cmpl-syntax-table)
;; return value if long enough
(if (>= cmpl-symbol-end
(+ cmpl-symbol-start
- (read-time-eval *completion-min-length*)))
+ (cmpl-read-time-eval completion-min-length)))
(buffer-substring cmpl-symbol-start cmpl-symbol-end))
)
((= cmpl-preceding-syntax ?w)
(goto-char cmpl-saved-point)
(set-syntax-table cmpl-saved-syntax)
;; Return completion if the length is reasonable
- (if (and (<= (read-time-eval *completion-min-length*)
+ (if (and (<= (cmpl-read-time-eval completion-min-length)
(- cmpl-symbol-end cmpl-symbol-start))
(<= (- cmpl-symbol-end cmpl-symbol-start)
- (read-time-eval *completion-max-length*)))
+ (cmpl-read-time-eval completion-max-length)))
(buffer-substring cmpl-symbol-start cmpl-symbol-end))
)
(t
;; restore state
(set-syntax-table cmpl-saved-syntax)
;; Return completion if the length is reasonable
- (if (and (<= (read-time-eval
- *completion-prefix-min-length*)
+ (if (and (<= (cmpl-read-time-eval
+ completion-prefix-min-length)
(- cmpl-symbol-end cmpl-symbol-start))
(<= (- cmpl-symbol-end cmpl-symbol-start)
- (read-time-eval *completion-max-length*)))
+ (cmpl-read-time-eval completion-max-length)))
(buffer-substring cmpl-symbol-start cmpl-symbol-end))
)
(t
;;; Conditionalizing code on *record-cmpl-statistics-p*
;;;-----------------------------------------------
;;; All statistics code outside this block should use this
-(defmacro cmpl-statistics-block (&rest body)
- "Only executes body if we are recording statistics."
- (list 'cond
- (list* '*record-cmpl-statistics-p* body)
- ))
+(defmacro cmpl-statistics-block (&rest body))
+;;; "Only executes body if we are recording statistics."
+;;; (list 'cond
+;;; (list* '*record-cmpl-statistics-p* body)
+;;; ))
;;;-----------------------------------------------
;;; Completion Sources
(defvar cdabbrev-abbrev-string "")
(defvar cdabbrev-start-point 0)
+(defvar cdabbrev-stop-point)
;;; Test strings for cdabbrev
;;; cdat-upcase ;;same namestring
(defun reset-cdabbrev (abbrev-string &optional initial-completions-tried)
"Resets the cdabbrev search to search for abbrev-string.
-initial-completions-tried is a list of downcased strings to ignore
+INITIAL-COMPLETIONS-TRIED is a list of downcased strings to ignore
during the search."
(setq cdabbrev-abbrev-string abbrev-string
cdabbrev-completions-tried
(defun reset-cdabbrev-window (&optional initializep)
- "Resets the cdabbrev search to search for abbrev-string.
-initial-completions-tried is a list of downcased strings to ignore
-during the search."
+ "Resets the cdabbrev search to search for abbrev-string."
;; Set the window
(cond (initializep
(setq cdabbrev-current-window (selected-window))
;; No more windows, try other buffer.
(setq cdabbrev-current-window t)))
)
- (when cdabbrev-current-window
- (save-excursion
- (set-cdabbrev-buffer)
- (setq cdabbrev-current-point (point)
- cdabbrev-start-point cdabbrev-current-point
- cdabbrev-stop-point
- (if *cdabbrev-radius*
- (max (point-min)
- (- cdabbrev-start-point *cdabbrev-radius*))
- (point-min))
- cdabbrev-wrapped-p nil)
- )))
+ (if cdabbrev-current-window
+ (save-excursion
+ (set-cdabbrev-buffer)
+ (setq cdabbrev-current-point (point)
+ cdabbrev-start-point cdabbrev-current-point
+ cdabbrev-stop-point
+ (if completion-search-distance
+ (max (point-min)
+ (- cdabbrev-start-point completion-search-distance))
+ (point-min))
+ cdabbrev-wrapped-p nil)
+ )))
(defun next-cdabbrev ()
"Return the next possible cdabbrev expansion or nil if there isn't one.
-reset-cdabbrev must've been called. This is sensitive to case-fold-search."
+`reset-cdabbrev' must've been called already.
+This is sensitive to `case-fold-search'."
;; note that case-fold-search affects the behavior of this function
;; Bug: won't pick up an expansion that starts at the top of buffer
- (when cdabbrev-current-window
- (let (saved-point
- saved-syntax
- (expansion nil)
- downcase-expansion tried-list syntax saved-point-2)
- (save-excursion
- (unwind-protect
- (progn
- ;; Switch to current completion buffer
- (set-cdabbrev-buffer)
- ;; Save current buffer state
- (setq saved-point (point)
- saved-syntax (syntax-table))
- ;; Restore completion state
- (set-syntax-table cmpl-syntax-table)
- (goto-char cdabbrev-current-point)
- ;; Loop looking for completions
- (while
- ;; This code returns t if it should loop again
- (cond
- (;; search for the string
- (search-backward cdabbrev-abbrev-string cdabbrev-stop-point t)
- ;; return nil if the completion is valid
- (not
- (and
- ;; does it start with a separator char ?
- (or (= (setq syntax (char-syntax (preceding-char))) ? )
- (and (= syntax ?w)
- ;; symbol char to ignore at end. Are we at end ?
- (progn
- (setq saved-point-2 (point))
- (forward-word -1)
- (prog1
- (= (char-syntax (preceding-char)) ? )
- (goto-char saved-point-2)
- ))))
- ;; is the symbol long enough ?
- (setq expansion (symbol-under-point))
- ;; have we not tried this one before
- (progn
- ;; See if we've already used it
- (setq tried-list cdabbrev-completions-tried
- downcase-expansion (downcase expansion))
- (while (and tried-list
- (not (string-equal downcase-expansion
- (car tried-list))))
- ;; Already tried, don't choose this one
- (setq tried-list (cdr tried-list))
- )
- ;; at this point tried-list will be nil if this
- ;; expansion has not yet been tried
- (if tried-list
- (setq expansion nil)
- t)
- ))))
- ;; search failed
- (cdabbrev-wrapped-p
- ;; If already wrapped, then we've failed completely
- nil)
- (t
- ;; need to wrap
- (goto-char (setq cdabbrev-current-point
- (if *cdabbrev-radius*
- (min (point-max) (+ cdabbrev-start-point *cdabbrev-radius*))
- (point-max))))
-
- (setq cdabbrev-wrapped-p t))
- ))
- ;; end of while loop
- (cond (expansion
- ;; successful
- (setq cdabbrev-completions-tried
- (cons downcase-expansion cdabbrev-completions-tried)
- cdabbrev-current-point (point))))
- )
- (set-syntax-table saved-syntax)
- (goto-char saved-point)
- ))
- ;; If no expansion, go to next window
- (cond (expansion)
- (t (reset-cdabbrev-window)
- (next-cdabbrev)))
- )))
+ (if cdabbrev-current-window
+ (let (saved-point
+ saved-syntax
+ (expansion nil)
+ downcase-expansion tried-list syntax saved-point-2)
+ (save-excursion
+ (unwind-protect
+ (progn
+ ;; Switch to current completion buffer
+ (set-cdabbrev-buffer)
+ ;; Save current buffer state
+ (setq saved-point (point)
+ saved-syntax (syntax-table))
+ ;; Restore completion state
+ (set-syntax-table cmpl-syntax-table)
+ (goto-char cdabbrev-current-point)
+ ;; Loop looking for completions
+ (while
+ ;; This code returns t if it should loop again
+ (cond
+ (;; search for the string
+ (search-backward cdabbrev-abbrev-string cdabbrev-stop-point t)
+ ;; return nil if the completion is valid
+ (not
+ (and
+ ;; does it start with a separator char ?
+ (or (= (setq syntax (char-syntax (preceding-char))) ? )
+ (and (= syntax ?w)
+ ;; symbol char to ignore at end. Are we at end ?
+ (progn
+ (setq saved-point-2 (point))
+ (forward-word -1)
+ (prog1
+ (= (char-syntax (preceding-char)) ? )
+ (goto-char saved-point-2)
+ ))))
+ ;; is the symbol long enough ?
+ (setq expansion (symbol-under-point))
+ ;; have we not tried this one before
+ (progn
+ ;; See if we've already used it
+ (setq tried-list cdabbrev-completions-tried
+ downcase-expansion (downcase expansion))
+ (while (and tried-list
+ (not (string-equal downcase-expansion
+ (car tried-list))))
+ ;; Already tried, don't choose this one
+ (setq tried-list (cdr tried-list))
+ )
+ ;; at this point tried-list will be nil if this
+ ;; expansion has not yet been tried
+ (if tried-list
+ (setq expansion nil)
+ t)
+ ))))
+ ;; search failed
+ (cdabbrev-wrapped-p
+ ;; If already wrapped, then we've failed completely
+ nil)
+ (t
+ ;; need to wrap
+ (goto-char (setq cdabbrev-current-point
+ (if completion-search-distance
+ (min (point-max) (+ cdabbrev-start-point completion-search-distance))
+ (point-max))))
+
+ (setq cdabbrev-wrapped-p t))
+ ))
+ ;; end of while loop
+ (cond (expansion
+ ;; successful
+ (setq cdabbrev-completions-tried
+ (cons downcase-expansion cdabbrev-completions-tried)
+ cdabbrev-current-point (point))))
+ )
+ (set-syntax-table saved-syntax)
+ (goto-char saved-point)
+ ))
+ ;; If no expansion, go to next window
+ (cond (expansion)
+ (t (reset-cdabbrev-window)
+ (next-cdabbrev))))))
;;; The following must be eval'd in the minibuffer ::
;;; (reset-cdabbrev "cdat")
(defconst cmpl-obarray-length 511)
(defvar cmpl-prefix-obarray (make-vector cmpl-obarray-length 0)
- "An obarray used to store the downcased completion prefices.
+ "An obarray used to store the downcased completion prefixes.
Each symbol is bound to a list of completion entries.")
(defvar cmpl-obarray (make-vector cmpl-obarray-length 0)
(list 'car (list 'cdr completion-entry)))
(defmacro completion-last-use-time (completion-entry)
- ;; "The time it was last used. In hours since 1900. Used to decide
+ ;; "The time it was last used. In hours since origin. Used to decide
;; whether to save it. T if one should always save it."
(list 'nth 2 completion-entry))
(defmacro set-cmpl-prefix-entry-tail (prefix-entry new-tail)
(list 'setcdr prefix-entry new-tail))
-;;; Contructor
+;;; Constructor
(defun make-cmpl-prefix-entry (completion-entry-list)
"Makes a new prefix entry containing only completion-entry."
(record-clear-all-completions))
)
+(defvar completions-list-return-value)
+
(defun list-all-completions ()
"Returns a list of all the known completion entries."
- (let ((return-completions nil))
+ (let ((completions-list-return-value nil))
(mapatoms 'list-all-completions-1 cmpl-prefix-obarray)
- return-completions))
+ completions-list-return-value))
(defun list-all-completions-1 (prefix-symbol)
(if (boundp prefix-symbol)
- (setq return-completions
+ (setq completions-list-return-value
(append (cmpl-prefix-entry-head (symbol-value prefix-symbol))
- return-completions))))
+ completions-list-return-value))))
(defun list-all-completions-by-hash-bucket ()
- "Returns a list of lists of all the known completion entries organized by
-hash bucket."
- (let ((return-completions nil))
+ "Return list of lists of known completion entries, organized by hash bucket."
+ (let ((completions-list-return-value nil))
(mapatoms 'list-all-completions-by-hash-bucket-1 cmpl-prefix-obarray)
- return-completions))
+ completions-list-return-value))
(defun list-all-completions-by-hash-bucket-1 (prefix-symbol)
(if (boundp prefix-symbol)
- (setq return-completions
+ (setq completions-list-return-value
(cons (cmpl-prefix-entry-head (symbol-value prefix-symbol))
- return-completions))))
+ completions-list-return-value))))
\f
;;;-----------------------------------------------
;;; READS
(defun find-exact-completion (string)
"Returns the completion entry for string or nil.
-Sets up cmpl-db-downcase-string and cmpl-db-symbol."
+Sets up `cmpl-db-downcase-string' and `cmpl-db-symbol'."
(and (boundp (setq cmpl-db-symbol
(intern (setq cmpl-db-downcase-string (downcase string))
cmpl-obarray)))
(defun find-cmpl-prefix-entry (prefix-string)
"Returns the prefix entry for string.
-Sets cmpl-db-prefix-symbol.
-Prefix-string must be exactly *completion-prefix-min-length* long
-and downcased. Sets up cmpl-db-prefix-symbol."
+Sets `cmpl-db-prefix-symbol'.
+Prefix-string must be exactly `completion-prefix-min-length' long
+and downcased. Sets up `cmpl-db-prefix-symbol'."
(and (boundp (setq cmpl-db-prefix-symbol
(intern prefix-string cmpl-prefix-obarray)))
(symbol-value cmpl-db-prefix-symbol)))
"Locates the completion entry.
Returns a pointer to the element before the completion entry or nil if
the completion entry is at the head.
-Must be called after find-exact-completion."
+Must be called after `find-exact-completion'."
(let ((prefix-list (cmpl-prefix-entry-head prefix-entry))
next-prefix-list
)
(cmpl-db-debug-p
;; not found, error if debug mode
(error "Completion entry exists but not on prefix list - %s"
- string))
+ completion-string))
(inside-locate-completion-entry
;; recursive error: really scrod
(locate-completion-db-error))
(add-completion (completion-string old-entry)
(completion-num-uses old-entry)
(completion-last-use-time old-entry))
- (let ((cmpl-entry (find-exact-completion (completion-string old-entry)))
- (pref-entry
- (if cmpl-entry
- (find-cmpl-prefix-entry
- (substring cmpl-db-downcase-string
- 0 *completion-prefix-min-length*))))
+ (let* ((cmpl-entry (find-exact-completion (completion-string old-entry)))
+ (pref-entry
+ (if cmpl-entry
+ (find-cmpl-prefix-entry
+ (substring cmpl-db-downcase-string
+ 0 completion-prefix-min-length))))
)
(if (and cmpl-entry pref-entry)
;; try again
;;; WRITES
(defun add-completion-to-tail-if-new (string)
"If STRING is not in the database add it to appropriate prefix list.
-STRING is added to the end of the approppriate prefix list with
+STRING is added to the end of the appropriate prefix list with
num-uses = 0. The database is unchanged if it is there. STRING must be
-longer than *completion-prefix-min-length*.
+longer than `completion-prefix-min-length'.
This must be very fast.
Returns the completion entry."
(or (find-exact-completion string)
;; setup the prefix
(prefix-entry (find-cmpl-prefix-entry
(substring cmpl-db-downcase-string 0
- (read-time-eval
- *completion-prefix-min-length*))))
+ (cmpl-read-time-eval
+ completion-prefix-min-length))))
)
;; The next two forms should happen as a unit (atomically) but
;; no fatal errors should result if that is not the case.
(set cmpl-db-symbol (car entry))
)))
-(defun add-completion-to-head (string)
- "If STRING is not in the database, add it to prefix list.
-STRING is added to the head of the approppriate prefix list. Otherwise
-it is moved to the head of the list. STRING must be longer than
-*completion-prefix-min-length*.
+(defun add-completion-to-head (completion-string)
+ "If COMPLETION-STRING is not in the database, add it to prefix list.
+We add COMPLETION-STRING to the head of the appropriate prefix list,
+or it to the head of the list.
+COMPLETION-STRING must be longer than `completion-prefix-min-length'.
Updates the saved string with the supplied string.
This must be very fast.
Returns the completion entry."
;; Handle pending acceptance
(if completion-to-accept (accept-completion))
;; test if already in database
- (if (setq cmpl-db-entry (find-exact-completion string))
+ (if (setq cmpl-db-entry (find-exact-completion completion-string))
;; found
(let* ((prefix-entry (find-cmpl-prefix-entry
(substring cmpl-db-downcase-string 0
- (read-time-eval
- *completion-prefix-min-length*))))
+ (cmpl-read-time-eval
+ completion-prefix-min-length))))
(splice-ptr (locate-completion-entry cmpl-db-entry prefix-entry))
(cmpl-ptr (cdr splice-ptr))
)
;; update entry
- (set-completion-string cmpl-db-entry string)
+ (set-completion-string cmpl-db-entry completion-string)
;; move to head (if necessary)
(cond (splice-ptr
;; These should all execute atomically but it is not fatal if
cmpl-db-entry)
;; not there
(let (;; create an entry
- (entry (make-completion string))
+ (entry (make-completion completion-string))
;; setup the prefix
(prefix-entry (find-cmpl-prefix-entry
(substring cmpl-db-downcase-string 0
- (read-time-eval
- *completion-prefix-min-length*))))
+ (cmpl-read-time-eval
+ completion-prefix-min-length))))
)
(cond (prefix-entry
;; Splice in at head
(set cmpl-db-symbol (car entry))
)))
-(defun delete-completion (string)
+(defun delete-completion (completion-string)
"Deletes the completion from the database.
-String must be longer than *completion-prefix-min-length*."
+String must be longer than `completion-prefix-min-length'."
;; Handle pending acceptance
(if completion-to-accept (accept-completion))
- (if (setq cmpl-db-entry (find-exact-completion string))
+ (if (setq cmpl-db-entry (find-exact-completion completion-string))
;; found
(let* ((prefix-entry (find-cmpl-prefix-entry
(substring cmpl-db-downcase-string 0
- (read-time-eval
- *completion-prefix-min-length*))))
+ (cmpl-read-time-eval
+ completion-prefix-min-length))))
(splice-ptr (locate-completion-entry cmpl-db-entry prefix-entry))
)
;; delete symbol reference
(cmpl-statistics-block
(note-completion-deleted))
)
- (error "Unknown completion: %s. Couldn't delete it." string)
+ (error "Unknown completion `%s'" completion-string)
))
;;; Tests --
))
(defun check-completion-length (string)
- (if (< (length string) *completion-min-length*)
- (error "The string \"%s\" is too short to be saved as a completion."
+ (if (< (length string) completion-min-length)
+ (error "The string `%s' is too short to be saved as a completion"
string)
(list string)))
(defun add-completion (string &optional num-uses last-use-time)
- "If the string is not there, it is added to the head of the completion list.
-Otherwise, it is moved to the head of the list.
+ "Add STRING to completion list, or move it to head of list.
The completion is altered appropriately if num-uses and/or last-use-time is
specified."
(interactive (interactive-completion-string-reader "Completion to add"))
))
(defun add-permanent-completion (string)
- "Adds string if it isn't already there and and makes it a permanent string."
+ "Add STRING if it isn't already listed, and mark it permanent."
(interactive
(interactive-completion-string-reader "Completion to add permanently"))
(let ((current-completion-source (if (interactive-p)
)
(defun accept-completion ()
- "Accepts the pending completion in completion-to-accept.
-This bumps num-uses. Called by add-completion-to-head and
-completion-search-reset."
+ "Accepts the pending completion in `completion-to-accept'.
+This bumps num-uses. Called by `add-completion-to-head' and
+`completion-search-reset'."
(let ((string completion-to-accept)
;; if this is added afresh here, then it must be a cdabbrev
(current-completion-source cmpl-source-cdabbrev)
))
(defun use-completion-under-point ()
- "Adds the completion symbol underneath the point into the completion buffer."
- (let ((string (and *completep* (symbol-under-point)))
+ "Add the completion symbol underneath the point into the completion buffer."
+ (let ((string (and enable-completion (symbol-under-point)))
(current-completion-source cmpl-source-cursor-moves))
(if string (add-completion-to-head string))))
(defun use-completion-before-point ()
- "Adds the completion symbol before point into
-the completion buffer."
- (let ((string (and *completep* (symbol-before-point)))
+ "Add the completion symbol before point into the completion buffer."
+ (let ((string (and enable-completion (symbol-before-point)))
(current-completion-source cmpl-source-cursor-moves))
(if string (add-completion-to-head string))))
(defun use-completion-under-or-before-point ()
- "Adds the completion symbol before point into the completion buffer."
- (let ((string (and *completep* (symbol-under-or-before-point)))
+ "Add the completion symbol before point into the completion buffer."
+ (let ((string (and enable-completion (symbol-under-or-before-point)))
(current-completion-source cmpl-source-cursor-moves))
(if string (add-completion-to-head string))))
(defun use-completion-before-separator ()
- "Adds the completion symbol before point into the completion buffer.
+ "Add the completion symbol before point into the completion buffer.
Completions added this way will automatically be saved if
-*separator-character-uses-completion-p* is non-nil."
- (let ((string (and *completep* (symbol-before-point)))
+`completion-on-separator-character' is non-nil."
+ (let ((string (and enable-completion (symbol-before-point)))
(current-completion-source cmpl-source-separator)
entry)
(cmpl-statistics-block
)
(cond (string
(setq entry (add-completion-to-head string))
- (when (and *separator-character-uses-completion-p*
+ (if (and completion-on-separator-character
(zerop (completion-num-uses entry)))
- (set-completion-num-uses entry 1)
- (setq cmpl-completions-accepted-p t)
- )))
+ (progn
+ (set-completion-num-uses entry 1)
+ (setq cmpl-completions-accepted-p t)))))
))
;;; Tests --
(defun completion-search-reset (string)
- "Given a string, sets up the get-completion and completion-search-next functions.
-String must be longer than *completion-prefix-min-length*."
+ "Set up the for completion searching for STRING.
+STRING must be longer than `completion-prefix-min-length'."
(if completion-to-accept (accept-completion))
(setq cmpl-starting-possibilities
(cmpl-prefix-entry-head
- (find-cmpl-prefix-entry (downcase (substring string 0 3))))
+ (find-cmpl-prefix-entry
+ (downcase (substring string 0 completion-prefix-min-length))))
cmpl-test-string string
cmpl-test-regexp (concat (regexp-quote string) "."))
(completion-search-reset-1)
))
(defun completion-search-next (index)
- "Returns the next completion entry.
-If index is out of sequence it resets and starts from the top.
-If there are no more entries it tries cdabbrev and returns only a string."
+ "Return the next completion entry.
+If INDEX is out of sequence, reset and start from the top.
+If there are no more entries, try cdabbrev and returns only a string."
(cond
((= index (setq cmpl-last-index (1+ cmpl-last-index)))
(completion-search-peek t))
- ((minusp index)
+ ((< index 0)
(completion-search-reset-1)
(setq cmpl-last-index index)
;; reverse the possibilities list
(setq cmpl-next-possibilities (reverse cmpl-starting-possibilities))
;; do a "normal" search
(while (and (completion-search-peek nil)
- (minusp (setq index (1+ index))))
+ (< (setq index (1+ index)) 0))
(setq cmpl-next-possibility nil)
)
(cond ((not cmpl-next-possibilities))
(completion-search-reset-1)
(setq cmpl-last-index index)
(while (and (completion-search-peek t)
- (not (minusp (setq index (1- index)))))
+ (not (< (setq index (1- index)) 0)))
(setq cmpl-next-possibility nil)
))
)
(defun completion-search-peek (use-cdabbrev)
"Returns the next completion entry without actually moving the pointers.
-Calling this again or calling completion-search-next will result in the same
-string being returned. Depends on case-fold-search.
-If there are no more entries it tries cdabbrev and then returns only a string."
+Calling this again or calling `completion-search-next' results in the same
+string being returned. Depends on `case-fold-search'.
+If there are no more entries, try cdabbrev and then return only a string."
(cond
;; return the cached value if we have it
(cmpl-next-possibility)
;;;-----------------------------------------------
(defun completion-mode ()
- "Toggles whether or not new words are added to the database."
+ "Toggles whether or not to add new words to the completion database."
(interactive)
- (setq *completep* (not *completep*))
- (message "Completion mode is now %s." (if *completep* "ON" "OFF"))
+ (setq enable-completion (not enable-completion))
+ (message "Completion mode is now %s." (if enable-completion "ON" "OFF"))
)
(defvar cmpl-current-index 0)
(defvar cmpl-leave-point-at-start nil)
(defun complete (&optional arg)
- "Inserts a completion at point.
-Point is left at end. Consective calls rotate through all possibilities.
+ "Fill out a completion of the word before point.
+Point is left at end. Consecutive calls rotate through all possibilities.
Prefix args ::
control-u :: leave the point at the beginning of the completion rather
than at the end.
a number :: rotate through the possible completions by that amount
`-' :: same as -1 (insert previous completion)
- {See the comments at the top of completion.el for more info.}
-"
+ {See the comments at the top of `completion.el' for more info.}"
(interactive "*p")
;;; Set up variables
(cond ((eq last-command this-command)
(setq cmpl-original-string (symbol-before-point-for-complete))
(cond ((not cmpl-original-string)
(setq this-command 'failed-complete)
- (error "To complete, the point must be after a symbol at least %d character long."
- *completion-prefix-min-length*)))
+ (error "To complete, point must be after a symbol at least %d character long"
+ completion-prefix-min-length)))
;; get index
(setq cmpl-current-index (if current-prefix-arg arg 0))
;; statistics
;; point is at the point to insert the new symbol
;; Get the next completion
(let* ((print-status-p
- (and (>= (cmpl19-baud-rate) *print-next-completion-speed-threshold*)
+ (and (>= baud-rate completion-prompt-speed-threshold)
(not (minibuffer-window-selected-p))))
(insert-point (point))
(entry (completion-search-next cmpl-current-index))
((and print-status-p
;; This updates the display and only prints if there
;; is no typeahead
- (cmpl19-sit-for 0)
+ (sit-for 0)
(setq entry
(completion-search-peek
- *print-next-completion-does-cdabbrev-search-p*)))
+ completion-cdabbrev-prompt-flag)))
(setq string (if (stringp entry)
entry (completion-string entry)))
(setq string (cmpl-merge-string-cases
;; Don't accept completions
(setq completion-to-accept nil)
;; print message
- (if (and print-status-p (cmpl19-sit-for 0))
+ ;; This used to call cmpl19-sit-for, an undefined function.
+ ;; I hope that sit-for does the right thing; I don't know -- rms.
+ (if (and print-status-p (sit-for 0))
(message "No %scompletions."
(if (eq this-command last-command) "more " "")))
;; statistics
;;; "Complete" Key Keybindings
;;;-----------------------------------------------
-;;; Complete key definition
-;;; These define c-return and meta-return
-;;; In any case you really want to bind this to a single keystroke
-(if (fboundp 'key-for-others-chord)
- (condition-case e
- ;; this can fail if some of the prefix chars. are already used
- ;; as commands (this happens on wyses)
- (global-set-key (key-for-others-chord "return" '(control)) 'complete)
- (error)
- ))
-(if (fboundp 'gmacs-keycode)
- (global-set-key (gmacs-keycode "return" '(control)) 'complete)
- )
(global-set-key "\M-\r" 'complete)
+(global-set-key [?\C-\r] 'complete)
+(define-key function-key-map [C-return] [?\C-\r])
;;; Tests -
;;; (add-completion "cumberland")
;;; User interface
(defun add-completions-from-file (file)
- "Parses all the definition names from a Lisp mode file and adds them to the
-completion database."
+ "Parse possible completions from a file and add them to data base."
(interactive "fFile: ")
- (setq file (if (fboundp 'expand-file-name-defaulting)
- (expand-file-name-defaulting file)
- (expand-file-name file)))
+ (setq file (expand-file-name file))
(let* ((buffer (get-file-buffer file))
(buffer-already-there-p buffer)
)
- (when (not buffer-already-there-p)
- (let ((*modes-for-completion-find-file-hook* nil))
- (setq buffer (find-file-noselect file))
- ))
+ (if (not buffer-already-there-p)
+ (let ((completions-merging-modes nil))
+ (setq buffer (find-file-noselect file))))
(unwind-protect
(save-excursion
(set-buffer buffer)
(add-completions-from-buffer)
)
- (when (not buffer-already-there-p)
- (kill-buffer buffer))
- )))
+ (if (not buffer-already-there-p)
+ (kill-buffer buffer)))))
(defun add-completions-from-buffer ()
(interactive)
(setq mode 'c)
)
(t
- (error "Do not know how to parse completions in %s buffers."
+ (error "Cannot parse completions in %s buffers"
major-mode)
))
(cmpl-statistics-block
;;; Find file hook
(defun cmpl-find-file-hook ()
- (cond (*completep*
+ (cond (enable-completion
(cond ((and (memq major-mode '(emacs-lisp-mode lisp-mode))
- (memq 'lisp *modes-for-completion-find-file-hook*)
+ (memq 'lisp completions-merging-modes)
)
(add-completions-from-buffer))
((and (memq major-mode '(c-mode))
- (memq 'c *modes-for-completion-find-file-hook*)
+ (memq 'c completions-merging-modes)
)
(add-completions-from-buffer)
)))
))
-(pushnew 'cmpl-find-file-hook find-file-hooks)
+(add-hook 'find-file-hooks 'cmpl-find-file-hook)
;;;-----------------------------------------------
;;; Tags Table Completions
(defun add-completions-from-tags-table ()
;; Inspired by eero@media-lab.media.mit.edu
- "Add completions from the current tags-table-buffer."
+ "Add completions from the current tags table."
(interactive)
(visit-tags-table-buffer) ;this will prompt if no tags-table
(save-excursion
;;; (and (string-match *lisp-def-regexp* "\n(def-bar foo")(match-end 0)) -> 10
;;; (and (string-match *lisp-def-regexp* "\n(defun (foo") (match-end 0)) -> 9
+;;; Parses all the definition names from a Lisp mode buffer and adds them to
+;;; the completion database.
(defun add-completions-from-lisp-buffer ()
- "Parses all the definition names from a Lisp mode buffer and adds them to
-the completion database."
;;; Benchmarks
;;; Sun-3/280 - 1500 to 3000 lines of lisp code per second
(let (string)
;;; Symbol separator chars (have whitespace syntax) --> , ; * = (
;;; Opening char --> [ {
;;; Closing char --> ] }
-;;; openning and closing must be skipped over
+;;; opening and closing must be skipped over
;;; Whitespace chars (have symbol syntax)
;;; Everything else has word syntax
-(defun make-c-def-completion-syntax-table ()
- (let ((table (make-vector 256 0))
+(defun cmpl-make-c-def-completion-syntax-table ()
+ (let ((table (make-syntax-table))
(whitespace-chars '(? ?\n ?\t ?\f ?\v ?\r))
- ;; unforunately the ?( causes the parens to appear unbalanced
+ ;; unfortunately the ?( causes the parens to appear unbalanced
(separator-chars '(?, ?* ?= ?\( ?\;
))
- )
+ i)
;; default syntax is whitespace
- (dotimes (i 256)
- (modify-syntax-entry i "w" table))
- (dolist (char whitespace-chars)
+ (setq i 0)
+ (while (< i 256)
+ (modify-syntax-entry i "w" table)
+ (setq i (1+ i)))
+ (completion-dolist (char whitespace-chars)
(modify-syntax-entry char "_" table))
- (dolist (char separator-chars)
+ (completion-dolist (char separator-chars)
(modify-syntax-entry char " " table))
(modify-syntax-entry ?\[ "(]" table)
(modify-syntax-entry ?\{ "(}" table)
(modify-syntax-entry ?\} "){" table)
table))
-(defconst cmpl-c-def-syntax-table (make-c-def-completion-syntax-table))
+(defconst cmpl-c-def-syntax-table (cmpl-make-c-def-completion-syntax-table))
;;; Regexps
(defconst *c-def-regexp*
;;; (test-c-def-regexp *c-cont-regexp* "oo {trout =1} my_carp;") -> 14
;;; (test-c-def-regexp *c-cont-regexp* "truct_p complex foon") -> nil
+;;; Parses all the definition names from a C mode buffer and adds them to the
+;;; completion database.
(defun add-completions-from-c-buffer ()
- "Parses all the definition names from a C mode buffer and adds them to the
-completion database."
;; Benchmark --
;; Sun 3/280-- 1250 lines/sec.
)
(error
;; Check for failure in scan-sexps
- (if (or (string-equal (second e)
+ (if (or (string-equal (nth 1 e)
"Containing expression ends prematurely")
- (string-equal (second e) "Unbalanced parentheses"))
+ (string-equal (nth 1 e) "Unbalanced parentheses"))
;; unbalanced paren., keep going
;;(ding)
(forward-line 1)
- (message "Error parsing C buffer for completions. Please bug report.")
+ (message "Error parsing C buffer for completions--please send bug report")
(throw 'finish-add-completions t)
))
))
;;; Init files
;;;---------------------------------------------------------------------------
+;;; The version of save-completions-to-file called at kill-emacs time.
(defun kill-emacs-save-completions ()
- "The version of save-completions-to-file called at kill-emacs time."
- (when (and *save-completions-p* *completep* cmpl-initialized-p)
- (cond
- ((not cmpl-completions-accepted-p)
- (message "Completions database has not changed - not writing."))
- (t
- (save-completions-to-file)
- ))
- ))
+ (if (and save-completions-flag enable-completion cmpl-initialized-p)
+ (cond
+ ((not cmpl-completions-accepted-p)
+ (message "Completions database has not changed - not writing."))
+ (t
+ (save-completions-to-file)))))
+
+;; There is no point bothering to change this again
+;; unless the package changes so much that it matters
+;; for people that have saved completions.
+(defconst completion-version "11")
(defconst saved-cmpl-file-header
";;; Completion Initialization file.
;;; <string> is the completion
;;; <last-use-time> is the time the completion was last used
;;; If it is t, the completion will never be pruned from the file.
-;;; Otherwise it is in hours since 1900.
+;;; Otherwise it is in hours since origin.
\n")
(defun completion-backup-filename (filename)
(concat filename ".BAK"))
(defun save-completions-to-file (&optional filename)
- "Saves a completion init file.
-If file is not specified, then *saved-completions-filename* is used."
+ "Save completions in init file FILENAME.
+If file name is not specified, use `save-completions-file-name'."
(interactive)
- (setq filename (expand-file-name (or filename *saved-completions-filename*)))
- (when (file-writable-p filename)
- (if (not cmpl-initialized-p)
- (initialize-completions));; make sure everything's loaded
- (message "Saving completions to file %s" filename)
-
- (let* ((trim-versions-without-asking t)
- (kept-old-versions 0)
- (kept-new-versions *completion-file-versions-kept*)
- last-use-time
- (current-time (cmpl-hours-since-1900))
- (total-in-db 0)
- (total-perm 0)
- (total-saved 0)
- (backup-filename (completion-backup-filename filename))
- )
+ (setq filename (expand-file-name (or filename save-completions-file-name)))
+ (if (file-writable-p filename)
+ (progn
+ (if (not cmpl-initialized-p)
+ (initialize-completions));; make sure everything's loaded
+ (message "Saving completions to file %s" filename)
+
+ (let* ((delete-old-versions t)
+ (kept-old-versions 0)
+ (kept-new-versions completions-file-versions-kept)
+ last-use-time
+ (current-time (cmpl-hours-since-origin))
+ (total-in-db 0)
+ (total-perm 0)
+ (total-saved 0)
+ (backup-filename (completion-backup-filename filename))
+ )
- (save-excursion
- (get-buffer-create " *completion-save-buffer*")
- (set-buffer " *completion-save-buffer*")
- (setq buffer-file-name filename)
-
- (when (not (verify-visited-file-modtime (current-buffer)))
- ;; file has changed on disk. Bring us up-to-date
- (message "Completion file has changed. Merging. . .")
- (load-completions-from-file filename t)
- (message "Merging finished. Saving completions to file %s" filename)
- )
-
- ;; prepare the buffer to be modified
- (clear-visited-file-modtime)
- (erase-buffer)
- ;; (/ 1 0)
- (insert (format saved-cmpl-file-header *completion-version*))
- (dolist (completion (list-all-completions))
- (setq total-in-db (1+ total-in-db))
- (setq last-use-time (completion-last-use-time completion))
- ;; Update num uses and maybe write completion to a file
- (cond ((or;; Write to file if
- ;; permanent
- (and (eq last-use-time t)
- (setq total-perm (1+ total-perm)))
- ;; or if
- (if (plusp (completion-num-uses completion))
- ;; it's been used
- (setq last-use-time current-time)
- ;; or it was saved before and
- (and last-use-time
- ;; *saved-completion-retention-time* is nil
- (or (not *saved-completion-retention-time*)
- ;; or time since last use is < ...retention-time*
- (< (- current-time last-use-time)
- *saved-completion-retention-time*))
- )))
- ;; write to file
- (setq total-saved (1+ total-saved))
- (insert (prin1-to-string (cons (completion-string completion)
- last-use-time)) "\n")
- )))
+ (save-excursion
+ (get-buffer-create " *completion-save-buffer*")
+ (set-buffer " *completion-save-buffer*")
+ (setq buffer-file-name filename)
+
+ (if (not (verify-visited-file-modtime (current-buffer)))
+ (progn
+ ;; file has changed on disk. Bring us up-to-date
+ (message "Completion file has changed. Merging. . .")
+ (load-completions-from-file filename t)
+ (message "Merging finished. Saving completions to file %s" filename)))
+
+ ;; prepare the buffer to be modified
+ (clear-visited-file-modtime)
+ (erase-buffer)
+ ;; (/ 1 0)
+ (insert (format saved-cmpl-file-header completion-version))
+ (completion-dolist (completion (list-all-completions))
+ (setq total-in-db (1+ total-in-db))
+ (setq last-use-time (completion-last-use-time completion))
+ ;; Update num uses and maybe write completion to a file
+ (cond ((or;; Write to file if
+ ;; permanent
+ (and (eq last-use-time t)
+ (setq total-perm (1+ total-perm)))
+ ;; or if
+ (if (> (completion-num-uses completion) 0)
+ ;; it's been used
+ (setq last-use-time current-time)
+ ;; or it was saved before and
+ (and last-use-time
+ ;; save-completions-retention-time is nil
+ (or (not save-completions-retention-time)
+ ;; or time since last use is < ...retention-time*
+ (< (- current-time last-use-time)
+ save-completions-retention-time))
+ )))
+ ;; write to file
+ (setq total-saved (1+ total-saved))
+ (insert (prin1-to-string (cons (completion-string completion)
+ last-use-time)) "\n")
+ )))
- ;; write the buffer
- (condition-case e
- (let ((file-exists-p (file-exists-p filename)))
- (when file-exists-p
- ;; If file exists . . .
- ;; Save a backup(so GNU doesn't screw us when we're out of disk)
- ;; (GNU leaves a 0 length file if it gets a disk full error!)
+ ;; write the buffer
+ (condition-case e
+ (let ((file-exists-p (file-exists-p filename)))
+ (if file-exists-p
+ (progn
+ ;; If file exists . . .
+ ;; Save a backup(so GNU doesn't screw us when we're out of disk)
+ ;; (GNU leaves a 0 length file if it gets a disk full error!)
- ;; If backup doesn't exit, Rename current to backup
- ;; {If backup exists the primary file is probably messed up}
- (unless (file-exists-p backup-filename)
- (rename-file filename backup-filename))
- ;; Copy the backup back to the current name
- ;; (so versioning works)
- (copy-file backup-filename filename t)
- )
- ;; Save it
- (save-buffer)
- (when file-exists-p
- ;; If successful, remove backup
- (delete-file backup-filename)
- ))
- (error
- (set-buffer-modified-p nil)
- (message "Couldn't save completion file %s." filename)
- ))
- ;; Reset accepted-p flag
- (setq cmpl-completions-accepted-p nil)
- )
- (cmpl-statistics-block
- (record-save-completions total-in-db total-perm total-saved))
- )))
+ ;; If backup doesn't exit, Rename current to backup
+ ;; {If backup exists the primary file is probably messed up}
+ (or (file-exists-p backup-filename)
+ (rename-file filename backup-filename))
+ ;; Copy the backup back to the current name
+ ;; (so versioning works)
+ (copy-file backup-filename filename t)))
+ ;; Save it
+ (save-buffer)
+ (if file-exists-p
+ ;; If successful, remove backup
+ (delete-file backup-filename)))
+ (error
+ (set-buffer-modified-p nil)
+ (message "Couldn't save completion file `%s'" filename)
+ ))
+ ;; Reset accepted-p flag
+ (setq cmpl-completions-accepted-p nil)
+ )
+ (cmpl-statistics-block
+ (record-save-completions total-in-db total-perm total-saved))
+ ))))
-(defun autosave-completions ()
- (when (and *save-completions-p* *completep* cmpl-initialized-p
- *completion-auto-save-period*
- (> cmpl-emacs-idle-time *completion-auto-save-period*)
- cmpl-completions-accepted-p)
- (save-completions-to-file)
- ))
+;;;(defun autosave-completions ()
+;;; (if (and save-completions-flag enable-completion cmpl-initialized-p
+;;; *completion-auto-save-period*
+;;; (> cmpl-emacs-idle-time *completion-auto-save-period*)
+;;; cmpl-completions-accepted-p)
+;;; (save-completions-to-file)))
-(pushnew 'autosave-completions cmpl-emacs-idle-time-hooks)
+;;;(add-hook 'cmpl-emacs-idle-time-hooks 'autosave-completions)
(defun load-completions-from-file (&optional filename no-message-p)
- "Loads a completion init file.
-If file is not specified, then *saved-completions-filename* is used."
+ "Loads a completion init file FILENAME.
+If file is not specified, then use `save-completions-file-name'."
(interactive)
- (setq filename (expand-file-name (or filename *saved-completions-filename*)))
+ (setq filename (expand-file-name (or filename save-completions-file-name)))
(let* ((backup-filename (completion-backup-filename filename))
(backup-readable-p (file-readable-p backup-filename))
)
- (when backup-readable-p (setq filename backup-filename))
- (when (file-readable-p filename)
- (if (not no-message-p)
- (message "Loading completions from %sfile %s . . ."
- (if backup-readable-p "backup " "") filename))
- (save-excursion
- (get-buffer-create " *completion-save-buffer*")
- (set-buffer " *completion-save-buffer*")
- (setq buffer-file-name filename)
- ;; prepare the buffer to be modified
- (clear-visited-file-modtime)
- (erase-buffer)
+ (if backup-readable-p (setq filename backup-filename))
+ (if (file-readable-p filename)
+ (progn
+ (if (not no-message-p)
+ (message "Loading completions from %sfile %s . . ."
+ (if backup-readable-p "backup " "") filename))
+ (save-excursion
+ (get-buffer-create " *completion-save-buffer*")
+ (set-buffer " *completion-save-buffer*")
+ (setq buffer-file-name filename)
+ ;; prepare the buffer to be modified
+ (clear-visited-file-modtime)
+ (erase-buffer)
- (let ((insert-okay-p nil)
- (buffer (current-buffer))
- (current-time (cmpl-hours-since-1900))
- string num-uses entry last-use-time
- cmpl-entry cmpl-last-use-time
- (current-completion-source cmpl-source-init-file)
- (start-num
- (cmpl-statistics-block
- (aref completion-add-count-vector cmpl-source-file-parsing)))
- (total-in-file 0) (total-perm 0)
- )
- ;; insert the file into a buffer
- (condition-case e
- (progn (insert-file-contents filename t)
- (setq insert-okay-p t))
-
- (file-error
- (message "File error trying to load completion file %s."
- filename)))
- ;; parse it
- (when insert-okay-p
- (goto-char (point-min))
-
- (condition-case e
- (while t
- (setq entry (read buffer))
- (setq total-in-file (1+ total-in-file))
- (cond
- ((and (consp entry)
- (stringp (setq string (car entry)))
- (cond
- ((eq (setq last-use-time (cdr entry)) 'T)
- ;; handle case sensitivity
- (setq total-perm (1+ total-perm))
- (setq last-use-time t))
- ((eq last-use-time t)
- (setq total-perm (1+ total-perm)))
- ((integerp last-use-time))
- ))
- ;; Valid entry
- ;; add it in
- (setq cmpl-last-use-time
- (completion-last-use-time
- (setq cmpl-entry
- (add-completion-to-tail-if-new string))
- ))
- (if (or (eq last-use-time t)
- (and (> last-use-time 1000);;backcompatibility
- (not (eq cmpl-last-use-time t))
- (or (not cmpl-last-use-time)
- ;; more recent
- (> last-use-time cmpl-last-use-time))
+ (let ((insert-okay-p nil)
+ (buffer (current-buffer))
+ (current-time (cmpl-hours-since-origin))
+ string num-uses entry last-use-time
+ cmpl-entry cmpl-last-use-time
+ (current-completion-source cmpl-source-init-file)
+ (start-num
+ (cmpl-statistics-block
+ (aref completion-add-count-vector cmpl-source-file-parsing)))
+ (total-in-file 0) (total-perm 0)
+ )
+ ;; insert the file into a buffer
+ (condition-case e
+ (progn (insert-file-contents filename t)
+ (setq insert-okay-p t))
+
+ (file-error
+ (message "File error trying to load completion file %s."
+ filename)))
+ ;; parse it
+ (if insert-okay-p
+ (progn
+ (goto-char (point-min))
+
+ (condition-case e
+ (while t
+ (setq entry (read buffer))
+ (setq total-in-file (1+ total-in-file))
+ (cond
+ ((and (consp entry)
+ (stringp (setq string (car entry)))
+ (cond
+ ((eq (setq last-use-time (cdr entry)) 'T)
+ ;; handle case sensitivity
+ (setq total-perm (1+ total-perm))
+ (setq last-use-time t))
+ ((eq last-use-time t)
+ (setq total-perm (1+ total-perm)))
+ ((integerp last-use-time))
+ ))
+ ;; Valid entry
+ ;; add it in
+ (setq cmpl-last-use-time
+ (completion-last-use-time
+ (setq cmpl-entry
+ (add-completion-to-tail-if-new string))
))
- ;; update last-use-time
- (set-completion-last-use-time cmpl-entry last-use-time)
- ))
- (t
- ;; Bad format
- (message "Error: invalid saved completion - %s"
- (prin1-to-string entry))
- ;; try to get back in sync
- (search-forward "\n(")
+ (if (or (eq last-use-time t)
+ (and (> last-use-time 1000);;backcompatibility
+ (not (eq cmpl-last-use-time t))
+ (or (not cmpl-last-use-time)
+ ;; more recent
+ (> last-use-time cmpl-last-use-time))
+ ))
+ ;; update last-use-time
+ (set-completion-last-use-time cmpl-entry last-use-time)
+ ))
+ (t
+ ;; Bad format
+ (message "Error: invalid saved completion - %s"
+ (prin1-to-string entry))
+ ;; try to get back in sync
+ (search-forward "\n(")
+ )))
+ (search-failed
+ (message "End of file while reading completions.")
+ )
+ (end-of-file
+ (if (= (point) (point-max))
+ (if (not no-message-p)
+ (message "Loading completions from file %s . . . Done."
+ filename))
+ (message "End of file while reading completions.")
+ ))
)))
- (search-failed
- (message "End of file while reading completions.")
- )
- (end-of-file
- (if (= (point) (point-max))
- (if (not no-message-p)
- (message "Loading completions from file %s . . . Done."
- filename))
- (message "End of file while reading completions.")
- ))
- ))
- (cmpl-statistics-block
- (record-load-completions
- total-in-file total-perm
- (- (aref completion-add-count-vector cmpl-source-init-file)
- start-num)))
+ (cmpl-statistics-block
+ (record-load-completions
+ total-in-file total-perm
+ (- (aref completion-add-count-vector cmpl-source-init-file)
+ start-num)))
- )))))
+ ))))))
(defun initialize-completions ()
- "Loads the default completions file.
+ "Load the default completions file.
Also sets up so that exiting emacs will automatically save the file."
(interactive)
(cond ((not cmpl-initialized-p)
(load-completions-from-file)
))
- (init-cmpl-emacs-idle-process)
(setq cmpl-initialized-p t)
)
;;; Kill EMACS patch
;;;-----------------------------------------------
-(completion-advise kill-emacs :before
- ;; | All completion code should go in here
- ;;\ /
- (kill-emacs-save-completions)
- ;;/ \
- ;; | All completion code should go in here
- (cmpl-statistics-block
- (record-cmpl-kill-emacs))
- )
-
+(add-hook 'kill-emacs-hook
+ '(lambda ()
+ (kill-emacs-save-completions)
+ (cmpl-statistics-block
+ (record-cmpl-kill-emacs))))
\f
;;;-----------------------------------------------
;;; Kill region patch
;;;-----------------------------------------------
-;;; Patched to remove the most recent completion
-(defvar $$$cmpl-old-kill-region (symbol-function 'kill-region))
-
-(defun kill-region (&optional beg end)
+(defun completion-kill-region (&optional beg end)
"Kill between point and mark.
The text is deleted but saved in the kill ring.
The command \\[yank] can retrieve it from there.
the text killed this time appends to the text killed last time
to make one entry in the kill ring.
Patched to remove the most recent completion."
- (interactive "*")
- (cond ((and (eq last-command 'complete) (eq last-command-char ?\C-w))
+ (interactive "r")
+ (cond ((eq last-command 'complete)
(delete-region (point) cmpl-last-insert-location)
(insert cmpl-original-string)
(setq completion-to-accept nil)
(cmpl-statistics-block
- (record-complete-failed))
- )
+ (record-complete-failed)))
(t
- (if (not beg)
- (setq beg (min (point) (mark))
- end (max (point) (mark)))
- )
- (funcall $$$cmpl-old-kill-region beg end)
- )))
+ (kill-region beg end))))
+(global-set-key "\C-w" 'completion-kill-region)
+\f
;;;-----------------------------------------------
;;; Patches to self-insert-command.
;;;-----------------------------------------------
-;;; Need 2 versions: generic seperator chars. and space (to get auto fill
+;;; Need 2 versions: generic separator chars. and space (to get auto fill
;;; to work)
;;; All common separators (eg. space "(" ")" """) characters go through a
;;; function to add new words to the list of words to complete from:
;;; COMPLETION-SEPARATOR-SELF-INSERT-COMMAND (arg).
;;; If the character before this was an alpha-numeric then this adds the
-;;; symbol befoe point to the completion list (using ADD-COMPLETION).
+;;; symbol before point to the completion list (using ADD-COMPLETION).
(defun completion-separator-self-insert-command (arg)
(interactive "p")
(interactive "p")
(use-completion-before-separator)
(self-insert-command arg)
- (and (> (current-column) fill-column)
- auto-fill-function
+ (and auto-fill-function
(funcall auto-fill-function))
)
(defmacro def-completion-wrapper (function-name type &optional new-name)
"Add a call to update the completion database before function execution.
TYPE is the type of the wrapper to be added. Can be :before or :under."
- (completion-advise-1
- function-name ':before
- (ecase type
- (:before '((use-completion-before-point)))
- (:separator '((use-completion-before-separator)))
- (:under '((use-completion-under-point)))
- (:under-or-before
- '((use-completion-under-or-before-point)))
- (:minibuffer-separator
- '((let ((cmpl-syntax-table cmpl-standard-syntax-table))
- (use-completion-before-separator))))
- )
- new-name
- ))
-
-;;;(defun foo (x y z) (+ x y z))
-;;;foo
-;;;(macroexpand '(def-completion-wrapper foo :under))
-;;;(progn (defvar $$$cmpl-foo (symbol-function (quote foo))) (defun foo (&rest arglist) (progn (use-completion-under-point)) (cmpl-apply-as-top-level $$$cmpl-foo arglist)))
-;;;(defun bar (x y z) "Documentation" (+ x y z))
-;;;bar
-;;;(macroexpand '(def-completion-wrapper bar :under))
-;;;(progn (defvar $$$cmpl-bar (symbol-function (quote bar))) (defun bar (&rest arglist) "Documentation" (progn (use-completion-under-point)) (cmpl-apply-as-top-level $$$cmpl-bar arglist)))
-;;;(defun quuz (x &optional y z) "Documentation" (interactive "P") (+ x y z))
-;;;quuz
-;;;(macroexpand '(def-completion-wrapper quuz :before))
-;;;(progn (defvar $$$cmpl-quuz (symbol-function (quote quuz))) (defun quuz (&rest arglist) "Documentation" (interactive) (progn (use-completion-before-point)) (cmpl-apply-as-top-level $$$cmpl-quuz arglist)))
+ (cond ((eq type ':separator)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-before-separator))
+ ((eq type ':before)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-before-point))
+ ((eq type ':backward-under)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-backward-under))
+ ((eq type ':backward)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-backward))
+ ((eq type ':under)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-under-point))
+ ((eq type ':under-or-before)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-under-or-before-point))
+ ((eq type ':minibuffer-separator)
+ (list 'put (list 'quote function-name) ''completion-function
+ ''use-completion-minibuffer-separator))))
+
+(defun use-completion-minibuffer-separator ()
+ (let ((cmpl-syntax-table cmpl-standard-syntax-table))
+ (use-completion-before-separator)))
+
+(defun use-completion-backward-under ()
+ (use-completion-under-point)
+ (if (eq last-command 'complete)
+ ;; probably a failed completion if you have to back up
+ (cmpl-statistics-block (record-complete-failed))))
+
+(defun use-completion-backward ()
+ (if (eq last-command 'complete)
+ ;; probably a failed completion if you have to back up
+ (cmpl-statistics-block (record-complete-failed))))
+
+(defun completion-before-command ()
+ (funcall (or (and (symbolp this-command)
+ (get this-command 'completion-function))
+ 'use-completion-under-or-before-point)))
+(add-hook 'pre-command-hook 'completion-before-command)
;;;---------------------------------------------------------------------------
(define-key lisp-mode-map "^" 'self-insert-command)
;;; C mode diffs.
-(def-completion-wrapper electric-c-semi :separator)
-(define-key c-mode-map "+" 'completion-separator-self-insert-command)
-(define-key c-mode-map "*" 'completion-separator-self-insert-command)
-(define-key c-mode-map "/" 'completion-separator-self-insert-command)
+(defun completion-c-mode-hook ()
+ (def-completion-wrapper electric-c-semi :separator)
+ (define-key c-mode-map "+" 'completion-separator-self-insert-command)
+ (define-key c-mode-map "*" 'completion-separator-self-insert-command)
+ (define-key c-mode-map "/" 'completion-separator-self-insert-command))
+;; Do this either now or whenever C mode is loaded.
+(if (featurep 'cc-mode)
+ (completion-c-mode-hook)
+ (add-hook 'c-mode-hook 'completion-c-mode-hook))
;;; FORTRAN mode diffs. (these are defined when fortran is called)
(defun completion-setup-fortran-mode ()
;;;-----------------------------------------------
(def-completion-wrapper newline :separator)
(def-completion-wrapper newline-and-indent :separator)
-(if (function-defined-and-loaded 'shell-send-input)
- (def-completion-wrapper shell-send-input :separator))
+(def-completion-wrapper comint-send-input :separator)
(def-completion-wrapper exit-minibuffer :minibuffer-separator)
(def-completion-wrapper eval-print-last-sexp :separator)
(def-completion-wrapper eval-last-sexp :separator)
(def-completion-wrapper previous-line :under-or-before)
(def-completion-wrapper beginning-of-buffer :under-or-before)
(def-completion-wrapper end-of-buffer :under-or-before)
-
-;; we patch these explicitly so they byte compile and so we don't have to
-;; patch the faster underlying function.
-
-(defun cmpl-beginning-of-line (&optional n)
- "Move point to beginning of current line.\n\
-With argument ARG not nil or 1, move forward ARG - 1 lines first.\n\
-If scan reaches end of buffer, stop there without error."
- (interactive "p")
- (use-completion-under-or-before-point)
- (beginning-of-line n)
- )
-
-(defun cmpl-end-of-line (&optional n)
- "Move point to end of current line.\n\
-With argument ARG not nil or 1, move forward ARG - 1 lines first.\n\
-If scan reaches end of buffer, stop there without error."
- (interactive "p")
- (use-completion-under-or-before-point)
- (end-of-line n)
- )
-
-(defun cmpl-forward-char (n)
- "Move point right ARG characters (left if ARG negative).\n\
-On reaching end of buffer, stop and signal error."
- (interactive "p")
- (use-completion-under-or-before-point)
- (forward-char n)
- )
-(defun cmpl-backward-char (n)
- "Move point left ARG characters (right if ARG negative).\n\
-On attempt to pass beginning or end of buffer, stop and signal error."
- (interactive "p")
- (use-completion-under-point)
- (if (eq last-command 'complete)
- ;; probably a failed completion if you have to back up
- (cmpl-statistics-block (record-complete-failed)))
- (backward-char n)
- )
-
-(defun cmpl-forward-word (n)
- "Move point forward ARG words (backward if ARG is negative).\n\
-Normally returns t.\n\
-If an edge of the buffer is reached, point is left there\n\
-and nil is returned."
- (interactive "p")
- (use-completion-under-or-before-point)
- (forward-word n)
- )
-(defun cmpl-backward-word (n)
- "Move backward until encountering the end of a word.
-With argument, do this that many times.
-In programs, it is faster to call forward-word with negative arg."
- (interactive "p")
- (use-completion-under-point)
- (if (eq last-command 'complete)
- ;; probably a failed completion if you have to back up
- (cmpl-statistics-block (record-complete-failed)))
- (forward-word (- n))
- )
-
-(defun cmpl-forward-sexp (n)
- "Move forward across one balanced expression.
-With argument, do this that many times."
- (interactive "p")
- (use-completion-under-or-before-point)
- (forward-sexp n)
- )
-(defun cmpl-backward-sexp (n)
- "Move backward across one balanced expression.
-With argument, do this that many times."
- (interactive "p")
- (use-completion-under-point)
- (if (eq last-command 'complete)
- ;; probably a failed completion if you have to back up
- (cmpl-statistics-block (record-complete-failed)))
- (backward-sexp n)
- )
-
-(defun cmpl-delete-backward-char (n killflag)
- "Delete the previous ARG characters (following, with negative ARG).\n\
-Optional second arg KILLFLAG non-nil means kill instead (save in kill ring).\n\
-Interactively, ARG is the prefix arg, and KILLFLAG is set if\n\
-ARG was explicitly specified."
- (interactive "p\nP")
- (if (eq last-command 'complete)
- ;; probably a failed completion if you have to back up
- (cmpl-statistics-block (record-complete-failed)))
- (delete-backward-char n killflag)
- )
-
-(defvar $$$cmpl-old-backward-delete-char-untabify
- (symbol-function 'backward-delete-char-untabify))
-
-(defun backward-delete-char-untabify (arg &optional killp)
- "Delete characters backward, changing tabs into spaces.
-Delete ARG chars, and kill (save in kill ring) if KILLP is non-nil.
-Interactively, ARG is the prefix arg (default 1)
-and KILLP is t if prefix arg is was specified."
- (interactive "*p\nP")
- (if (eq last-command 'complete)
- ;; probably a failed completion if you have to back up
- (cmpl-statistics-block (record-complete-failed)))
- (funcall $$$cmpl-old-backward-delete-char-untabify arg killp)
- )
-
-
-(global-set-key "\C-?" 'cmpl-delete-backward-char)
-(global-set-key "\M-\C-F" 'cmpl-forward-sexp)
-(global-set-key "\M-\C-B" 'cmpl-backward-sexp)
-(global-set-key "\M-F" 'cmpl-forward-word)
-(global-set-key "\M-B" 'cmpl-backward-word)
-(global-set-key "\C-F" 'cmpl-forward-char)
-(global-set-key "\C-B" 'cmpl-backward-char)
-(global-set-key "\C-A" 'cmpl-beginning-of-line)
-(global-set-key "\C-E" 'cmpl-end-of-line)
-
-;;;-----------------------------------------------
-;;; Misc.
-;;;-----------------------------------------------
-
-(def-completion-wrapper electric-buffer-list :under-or-before)
-(def-completion-wrapper list-buffers :under-or-before)
-(def-completion-wrapper scroll-up :under-or-before)
-(def-completion-wrapper scroll-down :under-or-before)
-(def-completion-wrapper execute-extended-command
- :under-or-before)
-(def-completion-wrapper other-window :under-or-before)
-
-;;;-----------------------------------------------
-;;; Local Thinking Machines stuff
-;;;-----------------------------------------------
-
-(if (fboundp 'up-ten-lines)
- (def-completion-wrapper up-ten-lines :under-or-before))
-(if (fboundp 'down-ten-lines)
- (def-completion-wrapper down-ten-lines :under-or-before))
-(if (fboundp 'tmc-scroll-up)
- (def-completion-wrapper tmc-scroll-up :under-or-before))
-(if (fboundp 'tmc-scroll-down)
- (def-completion-wrapper tmc-scroll-down :under-or-before))
-(if (fboundp 'execute-extended-command-and-check-for-bindings)
- (def-completion-wrapper execute-extended-command-and-check-for-bindings
- :under-or-before))
+(def-completion-wrapper beginning-of-line :under-or-before)
+(def-completion-wrapper end-of-line :under-or-before)
+(def-completion-wrapper forward-char :under-or-before)
+(def-completion-wrapper forward-word :under-or-before)
+(def-completion-wrapper forward-sexp :under-or-before)
+(def-completion-wrapper backward-char :backward-under)
+(def-completion-wrapper backward-word :backward-under)
+(def-completion-wrapper backward-sexp :backward-under)
+
+(def-completion-wrapper delete-backward-char :backward)
+(def-completion-wrapper delete-backward-char-untabify :backward)
;;; Tests --
;;; foobarbiz
HCoop / bpt / emacs.git / blobdiff