example, a SYMBOL might need to match \"foo\". Some TYPES will not
have matching criteria.
-LAMBDA is a lambda expression which is evaled with the text of the
+LAMBDA is a lambda expression which is evalled with the text of the
type when it is found. It is passed the list of all buffer text
elements found since the last lambda expression. It should return a
semantic element (see below.)
;; Other Goals
%start FormalParameterList
-;; with the terminals stuff, I used the javacript.y names,
+;; with the terminals stuff, I used the javascript.y names,
;; but the semantic/wisent/java-tags.wy types
;; when possible
;; ------------------
fstab
ftp
fu
-funtions
garbles
gc
gcpro
tutorial. This was the invoked using @kbd{C-c ?}, and displays
information about the IDL routine near the cursor position. Wouldn't it
be nice to have the same kind of information available for your own
-routines and for the huge amount of code in major libraries like JHUPL
+routines and for the huge amount of code in major libraries like JHUAPL
or the IDL-Astro library? In many cases, you may already have this
information. Files named @file{.idlwave_catalog} in library directories
contain scanned information on the routines in that directory; many
1. This copies the text from the right-hand buffer as a second column
in the other buffer. To go back to two-column editing, use C-x 6 s.
-Use C-x 6 d to disassociate the two buffers, leaving each as it
+Use C-x 6 d to dissociate the two buffers, leaving each as it
stands. (If the other buffer, the one that was not current when you
type C-x 6 d, is empty, C-x 6 d kills it.)
* Makefile.in (${TIT}): To byte-compile quail packages, use just
built quail.
-1997-12-09 Koaunghi Un <koanughi.un@zdv.uni-tuebingen.de>
+1997-12-09 Koaunghi Un <koaunghi.un@zdv.uni-tuebingen.de>
* quail/hanja3.el: New file.
;; Copyright (C) 1997, 1999, 2001-2011 Free Software Foundation, Inc.
-;; Author: Koaunghi Un <koanughi.un@zdv.uni-tuebingen.de>
+;; Author: Koaunghi Un <koaunghi.un@zdv.uni-tuebingen.de>
;; Keywords: mule, quail, multilingual, input method, Korean, Hanja
;; This file is part of GNU Emacs.
reveal-open-spots, so as to be more reliable. There were several
tricky corner cases where an open spot might be lost, or where
a closed spot might end up on the list of open spots.
- Only reveal text that's ellipsised.
+ Only reveal text that's ellipsized.
2005-11-07 Carsten Dominik <dominik@science.uva.nl>
(run-hooks 'allout-post-undo-hook)
(cond ((and (= buffer-saved-size -1)
allout-auto-save-temporarily-disabled)
- ;; user possibly undid a decryption, deinhibit auto-save:
+ ;; user possibly undid a decryption, disinhibit auto-save:
(allout-maybe-resume-auto-save-info-after-encryption))
((save-excursion
(save-restriction
Further, encrypting with a KEYMODE-CUE universal argument greater
than 4 - eg, preceded by a doubled Ctrl-U - causes association of
the specified recipients with the file, replacing those currently
-associated with it. This can be used to deassociate any
+associated with it. This can be used to dissociate any
recipients with the file, by selecting no recipients in the
dialog.
Further, encrypting with a KEYMODE-CUE universal argument greater
than 4 - eg, preceded by a doubled Ctrl-U - causes association of
the specified recipients with the file, replacing those currently
-associated with it. This can be used to deassociate any
+associated with it. This can be used to dissociate any
recipients with the file, by selecting no recipients in the
dialog.
Further, encrypting with a KEYMODE-CUE universal argument greater
than 4 - eg, preceded by a doubled Ctrl-U - causes association of
the specified recipients with the file, replacing those currently
-associated with it. This can be used to deassociate any
+associated with it. This can be used to dissociate any
recipients with the file, by selecting no recipients in the
dialog.
(if (/= arg 1)
(condition-case nil (line-move (1- arg)) (error nil)))
- ;; Move to beginning-of-line, ignoring fields and invisibles.
+ ;; Move to beginning-of-line, ignoring fields and invisible text.
(skip-chars-backward "^\n")
(while (and (not (bobp))
(let ((prop
(setq values (cons (eval expr) values))
(let ((old-value (make-symbol "t")) new-value)
;; Bind debug-on-error to something unique so that we can
- ;; detect when evaled code changes it.
+ ;; detect when evalled code changes it.
(let ((debug-on-error old-value))
(setq values (cons (eval expr) values))
(setq new-value debug-on-error))
- ;; If evaled code has changed the value of debug-on-error,
+ ;; If evalled code has changed the value of debug-on-error,
;; propagate that change to the global binding.
(unless (eq old-value new-value)
(setq debug-on-error new-value))))
(let ((pentry (nth idx pf))
(ptentry (nth idx pft)))
(if (or (stringp pentry) (not ptentry))
- ;; Found someting ok. stop
+ ;; Found something ok. Stop.
(setq stop t)
(setq idx (1+ idx)))))
;; We found the first non-tag entry. What is the situation?
(setq form (cdr form)))
(setq form (car form)))
(if (and (eq (car-safe form) 'list)
- ;; The spec is evaled in callint.c in dynamic-scoping
+ ;; The spec is evalled in callint.c in dynamic-scoping
;; mode, so just leaving the form unchanged would mean
;; it won't be eval'd in the right mode.
(not lexical-binding))
;; and they give users another mechanism for changing face appearance.
;; We now allow a FACENAME in `font-lock-keywords' to be any expression that
;; returns a face. So the easiest thing is to continue using these variables,
-;; rather than sometimes evaling FACENAME and sometimes not. sm.
+;; rather than sometimes evalling FACENAME and sometimes not. sm.
;; Note that in new code, in the vast majority of cases there is no
;; need to create variables that specify face names. Simply using
(gnus-agent-cat-groups): Use eval-and-compile, not
eval-when-compile, to define gnus-agent-set-cat-groups as the setf
method of gnus-agent-cat-groups even when the buffer has been
- evaled.
+ evalled.
(gnus-agent-save-active, gnus-agent-save-active-1): Merge to
delete gnus-agent-save-active-1.
(gnus-agent-save-groups): Delete. Identical to
If the match is a string, it is used as a regexp match on the
article. If the match is a symbol, that symbol will be funcalled
from the buffer of the article to be saved with the newsgroup as the
-parameter. If it is a list, it will be evaled in the same buffer.
+parameter. If it is a list, it will be evalled in the same buffer.
If this form or function returns a string, this string will be used as a
possible file name; and if it returns a non-nil list, that list will be
(and header
(string-match (nth 2 match) header)))))))
(t
- ;; This is a form to be evaled.
+ ;; This is a form to be evalled.
(eval match)))))
;; We have a match, so we set the variables.
(dolist (attribute style)
(defvar gnus-group-indentation "")
;; Format specs. The chunks below are the machine-generated forms
-;; that are to be evaled as the result of the default format strings.
+;; that are to be evalled as the result of the default format strings.
;; We write them in here to get them byte-compiled. That way the
;; default actions will be quite fast, while still retaining the full
;; flexibility of the user-defined format specs.
(not (and (featurep 'xemacs)
gnus-use-correct-string-widths)))
(insert (number-to-string pad-width)))
- ;; Create the form to be evaled.
+ ;; Create the form to be evalled.
(if (or max-width cut-width ignore-value
(and (featurep 'xemacs)
gnus-use-correct-string-widths))
(let* ((current-window (or (get-buffer-window (current-buffer)) (selected-window)))
(window (or window current-window)))
(select-window window)
- ;; The SPLIT might be something that is to be evaled to
+ ;; The SPLIT might be something that is to be evalled to
;; return a new SPLIT.
(while (and (not (assq (car split) gnus-window-to-buffer))
(symbolp (car split)) (fboundp (car split)))
(when (consp (car split))
(push 1.0 split)
(push 'vertical split))
- ;; The SPLIT might be something that is to be evaled to
+ ;; The SPLIT might be something that is to be evalled to
;; return a new SPLIT.
(while (and (not (assq (car split) gnus-window-to-buffer))
(symbolp (car split)) (fboundp (car split)))
;; A simple function.
((functionp action)
(funcall action))
- ;; Something to be evaled.
+ ;; Something to be evalled.
(t
(eval action))))))
(setq index 2))
;; If the tagline is displayed, get past it to the body.
(if (rmail-mime-display-tagline current)
- ;; The next foward-line call must be in sync with how
+ ;; The next forward-line call must be in sync with how
;; `rmail-mime-insert-tagline' formats the tagline. The
;; body begins after the empty line that ends the tagline.
(forward-line 3))
"^\\(.+\\) (hex ..)$"
"SET \\1")
- ;; FEDDBACK ON for 99 or more rows
+ ;; FEEDBACK ON for 99 or more rows
;; feedback OFF
(sql-redirect-value
sqlbuf
(defun verilog-auto-logic ()
"Expand AUTOLOGIC statements, as part of \\[verilog-auto].
Make wire statements using the SystemVerilog logic keyword.
-This is currently equivelent to:
+This is currently equivalent to:
/*AUTOWIRE*/
(let ((inv (overlay-get ol 'invisible)) open)
(when (and inv
;; There's an `invisible' property. Make sure it's
- ;; actually invisible, and ellipsised.
+ ;; actually invisible, and ellipsized.
(and (consp buffer-invisibility-spec)
(cdr (assq inv buffer-invisibility-spec)))
(or (setq open
(push (eval eval-expression-arg lexical-binding) values)
(let ((old-value (make-symbol "t")) new-value)
;; Bind debug-on-error to something unique so that we can
- ;; detect when evaled code changes it.
+ ;; detect when evalled code changes it.
(let ((debug-on-error old-value))
(push (eval eval-expression-arg lexical-binding) values)
(setq new-value debug-on-error))
- ;; If evaled code has changed the value of debug-on-error,
+ ;; If evalled code has changed the value of debug-on-error,
;; propagate that change to the global binding.
(unless (eq old-value new-value)
(setq debug-on-error new-value))))
(let ((line-move-visual nil))
(line-move (1- arg) t)))
- ;; Move to beginning-of-line, ignoring fields and invisibles.
+ ;; Move to beginning-of-line, ignoring fields and invisible text.
(skip-chars-backward "^\n")
(while (and (not (bobp)) (invisible-p (1- (point))))
(goto-char (previous-char-property-change (point)))
(define-key map [(control ?=)] 'rst-adjust) ;; (Does not work on the Mac OSX.)
;; Display the hierarchy of decorations implied by the current document contents.
(define-key map [(control c) (control h)] 'rst-display-decorations-hierarchy)
- ;; Homogeneize the decorations in the document.
+ ;; Homogenize the decorations in the document.
(define-key map [(control c) (control s)] 'rst-straighten-decorations)
;; (define-key map [(control c) (control s)] 'rst-straighten-deco-spacing)
"texinfo-specific-section-type: Chapter or section not found"))))))
(defun texinfo-hierarchic-level ()
- "Return the general hierarchal level of the next node in a texinfo file.
+ "Return the general hierarchical level of the next node in a texinfo file.
Thus, a subheading or appendixsubsec is of type subsection."
(let ((case-fold-search t))
(cadr (assoc
((eq state ?R) 'removed)
((eq state ?!) 'missing)
((eq state ??) 'unregistered)
- ((eq state ?C) 'up-to-date) ;; Older mercurials use this
+ ((eq state ?C) 'up-to-date) ;; Older mercurial versions use this.
(t 'up-to-date)))))))
(defun vc-hg-working-revision (file)
#define CCL_WriteArrayReadJump 0x0B /* Write an array element, read, and jump:
1:A--D--D--R--E--S--S-rrrXXXXX
2:LENGTH
- 3:ELEMENET[0]
- 4:ELEMENET[1]
+ 3:ELEMENT[0]
+ 4:ELEMENT[1]
...
N:A--D--D--R--E--S--S-rrrYYYYY
------------------------------
/* Destroy the window. */
my_destroy_window (f, SCROLL_BAR_W32_WINDOW (bar));
- /* Disassociate this scroll bar from its window. */
+ /* Dissociate this scroll bar from its window. */
XWINDOW (bar->window)->vertical_scroll_bar = Qnil;
UNBLOCK_INPUT;
XDestroyWindow (FRAME_X_DISPLAY (f), bar->x_window);
#endif
- /* Disassociate this scroll bar from its window. */
+ /* Dissociate this scroll bar from its window. */
XWINDOW (bar->window)->vertical_scroll_bar = Qnil;
UNBLOCK_INPUT;
elaborate(let(F,T,app(fix,lambda(F,T,B)),E), Env, Ee).
%% elab_bindings(+TS, +Env, -TS).
-%% Applique `elaborate' sur l'environnment de type TS.
+%% Applique `elaborate' sur l'environnement de type TS.
elab_tenv([], _, []).
elab_tenv([(X,T)|TS], Env, [(X, Tg)|TSe]) :-
elaborate(T, Env, Te),