;;;;
;; Highlight the first like of the function we are in if it is different
-;; from the the tag going off the top of the screen.
+;; from the tag going off the top of the screen.
;;;###autoload
(defun global-semantic-highlight-func-mode (&optional arg)
;; spaces there (and within the filename as well, of course).
(save-excursion
(let (file file-col other other-col)
- ;; Check the there is indeed a file, and that there is anoter adjacent
+ ;; Check that there is indeed a file, and that there is anoter adjacent
;; file with which to align, and that additional spaces are needed to
;; align the filenames.
(when (and (setq file (progn (goto-char beg)
;; or a string FONT-NAME,
;; or an object created by `font-spec'.
;;
-;; FAMILY may be nil, in which case, the the corresponding name of
+;; FAMILY may be nil, in which case, the corresponding name of
;; default face is used. If REGISTRY contains a character `-', the
;; string before that is embedded in `CHARSET_REGISTRY' field, and the
;; string after that is embedded in `CHARSET_ENCODING' field. If it
(let ((no-other-defaults nil)
auto-cs)
(unless (or (stringp from) find-file-literally)
- ;; Find an auto-coding that is specified for the the current
+ ;; Find an auto-coding that is specified for the current
;; buffer and file from the region FROM and TO.
(save-excursion
(save-restriction
"Display cheat sheet for the commands of the current prefix in minibuffer."
(interactive)
;; We got here because the user pressed a "?", but he pressed a prefix key
- ;; before that. Since the the key vector starts at index 0, the index of the
+ ;; before that. Since the key vector starts at index 0, the index of the
;; last keystroke is length-1 and thus the second to last keystroke is at
;; length-2. We use that information to obtain a suitable prefix character
;; from the recent keys.
(defun c-forward-<>-arglist (all-types)
;; The point is assumed to be at a "<". Try to treat it as the open
- ;; paren of an angle bracket arglist and move forward to the the
+ ;; paren of an angle bracket arglist and move forward to the
;; corresponding ">". If successful, the point is left after the
;; ">" and t is returned, otherwise the point isn't moved and nil is
;; returned. If ALL-TYPES is t then all encountered arguments in
;; Notes
;; -----
;; - The structure definition assignment "state = {...}" must use the
-;; same variable name as the the completion location "state.*".
+;; same variable name as the completion location "state.*".
;; - The structure definition must be in the same file.
;; - The structure definition is searched backwards and then forward
;; from the current position, until a definition with tags is found.
((save-excursion
(goto-char mine-start)
(re-search-forward smerge-begin-re end t))
- ;; There's a nested conflict and we're after the the beginning
+ ;; There's a nested conflict and we're after the beginning
;; of the outer one but before the beginning of the inner one.
;; Of course, maybe this is not a nested conflict but in that
;; case it can only be something nastier that we don't know how
(px (or internal-px (car (if (eq pivot 'left) lu-coordinate rb-coordinate))))
(ty (- (cdr lu-coordinate) 2))
(by (+ (cdr rb-coordinate) 2)))
- ;; in case of finding the the first cell, get the last adding item on the list
+ ;; in case of finding the first cell, get the last adding item on the list
(if (and (null internal-dir) first-only) (setq top-to-bottom (null top-to-bottom)))
;; travel up and process as recursion traces back (reverse order)
(and cell
(py (or internal-py (if (eq pivot 'top) (cdr lu-coordinate) (1+ (cdr rb-coordinate)))))
(lx (1- (car lu-coordinate)))
(rx (1+ (car rb-coordinate))))
- ;; in case of finding the the first cell, get the last adding item on the list
+ ;; in case of finding the first cell, get the last adding item on the list
(if (and (null internal-dir) first-only) (setq left-to-right (null left-to-right)))
;; travel left and process as recursion traces back (reverse order)
(and cell
(defun vc-dir-node-directory (node)
;; Compute the directory for NODE.
- ;; If it's a directory node, get it from the the node.
+ ;; If it's a directory node, get it from the node.
(let ((data (ewoc-data node)))
(or (vc-dir-fileinfo->directory data)
;; Otherwise compute it from the file name.