;; any string or tag or comment or ...
(save-excursion
(let ((pos (point))
- text-start cdata-start state)
+ text-start state)
(if limit (goto-char limit)
;; Hopefully this regexp will match something that's not inside
;; a tag and also hopefully the match is nearby.
(re-search-backward "^[ \t]*<[_:[:alpha:]/%!?#]" nil 'move))
- ;; (setq text-start (point))
(with-syntax-table sgml-tag-syntax-table
(while (< (point) pos)
;; When entering this loop we're inside text.
(setq text-start (point))
(skip-chars-forward "^<" pos)
- (setq cdata-start (if (looking-at "<!\\[[A-Z]+\\[") (point)))
- ;; We skipped text and reached a tag. Parse it.
- ;; FIXME: Handle net-enabling start-tags
- (if cdata-start
- (search-forward "]]>" pos 'move)
- (setq state (parse-partial-sexp (point) pos 0))))
- (cond
- (cdata-start (cons 'cdata cdata-start))
- ((nth 3 state) (cons 'string (nth 8 state)))
- ((nth 4 state) (cons 'comment (nth 8 state)))
- ((and state (> (nth 0 state) 0)) (cons 'tag (nth 1 state)))
- (t (cons 'text text-start)))))))
+ (setq state
+ (cond
+ ((= (point) pos)
+ ;; We got to the end without seeing a tag.
+ nil)
+ ((looking-at "<!\\[[A-Z]+\\[")
+ ;; We've found a CDATA section or similar.
+ (let ((cdata-start (point)))
+ (unless (search-forward "]]>" pos 'move)
+ (list 0 nil nil 'cdata nil nil nil nil cdata-start))))
+ (t
+ ;; We've reached a tag. Parse it.
+ ;; FIXME: Handle net-enabling start-tags
+ (parse-partial-sexp (point) pos 0))))))
+ (cond
+ ((eq (nth 3 state) 'cdata) (cons 'cdata (nth 8 state)))
+ ((nth 3 state) (cons 'string (nth 8 state)))
+ ((nth 4 state) (cons 'comment (nth 8 state)))
+ ((and state (> (nth 0 state) 0)) (cons 'tag (nth 1 state)))
+ (t (cons 'text text-start))))))
(defun sgml-beginning-of-tag (&optional top-level)
"Skip to beginning of tag and return its name.