"Face used for a matching paren."
:group 'paren-showing-faces)
+(defface show-paren-match-expression
+ '((t :inherit show-paren-match))
+ "Face used for a matching paren when highlighting the whole expression.
+This face is used by `show-paren-mode'."
+ :group 'paren-showing-faces
+ :version "26.1")
+
(defface show-paren-mismatch
'((((class color)) (:foreground "white" :background "purple"))
(t (:inverse-video t)))
(there-beg (nth 2 data))
(there-end (nth 3 data))
(mismatch (nth 4 data))
+ (highlight-expression
+ (or (eq show-paren-style 'expression)
+ (and there-beg
+ (eq show-paren-style 'mixed)
+ (let ((closest (if (< there-beg here-beg)
+ (1- there-end) (1+ there-beg))))
+ (not (pos-visible-in-window-p closest))))))
(face
- (if mismatch
- (progn
- (if show-paren-ring-bell-on-mismatch
- (beep))
- 'show-paren-mismatch)
- 'show-paren-match)))
+ (cond
+ (mismatch
+ (if show-paren-ring-bell-on-mismatch
+ (beep))
+ 'show-paren-mismatch)
+ (highlight-expression 'show-paren-match-expression)
+ (t 'show-paren-match))))
;;
;; If matching backwards, highlight the closeparen
;; before point as well as its matching open.
;; If it's an unmatched paren, turn off any such highlighting.
(if (not there-beg)
(delete-overlay show-paren--overlay)
- (if (or (eq show-paren-style 'expression)
- (and (eq show-paren-style 'mixed)
- (let ((closest (if (< there-beg here-beg)
- (1- there-end) (1+ there-beg))))
- (not (pos-visible-in-window-p closest)))))
+ (if highlight-expression
(move-overlay show-paren--overlay
(if (< there-beg here-beg) here-end here-beg)
(if (< there-beg here-beg) there-beg there-end)