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(custom-face-attributes): Add overline, strike-through, box.
(custom-face-attributes): Use `choice' everywhere so that "*"
can be entered.
(custom-face-attributes): Don't use `#''.
(custom-face-attributes): Accept color name.
(custom-facep): Always define as alias for facep.
(custom-face-attributes): Use choice widgets. Remove
:bold and :italic.
(custom-face-attributes): Add :bold and :italic
for compatibility with old code.
(custom-face-attributes): Use new face attributes.
(custom-declare-face): Don't make frame-local faces.
(global): Face relief added.
This commit is contained in:
Gerd Moellmann 1999-07-21 21:43:03 +00:00
parent f3bbef8728
commit da0b1f5650

View File

@ -30,9 +30,7 @@
;;; Code: ;;; Code:
(defalias 'custom-facep (defalias 'custom-facep 'facep)
(if (fboundp 'facep) 'facep
'(lambda (face) nil)))
;;; Declaring a face. ;;; Declaring a face.
@ -63,48 +61,243 @@
(run-hooks 'custom-define-hook)) (run-hooks 'custom-define-hook))
face) face)
;;; Font Attributes. ;;; Face attributes.
;; Below, nil is used in widget specifications for `unspecified' face
;; attributes and `off' is used instead of nil attribute values. The
;; reason for this is that nil corresponds to the result you get when
;; looking up an attribute in a defface spec that isn't contained in
;; the spec.
(defconst custom-face-attributes (defconst custom-face-attributes
'((:bold (boolean :tag "Bold" '((:family
:help-echo "Control whether a bold font should be used.") (choice :tag "Font family"
set-face-bold-p :help-echo "Font family or fontset alias name."
face-bold-p) (const :tag "*" nil)
(:italic (boolean :tag "Italic" (string :tag "Family"))
:help-echo "\ (lambda (face value &optional frame)
Control whether an italic font should be used.") (set-face-attribute face frame :family (or value 'unspecified)))
set-face-italic-p (lambda (face &optional frame)
face-italic-p) (let ((family (face-attribute face :family frame)))
(:underline (boolean :tag "Underline" (if (eq family 'unspecified) nil family))))
:help-echo "\
Control whether the text should be underlined.") (:width
set-face-underline-p (choice :tag "Width"
face-underline-p) :help-echo "Font width."
(:inverse-video (boolean :tag "Inverse Video" (const :tag "*" nil)
:help-echo "\ (const :tag "compressed" condensed)
Control whether the text should be in inverse video.") (const :tag "condensed" condensed)
set-face-inverse-video-p (const :tag "demiexpanded" semi-expanded)
face-inverse-video-p) (const :tag "expanded" expanded)
(:foreground (color :tag "Foreground" (const :tag "extracondensed" extra-condensed)
:value "" (const :tag "extraexpanded" extra-expanded)
:help-echo "Set foreground color.") (const :tag "medium" normal)
set-face-foreground (const :tag "narrow" condensed)
face-foreground) (const :tag "normal" normal)
(:background (color :tag "Background" (const :tag "regular" normal)
:value "" (const :tag "semicondensed" semi-condensed)
:help-echo "Set background color.") (const :tag "semiexpanded" semi-expanded)
set-face-background (const :tag "ultracondensed" ultra-condensed)
face-background) (const :tag "ultraexpanded" ultra-expanded)
(:stipple (editable-field :format "Stipple: %v" (const :tag "wide" extra-expanded))
:help-echo "Name of background bitmap file.") (lambda (face value &optional frame)
set-face-stipple (set-face-attribute face frame :width (or value 'unspecified)))
face-stipple)) (lambda (face &optional frame)
(let ((width (face-attribute face :width frame)))
(if (eq width 'unspecified) nil width))))
(:height
(choice :tag "Height"
:help-echo "Face's font height."
(const :tag "*" nil)
(integer :tag "Height in 1/10 pt"))
(lambda (face value &optional frame)
(set-face-attribute face frame :height (or value 'unspecified)))
(lambda (face &optional frame)
(let ((height (face-attribute face :height frame)))
(if (eq height 'unspecified) nil height))))
(:weight
(choice :tag "Weight"
:help-echo "Font weight."
(const :tag "*" nil)
(const :tag "black" ultra_bold)
(const :tag "bold" bold)
(const :tag "book" semi-light)
(const :tag "demibold" semi-bold)
(const :tag "extralight" extra-light)
(const :tag "extrabold" extra-bold)
(const :tag "heavy" extra-bold)
(const :tag "light" light)
(const :tag "medium" normal)
(const :tag "normal" normal)
(const :tag "regular" normal)
(const :tag "semibold" semi-bold)
(const :tag "semilight" semi-light)
(const :tag "ultralight" ultra-light)
(const :tag "ultrabold" ultra-bold))
(lambda (face value &optional frame)
(set-face-attribute face frame :weight (or value 'unspecified)))
(lambda (face &optional frame)
(let ((weight (face-attribute face :weight frame)))
(if (eq weight 'unspecified) nil weight))))
(:slant
(choice :tag "Slant"
:help-echo "Font slant."
(const :tag "*" nil)
(const :tag "italic" italic)
(const :tag "oblique" oblique)
(const :tag "normal" normal))
(lambda (face value &optional frame)
(set-face-attribute face frame :slant (or value 'unspecified)))
(lambda (face &optional frame)
(let ((slant (face-attribute face :slant frame)))
(if (eq slant 'unspecified) nil slant))))
(:underline
(choice :tag "Underline"
:help-echo "Control text underlining."
(const :tag "*" nil)
(const :tag "On" t)
(const :tag "Off" off)
(color :tag "Colored"))
(lambda (face value &optional frame)
(cond ((eq value 'off) (setq value nil))
((null value) (setq value 'unspecified)))
(set-face-attribute face frame :underline value))
(lambda (face &optional frame)
(let ((underline (face-attribute face :underline frame)))
(cond ((eq underline 'unspecified) (setq underline nil))
((null underline) (setq underline 'off)))
underline)))
(:overline
(choice :tag "Overline"
:help-echo "Control text overlining."
(const :tag "*" nil)
(const :tag "On" t)
(const :tag "Off" off)
(color :tag "Colored"))
(lambda (face value &optional frame)
(cond ((eq value 'off) (setq value nil))
((null value) (setq value 'unspecified)))
(set-face-attribute face frame :overline value))
(lambda (face &optional frame)
(let ((overline (face-attribute face :overline frame)))
(cond ((eq overline 'unspecified) (setq overline nil))
((null overline) (setq overline 'off)))
overline)))
(:strike-through
(choice :tag "Strike-through"
:help-echo "Control text strike-through."
(const :tag "*" nil)
(const :tag "On" t)
(const :tag "Off" off)
(color :tag "Colored"))
(lambda (face value &optional frame)
(cond ((eq value 'off) (setq value nil))
((null value) (setq value 'unspecified)))
(set-face-attribute face frame :strike-through value))
(lambda (face &optional frame)
(let ((value (face-attribute face :strike-through frame)))
(cond ((eq value 'unspecified) (setq value nil))
((null value) (setq value 'off)))
value)))
(:box
(choice :tag "Box around text"
:help-echo "Control box around text."
(const :tag "*" nil)
(const :tag "Off" off)
(list :tag "Box"
:value (1 "black" nil)
(integer :tag "Width")
(color :tag "Color")
(choice :tag "Shadows"
(const :tag "None" nil)
(const :tag "Raised" raised)
(const :tag "Sunken" sunken))))
(lambda (face value &optional frame)
(cond ((consp value)
(let ((width (nth 0 value))
(color (nth 1 value))
(shadow (nth 2 value)))
(setq value (list :width width :color color :shadow shadow))))
((eq value 'off)
(setq value nil))
((null value)
(setq value 'unspecified)))
(set-face-attribute face frame :box value))
(lambda (face &optional frame)
(let ((value (face-attribute face :box frame)))
(cond ((consp value)
(let ((width (plist-get value :width))
(color (plist-get value :color))
(shadow (plist-get value :shadow)))
(setq value (list width color shadow))))
((eq value 'unspecified)
(setq value nil))
((null value)
(setq value 'off)))
value)))
(:inverse-video
(choice :tag "Inverse-video"
:help-echo "Control whether text should be in inverse-video."
(const :tag "*" nil)
(const :tag "On" t)
(const :tag "Off" off))
(lambda (face value &optional frame)
(cond ((eq value 'off) (setq value nil))
((null value) (setq value 'unspecified)))
(set-face-attribute face frame :inverse-video value))
(lambda (face &optional frame)
(let ((value (face-attribute face :inverse-video frame)))
(cond ((eq value 'unspecified) (setq value nil))
((null value) (setq value 'off)))
value)))
(:foreground
(choice :tag "Foreground"
:help-echo "Set foreground color."
(const :tag "*" nil)
(color :tag "Color"))
(lambda (face value &optional frame)
(set-face-attribute face frame :foreground (or value 'unspecified)))
(lambda (face &optional frame)
(let ((value (face-attribute face :foreground frame)))
(if (eq value 'unspecified) nil value))))
(:background
(choice :tag "Background"
:help-echo "Set background color."
(const :tag "*" nil)
(color :tag "Color"))
(lambda (face value &optional frame)
(set-face-attribute face frame :background (or value 'unspecified)))
(lambda (face &optional frame)
(let ((value (face-attribute face :background frame)))
(if (eq value 'unspecified) nil value))))
(:stipple
(choice :tag "Stipple"
:help-echo "Name of background bitmap file."
(const :tag "*" nil)
(file :tag "File" :must-match t))
(lambda (face value &optional frame)
(set-face-attribute face frame :stipple (or value 'unspecified)))
(lambda (face &optional frame)
(let ((value (face-attribute face :stipple frame)))
(if (eq value 'unspecified) nil value)))))
"Alist of face attributes. "Alist of face attributes.
The elements are of the form (KEY TYPE SET GET),
where KEY is the name of the attribute, The elements are of the form (KEY TYPE SET GET), where KEY is the name
TYPE is a widget type for editing the attribute, of the attribute, TYPE is a widget type for editing the attibute, SET
SET is a function for setting the attribute value, is a function for setting the attribute value, and GET is a function
and GET is a function for getiing the attribute value. for getiing the attribute value.
The SET function should take three arguments, the face to modify, the The SET function should take three arguments, the face to modify, the
value of the attribute, and optionally the frame where the face should value of the attribute, and optionally the frame where the face should
@ -113,25 +306,22 @@ be changed.
The GET function should take two arguments, the face to examine, and The GET function should take two arguments, the face to examine, and
optionally the frame where the face should be examined.") optionally the frame where the face should be examined.")
(defun custom-face-attributes-get (face frame) (defun custom-face-attributes-get (face frame)
"For FACE on FRAME, return an alternating list describing its attributes. "For FACE on FRAME, return an alternating list describing its attributes.
The list has the form (KEYWORD VALUE KEYWORD VALUE...). The list has the form (KEYWORD VALUE KEYWORD VALUE...).
Each keyword should be listed in `custom-face-attributes'. Each keyword should be listed in `custom-face-attributes'.
We include only those attributes that differ from the default face.
If FRAME is nil, use the global defaults for FACE." If FRAME is nil, use the global defaults for FACE."
(let ((atts custom-face-attributes) (let ((attrs custom-face-attributes)
att result get) plist)
(while atts (while attrs
(setq att (car atts) (let* ((attribute (car (car attrs)))
atts (cdr atts) (value (face-attribute face attribute frame)))
get (nth 3 att)) (setq attrs (cdr attrs))
(when get (unless (eq value 'unspecified)
(let ((answer (funcall get face frame))) (setq plist (cons attribute (cons value plist))))))
(if (and (not (equal answer (funcall get 'default frame))) plist))
(widget-apply (nth 1 att) :match answer))
(setq result (cons (nth 0 att) (cons answer result)))))))
result))
;;; Initializing. ;;; Initializing.