Lisp_Object Vface_new_frame_defaults;
+/* Alist of face remappings. Each element is of the form:
+ (FACE REPLACEMENT...) which causes display of the face FACE to use
+ REPLACEMENT... instead. REPLACEMENT... is interpreted the same way
+ the value of a `face' text property is: it may be (1) A face name,
+ (2) A list of face names, (3) A property-list of face attribute/value
+ pairs, or (4) A list of face names intermixed with lists containing
+ face attribute/value pairs.
+
+ Multiple entries in REPLACEMENT... are merged together to form the final
+ result, with faces or attributes earlier in the list taking precedence
+ over those that are later.
+
+ Face-name remapping cycles are suppressed; recursive references use
+ the underlying face instead of the remapped face. */
+
+Lisp_Object Vface_remapping_alist;
+
/* The next ID to assign to Lisp faces. */
static int next_lface_id;
static Lisp_Object resolve_face_name P_ ((Lisp_Object, int));
static int may_use_scalable_font_p P_ ((const char *));
static void set_font_frame_param P_ ((Lisp_Object, Lisp_Object));
-static int better_font_p P_ ((int *, struct font_name *, struct font_name *,
- int, int));
-static int x_face_list_fonts P_ ((struct frame *, char *,
- struct font_name **, int, int));
-static int get_lface_attributes P_ ((struct frame *, Lisp_Object, Lisp_Object *, int));
+static int get_lface_attributes P_ ((struct frame *, Lisp_Object, Lisp_Object *,
+ int, struct named_merge_point *));
static int load_pixmap P_ ((struct frame *, Lisp_Object, unsigned *, unsigned *));
static unsigned char *xstrlwr P_ ((unsigned char *));
static struct frame *frame_or_selected_frame P_ ((Lisp_Object, int));
-static void load_face_font P_ ((struct frame *, struct face *));
static void load_face_colors P_ ((struct frame *, struct face *, Lisp_Object *));
static void free_face_colors P_ ((struct frame *, struct face *));
static int face_color_gray_p P_ ((struct frame *, char *));
-static char *build_font_name P_ ((struct font_name *));
-static void free_font_names P_ ((struct font_name *, int));
-static int sorted_font_list P_ ((struct frame *, char *,
- int (*cmpfn) P_ ((const void *, const void *)),
- struct font_name **));
-static int font_list_1 P_ ((struct frame *, Lisp_Object, Lisp_Object,
- Lisp_Object, struct font_name **));
-static int font_list P_ ((struct frame *, Lisp_Object, Lisp_Object,
- Lisp_Object, struct font_name **));
-static int try_font_list P_ ((struct frame *, Lisp_Object,
- Lisp_Object, Lisp_Object, struct font_name **));
-static int try_alternative_families P_ ((struct frame *f, Lisp_Object,
- Lisp_Object, struct font_name **));
-static int cmp_font_names P_ ((const void *, const void *));
static struct face *realize_face P_ ((struct face_cache *, Lisp_Object *,
int));
static struct face *realize_non_ascii_face P_ ((struct frame *, Lisp_Object,
int));
static Lisp_Object lface_from_face_name P_ ((struct frame *, Lisp_Object, int));
static struct face *make_realized_face P_ ((Lisp_Object *));
-static char *best_matching_font P_ ((struct frame *, Lisp_Object *,
- struct font_name *, int, int, int *));
static void cache_face P_ ((struct face_cache *, struct face *, unsigned));
static void uncache_face P_ ((struct face_cache *, struct face *));
#endif /* MAC_OS */
-/* Like stricmp. Used to compare parts of font names which are in
- ISO8859-1. */
+/* Like strcasecmp/stricmp. Used to compare parts of font names which
+ are in ISO8859-1. */
int
-xstricmp (s1, s2)
+xstrcasecmp (s1, s2)
const unsigned char *s1, *s2;
{
while (*s1 && *s2)
}
-/* Like strlwr, which might not always be available. */
-
-static unsigned char *
-xstrlwr (s)
- unsigned char *s;
-{
- unsigned char *p = s;
-
- for (p = s; *p; ++p)
- /* On Mac OS X 10.3, tolower also converts non-ASCII characters
- for some locales. */
- if (isascii (*p))
- *p = tolower (*p);
-
- return s;
-}
-
-
/* If FRAME is nil, return a pointer to the selected frame.
Otherwise, check that FRAME is a live frame, and return a pointer
to it. NPARAM is the parameter number of FRAME, for
if (clear_fonts_p
|| ++clear_font_table_count == CLEAR_FONT_TABLE_COUNT)
{
- struct x_display_info *dpyinfo;
-
#if 0
/* Not yet implemented. */
clear_font_cache (frame);
#endif
-
/* From time to time see if we can unload some fonts. This also
frees all realized faces on all frames. Fonts needed by
faces will be loaded again when faces are realized again. */
#ifdef HAVE_WINDOW_SYSTEM
FRAME_WINDOW_P (f)
? (!NILP (Fxw_display_color_p (frame))
- || xstricmp (color_name, "black") == 0
- || xstricmp (color_name, "white") == 0
+ || xstrcasecmp (color_name, "black") == 0
+ || xstrcasecmp (color_name, "white") == 0
|| (background_p
&& face_color_gray_p (f, color_name))
|| (!NILP (Fx_display_grayscale_p (frame))
XLFD_SWIDTH_ULTRA_EXPANDED /* 90: UltraExpanded... */
};
-/* The frame in effect when sorting font names. Set temporarily in
- sort_fonts so that it is available in font comparison functions. */
-
-static struct frame *font_frame;
-
/* Order by which font selection chooses fonts. The default values
mean `first, find a best match for the font width, then for the
font height, then for weight, then for slant.' This variable can be
Lisp_Object font1 = *(Lisp_Object *) v1;
Lisp_Object font2 = *(Lisp_Object *) v2;
int i;
-
+
for (i = 0; i < FONT_SIZE_INDEX; i++)
{
enum font_property_index idx = font_props_for_sorting[i];
(family, frame)
Lisp_Object family, frame;
{
- struct frame *f = check_x_frame (frame);
- Lisp_Object font_spec = Qnil, vec;
+ Lisp_Object font_spec, vec;
int i, nfonts;
Lisp_Object result;
+ if (NILP (frame))
+ frame = selected_frame;
+ CHECK_LIVE_FRAME (frame);
+
+ font_spec = Ffont_spec (0, NULL);
if (!NILP (family))
{
CHECK_STRING (family);
- font_spec = Ffont_spec (0, NULL);
Ffont_put (font_spec, QCfamily, family);
}
vec = font_list_entities (frame, font_spec);
ASET (v, 0, AREF (font, FONT_FAMILY_INDEX));
ASET (v, 1, FONT_WIDTH_SYMBOLIC (font));
point = PIXEL_TO_POINT (XINT (AREF (font, FONT_SIZE_INDEX)) * 10,
- f->resy);
+ XFRAME (frame)->resy);
ASET (v, 2, make_number (point));
ASET (v, 3, FONT_WEIGHT_SYMBOLIC (font));
ASET (v, 4, FONT_SLANT_SYMBOLIC (font));
spacing = Ffont_get (font, QCspacing);
ASET (v, 5, (NILP (spacing) || EQ (spacing, Qp)) ? Qnil : Qt);
- ASET (v, 6, AREF (font, FONT_NAME_INDEX));
+ ASET (v, 6, Ffont_xlfd_name (font, Qnil));
ASET (v, 7, AREF (font, FONT_REGISTRY_INDEX));
result = Fcons (v, result);
FACE is a face name--a symbol.
The return value is a list of strings, suitable as arguments to
-set-face-font.
+`set-face-font'.
Fonts Emacs can't use may or may not be excluded
even if they match PATTERN and FACE.
{
Lisp_Object font_spec;
- Lisp_Object args[2];
+ Lisp_Object args[2], tail;
font_spec = font_spec_from_name (pattern);
if (size)
Ffont_put (font_spec, QCavgwidth, make_number (avgwidth));
}
args[0] = Flist_fonts (font_spec, frame, maximum, Qnil);
+ for (tail = args[0]; CONSP (tail); tail = XCDR (tail))
+ XSETCAR (tail, Ffont_xlfd_name (XCAR (tail), Qnil));
if (NILP (frame))
/* We don't have to check fontsets. */
return args[0];
\f
/* Face-merge cycle checking. */
+enum named_merge_point_kind
+{
+ NAMED_MERGE_POINT_NORMAL,
+ NAMED_MERGE_POINT_REMAP
+};
+
/* A `named merge point' is simply a point during face-merging where we
look up a face by name. We keep a stack of which named lookups we're
currently processing so that we can easily detect cycles, using a
struct named_merge_point
{
Lisp_Object face_name;
+ enum named_merge_point_kind named_merge_point_kind;
struct named_merge_point *prev;
};
/* If a face merging cycle is detected for FACE_NAME, return 0,
otherwise add NEW_NAMED_MERGE_POINT, which is initialized using
- FACE_NAME, as the head of the linked list pointed to by
- NAMED_MERGE_POINTS, and return 1. */
+ FACE_NAME and NAMED_MERGE_POINT_KIND, as the head of the linked list
+ pointed to by NAMED_MERGE_POINTS, and return 1. */
static INLINE int
push_named_merge_point (struct named_merge_point *new_named_merge_point,
Lisp_Object face_name,
+ enum named_merge_point_kind named_merge_point_kind,
struct named_merge_point **named_merge_points)
{
struct named_merge_point *prev;
for (prev = *named_merge_points; prev; prev = prev->prev)
if (EQ (face_name, prev->face_name))
- return 0;
+ {
+ if (prev->named_merge_point_kind == named_merge_point_kind)
+ /* A cycle, so fail. */
+ return 0;
+ else if (prev->named_merge_point_kind == NAMED_MERGE_POINT_REMAP)
+ /* A remap `hides ' any previous normal merge points
+ (because the remap means that it's actually different face),
+ so as we know the current merge point must be normal, we
+ can just assume it's OK. */
+ break;
+ }
new_named_merge_point->face_name = face_name;
+ new_named_merge_point->named_merge_point_kind = named_merge_point_kind;
new_named_merge_point->prev = *named_merge_points;
*named_merge_points = new_named_merge_point;
/* Return the face definition of FACE_NAME on frame F. F null means
return the definition for new frames. FACE_NAME may be a string or
a symbol (apparently Emacs 20.2 allowed strings as face names in
- face text properties; Ediff uses that). If FACE_NAME is an alias
- for another face, return that face's definition. If SIGNAL_P is
- non-zero, signal an error if FACE_NAME is not a valid face name.
- If SIGNAL_P is zero, value is nil if FACE_NAME is not a valid face
- name. */
-
+ face text properties; Ediff uses that). If SIGNAL_P is non-zero,
+ signal an error if FACE_NAME is not a valid face name. If SIGNAL_P
+ is zero, value is nil if FACE_NAME is not a valid face name. */
static INLINE Lisp_Object
-lface_from_face_name (f, face_name, signal_p)
+lface_from_face_name_no_resolve (f, face_name, signal_p)
struct frame *f;
Lisp_Object face_name;
int signal_p;
{
Lisp_Object lface;
- face_name = resolve_face_name (face_name, signal_p);
-
if (f)
lface = assq_no_quit (face_name, f->face_alist);
else
signal_error ("Invalid face", face_name);
check_lface (lface);
+
return lface;
}
+/* Return the face definition of FACE_NAME on frame F. F null means
+ return the definition for new frames. FACE_NAME may be a string or
+ a symbol (apparently Emacs 20.2 allowed strings as face names in
+ face text properties; Ediff uses that). If FACE_NAME is an alias
+ for another face, return that face's definition. If SIGNAL_P is
+ non-zero, signal an error if FACE_NAME is not a valid face name.
+ If SIGNAL_P is zero, value is nil if FACE_NAME is not a valid face
+ name. */
+static INLINE Lisp_Object
+lface_from_face_name (f, face_name, signal_p)
+ struct frame *f;
+ Lisp_Object face_name;
+ int signal_p;
+{
+ face_name = resolve_face_name (face_name, signal_p);
+ return lface_from_face_name_no_resolve (f, face_name, signal_p);
+}
+
/* Get face attributes of face FACE_NAME from frame-local faces on
frame F. Store the resulting attributes in ATTRS which must point
Otherwise, value is zero if FACE_NAME is not a face. */
static INLINE int
-get_lface_attributes (f, face_name, attrs, signal_p)
+get_lface_attributes_no_remap (f, face_name, attrs, signal_p)
struct frame *f;
Lisp_Object face_name;
Lisp_Object *attrs;
int signal_p;
{
Lisp_Object lface;
- int success_p;
- lface = lface_from_face_name (f, face_name, signal_p);
- if (!NILP (lface))
+ lface = lface_from_face_name_no_resolve (f, face_name, signal_p);
+
+ if (! NILP (lface))
+ bcopy (XVECTOR (lface)->contents, attrs,
+ LFACE_VECTOR_SIZE * sizeof *attrs);
+
+ return !NILP (lface);
+}
+
+/* Get face attributes of face FACE_NAME from frame-local faces on frame
+ F. Store the resulting attributes in ATTRS which must point to a
+ vector of Lisp_Objects of size LFACE_VECTOR_SIZE. If FACE_NAME is an
+ alias for another face, use that face's definition. If SIGNAL_P is
+ non-zero, signal an error if FACE_NAME does not name a face.
+ Otherwise, value is zero if FACE_NAME is not a face. */
+
+static INLINE int
+get_lface_attributes (f, face_name, attrs, signal_p, named_merge_points)
+ struct frame *f;
+ Lisp_Object face_name;
+ Lisp_Object *attrs;
+ int signal_p;
+ struct named_merge_point *named_merge_points;
+{
+ Lisp_Object face_remapping;
+
+ face_name = resolve_face_name (face_name, signal_p);
+
+ /* See if SYMBOL has been remapped to some other face (usually this
+ is done buffer-locally). */
+ face_remapping = assq_no_quit (face_name, Vface_remapping_alist);
+ if (CONSP (face_remapping))
{
- bcopy (XVECTOR (lface)->contents, attrs,
- LFACE_VECTOR_SIZE * sizeof *attrs);
- success_p = 1;
+ struct named_merge_point named_merge_point;
+
+ if (push_named_merge_point (&named_merge_point,
+ face_name, NAMED_MERGE_POINT_REMAP,
+ &named_merge_points))
+ {
+ int i;
+
+ for (i = 1; i < LFACE_VECTOR_SIZE; ++i)
+ attrs[i] = Qunspecified;
+
+ return merge_face_ref (f, XCDR (face_remapping), attrs,
+ signal_p, named_merge_points);
+ }
}
- else
- success_p = 0;
- return success_p;
+ /* Default case, no remapping. */
+ return get_lface_attributes_no_remap (f, face_name, attrs, signal_p);
}
specified attribute of FROM overrides the corresponding attribute of
TO; relative attributes in FROM are merged with the absolute value in
TO and replace it. NAMED_MERGE_POINTS is used internally to detect
- loops in face inheritance; it should be 0 when called from other
- places. */
+ loops in face inheritance/remapping; it should be 0 when called from
+ other places. */
static INLINE void
merge_face_vectors (f, from, to, named_merge_points)
struct named_merge_point named_merge_point;
if (push_named_merge_point (&named_merge_point,
- face_name, &named_merge_points))
+ face_name, NAMED_MERGE_POINT_NORMAL,
+ &named_merge_points))
{
struct gcpro gcpro1;
Lisp_Object from[LFACE_VECTOR_SIZE];
- int ok = get_lface_attributes (f, face_name, from, 0);
+ int ok = get_lface_attributes (f, face_name, from, 0, named_merge_points);
if (ok)
{
If FRAME is t, copy the global face definition of FROM.
Otherwise, copy the frame-local definition of FROM on FRAME.
If NEW-FRAME is a frame, copy that data into the frame-local
-definition of TO on NEW-FRAME. If NEW-FRAME is nil.
+definition of TO on NEW-FRAME. If NEW-FRAME is nil,
FRAME controls where the data is copied to.
The value is TO. */)
/* Changing the background color might change the background
mode, so that we have to load new defface specs.
- Call frame-set-background-mode to do that. */
+ Call frame-update-face-colors to do that. */
XSETFRAME (frame, f);
call1 (Qframe_set_background_mode, frame);
xassert (STRINGP (value));
- if (xstricmp (SDATA (value), "on") == 0
- || xstricmp (SDATA (value), "true") == 0)
+ if (xstrcasecmp (SDATA (value), "on") == 0
+ || xstrcasecmp (SDATA (value), "true") == 0)
result = Qt;
- else if (xstricmp (SDATA (value), "off") == 0
- || xstricmp (SDATA (value), "false") == 0)
+ else if (xstrcasecmp (SDATA (value), "off") == 0
+ || xstrcasecmp (SDATA (value), "false") == 0)
result = Qnil;
- else if (xstricmp (SDATA (value), "unspecified") == 0)
+ else if (xstrcasecmp (SDATA (value), "unspecified") == 0)
result = Qunspecified;
else if (signal_p)
signal_error ("Invalid face attribute value from X resource", value);
CHECK_SYMBOL (attr);
CHECK_STRING (value);
- if (xstricmp (SDATA (value), "unspecified") == 0)
+ if (xstrcasecmp (SDATA (value), "unspecified") == 0)
value = Qunspecified;
else if (EQ (attr, QCheight))
{
{
xassert (lface_fully_specified_p (lface1)
&& lface_fully_specified_p (lface2));
- return (xstricmp (SDATA (lface1[LFACE_FAMILY_INDEX]),
- SDATA (lface2[LFACE_FAMILY_INDEX])) == 0
+ return (xstrcasecmp (SDATA (lface1[LFACE_FAMILY_INDEX]),
+ SDATA (lface2[LFACE_FAMILY_INDEX])) == 0
&& EQ (lface1[LFACE_HEIGHT_INDEX], lface2[LFACE_HEIGHT_INDEX])
&& EQ (lface1[LFACE_SWIDTH_INDEX], lface2[LFACE_SWIDTH_INDEX])
&& EQ (lface1[LFACE_WEIGHT_INDEX], lface2[LFACE_WEIGHT_INDEX])
&& (EQ (lface1[LFACE_FONTSET_INDEX], lface2[LFACE_FONTSET_INDEX])
|| (STRINGP (lface1[LFACE_FONTSET_INDEX])
&& STRINGP (lface2[LFACE_FONTSET_INDEX])
- && ! xstricmp (SDATA (lface1[LFACE_FONTSET_INDEX]),
- SDATA (lface2[LFACE_FONTSET_INDEX]))))
+ && ! xstrcasecmp (SDATA (lface1[LFACE_FONTSET_INDEX]),
+ SDATA (lface2[LFACE_FONTSET_INDEX]))))
);
}
abort (); /* realize_basic_faces must have set it up */
}
- if (!get_lface_attributes (f, symbol, symbol_attrs, signal_p))
+ if (! get_lface_attributes (f, symbol, symbol_attrs, signal_p, 0))
return -1;
bcopy (default_face->lface, attrs, sizeof attrs);
}
+/* Return the display face-id of the basic face who's canonical face-id
+ is FACE_ID. The return value will usually simply be FACE_ID, unless that
+ basic face has bee remapped via Vface_remapping_alist. This function is
+ conservative: if something goes wrong, it will simply return FACE_ID
+ rather than signal an error. */
+
+int
+lookup_basic_face (f, face_id)
+ struct frame *f;
+ int face_id;
+{
+ Lisp_Object name, mapping;
+ int remapped_face_id;
+
+ if (NILP (Vface_remapping_alist))
+ return face_id; /* Nothing to do. */
+
+ switch (face_id)
+ {
+ case DEFAULT_FACE_ID: name = Qdefault; break;
+ case MODE_LINE_FACE_ID: name = Qmode_line; break;
+ case MODE_LINE_INACTIVE_FACE_ID: name = Qmode_line_inactive; break;
+ case HEADER_LINE_FACE_ID: name = Qheader_line; break;
+ case TOOL_BAR_FACE_ID: name = Qtool_bar; break;
+ case FRINGE_FACE_ID: name = Qfringe; break;
+ case SCROLL_BAR_FACE_ID: name = Qscroll_bar; break;
+ case BORDER_FACE_ID: name = Qborder; break;
+ case CURSOR_FACE_ID: name = Qcursor; break;
+ case MOUSE_FACE_ID: name = Qmouse; break;
+ case MENU_FACE_ID: name = Qmenu; break;
+
+ default:
+ abort (); /* the caller is supposed to pass us a basic face id */
+ }
+
+ /* Do a quick scan through Vface_remapping_alist, and return immediately
+ if there is no remapping for face NAME. This is just an optimization
+ for the very common no-remapping case. */
+ mapping = assq_no_quit (name, Vface_remapping_alist);
+ if (NILP (mapping))
+ return face_id; /* Give up. */
+
+ /* If there is a remapping entry, lookup the face using NAME, which will
+ handle the remapping too. */
+ remapped_face_id = lookup_named_face (f, name, 0);
+ if (remapped_face_id < 0)
+ return face_id; /* Give up. */
+
+ return remapped_face_id;
+}
+
+
/* Return the ID of the realized ASCII face of Lisp face with ID
LFACE_ID on frame F. Value is -1 if LFACE_ID isn't valid. */
if (!default_face)
abort ();
- get_lface_attributes (f, symbol, symbol_attrs, signal_p);
+ get_lface_attributes (f, symbol, symbol_attrs, signal_p, 0);
bcopy (default_face->lface, attrs, sizeof attrs);
merge_face_vectors (f, symbol_attrs, attrs, 0);
return lookup_face (f, attrs);
if (! face)
error ("Cannot make face");
- /* If the font is the same, then not supported. */
- if (face->font == def_face->font)
+ /* If the font is the same, or no font is found, then not
+ supported. */
+ if (face->font == def_face->font
+ || ! face->font)
return 0;
for (i = FONT_TYPE_INDEX; i <= FONT_SIZE_INDEX; i++)
if (! EQ (face->font->props[i], def_face->font->props[i]))
not support the default font. */
if (!face->font)
return 0;
-
+
/* Otherwise, the font specified for the frame was not
acceptable as a font for the default face (perhaps because
auto-scaled fonts are rejected), so we must adjust the frame
struct face *new_face;
/* The default face must exist and be fully specified. */
- get_lface_attributes (f, Qdefault, attrs, 1);
+ get_lface_attributes_no_remap (f, Qdefault, attrs, 1);
check_lface_attrs (attrs);
xassert (lface_fully_specified_p (attrs));
}
/* Merge SYMBOL's face with the default face. */
- get_lface_attributes (f, symbol, symbol_attrs, 1);
+ get_lface_attributes_no_remap (f, symbol, symbol_attrs, 1);
merge_face_vectors (f, symbol_attrs, attrs, 0);
/* Realize the face. */
&& lface_same_font_attributes_p (default_face->lface, attrs))
{
face->font = default_face->font;
- face->fontset = make_fontset_for_ascii_face (f, -1, face);
+ face->fontset
+ = make_fontset_for_ascii_face (f, default_face->fontset, face);
}
else
{
*endptr = endpos;
- default_face = FACE_FROM_ID (f, DEFAULT_FACE_ID);
+
+ /* Perhaps remap BASE_FACE_ID to a user-specified alternative. */
+ if (NILP (Vface_remapping_alist))
+ default_face = FACE_FROM_ID (f, DEFAULT_FACE_ID);
+ else
+ default_face = FACE_FROM_ID (f, lookup_basic_face (f, DEFAULT_FACE_ID));
/* Optimize common cases where we can use the default face. */
if (noverlays == 0
&& NILP (prop)
&& !(pos >= region_beg && pos < region_end))
- return DEFAULT_FACE_ID;
+ return default_face->id;
/* Begin with attributes from the default face. */
bcopy (default_face->lface, attrs, sizeof attrs);
ignore. */);
Vface_ignored_fonts = Qnil;
+ DEFVAR_LISP ("face-remapping-alist", &Vface_remapping_alist,
+ doc: /* Alist of face remappings.
+Each element is of the form:
+
+ (FACE REPLACEMENT...),
+
+which causes display of the face FACE to use REPLACEMENT... instead.
+REPLACEMENT... is interpreted the same way the value of a `face' text
+property is: it may be (1) A face name, (2) A list of face names, (3) A
+property-list of face attribute/value pairs, or (4) A list of face names
+intermixed with lists containing face attribute/value pairs.
+
+Multiple entries in REPLACEMENT... are merged together to form the final
+result, with faces or attributes earlier in the list taking precedence
+over those that are later.
+
+Face-name remapping cycles are suppressed; recursive references use the
+underlying face instead of the remapped face. So a remapping of the form:
+
+ (FACE EXTRA-FACE... FACE)
+
+or:
+
+ (FACE (FACE-ATTR VAL ...) FACE)
+
+will cause EXTRA-FACE... or (FACE-ATTR VAL ...) to be _merged_ with the
+existing definition of FACE. Note that for the default face, this isn't
+necessary, as every face inherits from the default face.
+
+Making this variable buffer-local is a good way to allow buffer-specific
+face definitions. For instance, the mode my-mode could define a face
+`my-mode-default', and then in the mode setup function, do:
+
+ (set (make-local-variable 'face-remapping-alist)
+ '((default my-mode-default)))). */);
+ Vface_remapping_alist = Qnil;
+
DEFVAR_LISP ("face-font-rescale-alist", &Vface_font_rescale_alist,
doc: /* Alist of fonts vs the rescaling factors.
Each element is a cons (FONT-NAME-PATTERN . RESCALE-RATIO), where