void XSetStandardColormap(
Display *dpy,
Window w,
XStandardColormap *cmap,
Atom property) /* XA_RGB_BEST_MAP, etc. */
{
Screen *sp;
XStandardColormap stdcmap;
sp = _XScreenOfWindow (dpy, w);
if (!sp) {
/* already caught the XGetGeometry error in _XScreenOfWindow */
return;
}
stdcmap.colormap = cmap->colormap;
stdcmap.red_max = cmap->red_max;
stdcmap.red_mult = cmap->red_mult;
stdcmap.green_max = cmap->green_max;
stdcmap.green_mult = cmap->green_mult;
stdcmap.blue_max = cmap->blue_max;
stdcmap.blue_mult = cmap->blue_mult;
stdcmap.base_pixel = cmap->base_pixel;
stdcmap.visualid = sp->root_visual->visualid;
stdcmap.killid = None; /* don't know how to kill this one */
#ifdef XCMS
XSetRGBColormaps (dpy, w, &stdcmap, 1, property);
#endif
return;
}
Status XGetStandardColormap (
Display *dpy,
Window w,
XStandardColormap *cmap,
Atom property) /* XA_RGB_BEST_MAP, etc. */
{
Status stat; /* return value */
XStandardColormap *stdcmaps; /* will get malloced value */
int nstdcmaps; /* count of above */
stat = XGetRGBColormaps (dpy, w, &stdcmaps, &nstdcmaps, property);
if (stat) {
XStandardColormap *use;
if (nstdcmaps > 1) {
VisualID vid;
Screen *sp = _XScreenOfWindow (dpy, w);
int i;
if (!sp) {
if (stdcmaps) Xfree (stdcmaps);
return False;
}
vid = sp->root_visual->visualid;
for (i = 0; i < nstdcmaps; i++) {
if (stdcmaps[i].visualid == vid) break;
}
if (i == nstdcmaps) { /* not found */
Xfree (stdcmaps);
return False;
}
use = &stdcmaps[i];
} else {
use = stdcmaps;
}
/*
* assign only those fields which were in the pre-ICCCM version
*/
cmap->colormap = use->colormap;
cmap->red_max = use->red_max;
cmap->red_mult = use->red_mult;
cmap->green_max = use->green_max;
cmap->green_mult = use->green_mult;
cmap->blue_max = use->blue_max;
cmap->blue_mult = use->blue_mult;
cmap->base_pixel = use->base_pixel;
Xfree (stdcmaps); /* don't need alloced memory */
}
return stat;
}
