_red(red),
_green(green),
_blue(blue),
- _allocated(false)
+ _allocated(false),
+ _created(false)
{
}
_red(rgb.r),
_green(rgb.g),
_blue(rgb.b),
- _allocated(false)
+ _allocated(false),
+ _created(false)
{
}
fprintf(stderr, "RenderColor: color alloc error: rgb:%x/%x/%x\n",
_red, _green, _blue);
xcol.pixel = 0;
- }
+ } else
+ _allocated = true;
_pixel = xcol.pixel;
gcv.foreground = _pixel;
++item->count;
}
- _allocated = true;
+ _created = true;
}
unsigned long RenderColor::pixel() const
{
- if (!_allocated) create();
+ if (!_created) create();
return _pixel;
}
GC RenderColor::gc() const
{
- if (!_allocated) create();
+ if (!_created) create();
return _gc;
}
{
unsigned long color = _blue | _green << 8 | _red << 16;
- if (_allocated) {
+ if (_created) {
CacheItem *item = _cache[_screen][color];
assert(item); // better be...
_cache[_screen][color] = 0;
delete item;
- const ScreenInfo *info = display->screenInfo(_screen);
- XFreeColors(**display, info->colormap(), &_pixel, 1, 0);
+ if (_allocated) {
+ const ScreenInfo *info = display->screenInfo(_screen);
+ XFreeColors(**display, info->colormap(), &_pixel, 1, 0);
+ }
}
}
}