// Windows values are in BGR format and without alpha
// so we force it to opaque (or everything will be transparent) and reverse B and R
static uint GetSysColor(GetSysColorIndex index)
{
uint bgr = GDIPlus.Win32GetSysColor(index);
return(0xFF000000 | (bgr & 0xFF) << 16 | (bgr & 0xFF00) | (bgr >> 16));
}
// Windows values are in BGR format and without alpha
// so we force it to opaque (or everything will be transparent) and reverse B and R
static uint GetSysColor (GetSysColorIndex index)
{
uint bgr = GDIPlus.Win32GetSysColor (index);
return 0xFF000000 | (bgr & 0xFF) << 16 | (bgr & 0xFF00) | (bgr >> 16);
}
public static extern uint Win32GetSysColor (GetSysColorIndex index);
public static extern uint Win32GetSysColor(GetSysColorIndex index);
private void Compare (KnownColor kc, GetSysColorIndex index)
{
// we get BGR than needs to be converted into ARGB
Color sc = ColorTranslator.FromWin32 ((int)GDIPlus.Win32GetSysColor (index));
Assert.AreEqual (Color.FromKnownColor (kc).ToArgb (), sc.ToArgb (), kc.ToString ());
}
// Windows values are in BGR format and without alpha
// so we force it to opaque (or everything will be transparent) and reverse B and R
static uint GetSysColor(GetSysColorIndex index)
{
uint bgr = SafeNativeMethods.Gdip.Win32GetSysColor(index);
return(0xFF000000 | (bgr & 0xFF) << 16 | (bgr & 0xFF00) | (bgr >> 16));
}
