protected void AdjustNewWindowPosition(Form wndNew, Form wndCopyFrom)
{
Debug.Assert(wndNew is IFwMainWnd,
"Form passed as parameter to AdjustNewWindowPosition has to implement IFwMainWnd");
Debug.Assert(wndCopyFrom is IFwMainWnd,
"Form passed as parameter to AdjustNewWindowPosition has to implement IFwMainWnd");
// Get position and size
Rectangle rcNewWnd = wndCopyFrom.DesktopBounds;
// However, desktopBounds are not useful when window is maximized; in that case
// get the info from Persistence instead... NormalStateDesktopBounds
if (wndCopyFrom.WindowState == FormWindowState.Maximized)
{
// Here we subtract twice the caption height, which with the offset below insets it all around.
rcNewWnd.Width -= SystemInformation.CaptionHeight * 2;
rcNewWnd.Height -= SystemInformation.CaptionHeight * 2;
// JohnT: this old approach fails if the old window's position has never been
// persisted. NormalStateDesktopBounds crashes, not finding anything in the
// property table.
// rcNewWnd = ((IFwMainWnd)wndCopyFrom).NormalStateDesktopBounds;
}
//Offset right and down
rcNewWnd.X += SystemInformation.CaptionHeight;
rcNewWnd.Y += SystemInformation.CaptionHeight;
// We we will check if we went too far right or down, as Word 2002 checks.
// If rcNewWnd is beyond bottom or right of screen...
// Get the working area of the screen on which the new window will be placed.
//Rectangle rcScrn = Screen.FromRectangle(rcNewWnd).WorkingArea;
// If our adjusted rcNewWnd is partly off the screen, move it so it is fully
// on the screen its mostly on. Note: this will only be necessary when the window
// being copied from is partly off the screen in a single monitor system or
// spanning multiple monitors in a multiple monitor system.
ScreenUtils.EnsureVisibleRect(ref rcNewWnd);
// Set the properties of the new window
wndNew.DesktopBounds = rcNewWnd;
wndNew.StartPosition = FormStartPosition.Manual;
wndNew.WindowState = wndCopyFrom.WindowState;
}
