XElement CreateFloatingContentElement(FloatingWindow floatingWindow)
{
return(new XElement("FloatingContent",
new XAttribute("Left", floatingWindow.NormalRect.Left),
new XAttribute("Top", floatingWindow.NormalRect.Top),
new XAttribute("Width", floatingWindow.NormalRect.Width),
new XAttribute("Height", floatingWindow.NormalRect.Height),
new XAttribute("IsMaximized", (floatingWindow.WindowState == WindowState.Maximized)),
CreateTabNodeElement(floatingWindow.SplitTabsControl.rootTabNode)));
}
FloatingWindow CreateFloatingHost(bool activateRoot)
{
// Only the "master" control creates floating hosts, and manages the list
if (this.masterControl != null)
{
return(this.masterControl.CreateFloatingHost(activateRoot));
}
var window = new FloatingWindow(new SplitTabsControl {
masterControl = this
});
window.Loaded += (s, e) =>
{
// Some things must be delayed until the window is shown. Note that we "steal"
// command bindings from our parent window (which is the app's main window) so
// key bindings continue to work.
window.Owner = this.FindParent <Window>();
window.CommandBindings.AddRange(window.Owner.CommandBindings);
// The activateRoot flag is set to false if we're creating this floating window as
// part of window state loading, in which case the correct tab will be made active
// as specified in the stored state.
if (activateRoot)
{
window.SplitTabsControl.ActivateTabNode(window.SplitTabsControl.rootTabNode);
}
};
window.Closed += (s, e) =>
{
this.floatingWindows.Remove(window);
};
window.Activated += (s, e) =>
{
window.ActivationIndex = ++nextActivationIndex;
};
if (this.floatingWindows == null)
{
this.floatingWindows = new List <FloatingWindow>();
}
this.floatingWindows.Add(window);
return(window);
}
FloatingWindow CreateFloatingHost(bool activateRoot)
{
// Only the "master" control creates floating hosts, and manages the list
if (this.masterControl != null)
{
return this.masterControl.CreateFloatingHost(activateRoot);
}
var window = new FloatingWindow(new SplitTabsControl { masterControl = this });
window.Loaded += (s, e) =>
{
// Some things must be delayed until the window is shown. Note that we "steal"
// command bindings from our parent window (which is the app's main window) so
// key bindings continue to work.
window.Owner = this.FindParent<Window>();
window.CommandBindings.AddRange(window.Owner.CommandBindings);
// The activateRoot flag is set to false if we're creating this floating window as
// part of window state loading, in which case the correct tab will be made active
// as specified in the stored state.
if (activateRoot)
{
window.SplitTabsControl.ActivateTabNode(window.SplitTabsControl.rootTabNode);
}
};
window.Closed += (s, e) =>
{
this.floatingWindows.Remove(window);
};
window.Activated += (s, e) =>
{
window.ActivationIndex = ++nextActivationIndex;
};
if (this.floatingWindows == null)
{
this.floatingWindows = new List<FloatingWindow>();
}
this.floatingWindows.Add(window);
return window;
}
XElement CreateFloatingContentElement(FloatingWindow floatingWindow)
{
return new XElement("FloatingContent",
new XAttribute("Left", floatingWindow.NormalRect.Left),
new XAttribute("Top", floatingWindow.NormalRect.Top),
new XAttribute("Width", floatingWindow.NormalRect.Width),
new XAttribute("Height", floatingWindow.NormalRect.Height),
new XAttribute("IsMaximized", (floatingWindow.WindowState == WindowState.Maximized)),
CreateTabNodeElement(floatingWindow.SplitTabsControl.rootTabNode));
}