|
private static RecalcMinMaxRecurse ( |
||
| node | ||
| return | void | |
private static void ReflowRecurse(SplitView node)
{
node.Reflow();
foreach (View child in node.children)
{
SplitView node1 = child as SplitView;
if ((bool)((Object)node1))
{
SplitView.RecalcMinMaxRecurse(node1);
}
}
}
private static void RecalcMinMaxRecurse(SplitView node)
{
foreach (View child in node.children)
{
SplitView node1 = child as SplitView;
if ((bool)((Object)node1))
{
SplitView.RecalcMinMaxRecurse(node1);
}
}
node.ChildrenMinMaxChanged();
}
private static void RecalcMinMaxAndReflowAll(SplitView start)
{
SplitView splitView = start;
SplitView node;
do
{
node = splitView;
splitView = node.parent as SplitView;
}while ((bool)((Object)splitView));
SplitView.RecalcMinMaxRecurse(node);
SplitView.ReflowRecurse(node);
}
private static void RecalcMinMaxAndReflowAll(SplitView start)
{
SplitView splitView = start;
SplitView splitView2;
do
{
splitView2 = splitView;
splitView = (splitView2.parent as SplitView);
}while (splitView);
SplitView.RecalcMinMaxRecurse(splitView2);
SplitView.ReflowRecurse(splitView2);
}
private static void ReflowRecurse(SplitView node)
{
node.Reflow();
View[] children = node.children;
for (int i = 0; i < children.Length; i++)
{
View view = children[i];
SplitView splitView = view as SplitView;
if (splitView)
{
SplitView.RecalcMinMaxRecurse(splitView);
}
}
}