public virtual Dimension minimumLayoutSize(Container parent)
{
Dimension dimension;
lock (((Component) parent).getTreeLock())
{
Insets local_1 = parent.getInsets();
Component[] local_2 = parent.getComponents();
int local_3 = 0;
int local_4 = 0;
for (int local_5 = 0; local_5 < local_2.Length; ++local_5)
{
if (local_2[local_5].isVisible() || !this.ignoreInvisible)
{
Dimension local_6 = local_2[local_5].getMinimumSize();
if (local_6.height > local_3)
local_3 = (int) local_6.height;
if (local_6.width > local_4)
local_4 = (int) local_6.width;
}
}
Dimension.__\u003Cclinit\u003E();
dimension = new Dimension(local_4 + local_1.left + local_1.right, local_3 + local_1.top + local_1.bottom);
}
return dimension;
}
public virtual void layoutContainer(Container parent)
{
lock (((Component) parent).getTreeLock())
{
Insets local_1 = parent.getInsets();
Rectangle local_2 = ((Component) parent).getBounds();
int local_3 = (int) (local_2.width - local_1.left - local_1.right);
int local_4 = (int) (local_2.height - local_1.top - local_1.bottom);
Component[] local_5 = parent.getComponents();
for (int local_6 = 0; local_6 < local_5.Length; ++local_6)
{
Component local_7 = local_5[local_6];
if (local_5[local_6].isVisible() || !this.ignoreInvisible)
local_7.setBounds((int) local_1.left, (int) local_1.top, local_3, local_4);
}
}
}
public virtual void layoutContainer(Container parent)
{
lock (((Component) parent).getTreeLock())
{
Insets local_1 = parent.getInsets();
int local_2 = (int) (local_1.left + local_1.right);
int local_4 = !this.isUseSizeFromParent() ? this.preferredLayoutSize(parent).width - local_2 : ((Component) parent).getBounds().width - local_2;
Component[] local_5 = parent.getComponents();
int local_6 = (int) local_1.top;
for (int local_7 = 0; local_7 < local_5.Length; ++local_7)
{
Component local_8 = local_5[local_7];
if (local_8.isVisible())
{
Dimension local_9 = local_8.getPreferredSize();
local_8.setBounds((int) local_1.left, local_6, local_4, (int) local_9.height);
local_6 += (int) local_9.height;
}
}
}
}
