protected override SizeF MeasureOverride(SizeF constraint)
{
if (!this.CollapsingEnabled || this.IsDesignMode || constraint == SizeF.Empty)
{
return(base.MeasureOverride(constraint));
}
ExpandableStackLayout.InvalidateAll((RadElement)this);
SizeF allElementsSize = this.GetAllElementsSize(constraint);
int count = this.Children.Count;
if ((double)allElementsSize.Width >= (double)constraint.Width)
{
do
{
int possibleCollapseStep;
CollapsibleElement elementToCollapse;
do
{
possibleCollapseStep = -1;
elementToCollapse = this.GetElementToCollapse(out possibleCollapseStep);
if (elementToCollapse != null)
{
elementToCollapse.InvalidateMeasure();
elementToCollapse.Measure(constraint);
SizeF desiredSize = elementToCollapse.DesiredSize;
elementToCollapse.SizeBeforeCollapsing = desiredSize;
}
else
{
goto label_11;
}
}while (!elementToCollapse.CollapseElementToStep(possibleCollapseStep));
ExpandableStackLayout.InvalidateAll((RadElement)elementToCollapse);
elementToCollapse.Measure(constraint);
SizeF desiredSize1 = elementToCollapse.DesiredSize;
elementToCollapse.SizeAfterCollapsing = desiredSize1;
++this.collapsedElementCount;
}while ((double)this.GetAllElementsSize(constraint).Width > (double)constraint.Width);
}
else
{
for (int index = 0; index < count; ++index)
{
int possibleExpandStep = -1;
CollapsibleElement elementToExpand = this.GetElementToExpand(allElementsSize.Width, constraint.Width, out possibleExpandStep);
if (elementToExpand != null && ((double)allElementsSize.Width - (double)elementToExpand.DesiredSize.Width + (double)elementToExpand.SizeBeforeCollapsing.Width <= (double)constraint.Width && elementToExpand.ExpandElementToStep(possibleExpandStep)))
{
--this.collapsedElementCount;
}
}
}
label_11:
ExpandableStackLayout.InvalidateAll((RadElement)this);
return(this.GetAllElementsSize(constraint));
}
protected override SizeF MeasureOverride(SizeF constraint)
{
if (!this.CollapsingEnabled || this.IsDesignMode)
{
return(base.MeasureOverride(constraint));
}
InvalidateAll(this);
SizeF allElementsSize = this.GetAllElementsSize(constraint);
int count = this.Children.Count;
if (allElementsSize.Width >= constraint.Width)
{
while (true)
{
int possibleCollapseStep = -1;
CollapsibleElement collapsibleElement = this.GetElementToCollapse(out possibleCollapseStep);
if (collapsibleElement == null)
{
break;
}
collapsibleElement.InvalidateMeasure();
collapsibleElement.Measure(constraint);
SizeF sizeBeforeCollapsing = collapsibleElement.DesiredSize;
collapsibleElement.SizeBeforeCollapsing = sizeBeforeCollapsing;
if (collapsibleElement.CollapseElementToStep(possibleCollapseStep))
{
InvalidateAll(collapsibleElement);
collapsibleElement.Measure(constraint);
SizeF sizeAfterCollapsing = collapsibleElement.DesiredSize;
collapsibleElement.SizeAfterCollapsing = sizeAfterCollapsing;
this.collapsedElementCount++;
allElementsSize = this.GetAllElementsSize(constraint);
if (allElementsSize.Width <= constraint.Width)
{
break;
}
}
}
}
else
{
for (int i = 0; i < count; ++i)
{
int possibleExpandStep = -1;
CollapsibleElement expandableElement = this.GetElementToExpand(allElementsSize.Width, constraint.Width, out possibleExpandStep);
if (expandableElement != null)
{
if (allElementsSize.Width - expandableElement.DesiredSize.Width + expandableElement.SizeBeforeCollapsing.Width <= constraint.Width)
{
if (expandableElement.ExpandElementToStep(possibleExpandStep))
{
this.collapsedElementCount--;
}
}
}
}
}
InvalidateAll(this);
//allElementsSize = this.GetAllElementsSize(constraint);
return(allElementsSize);
}