protected Size MeasureChildOverride(View view, Size slotSize)
{
var ret = view
.SizeThatFits(slotSize.LogicalToPhysicalPixels())
.PhysicalToLogicalPixels()
.ToFoundationSize();
// With iOS, a child may return a size that fits that is larger than the suggested size.
// We don't want that with respects to the Xaml model, so we cap the size to the input constraints.
if (nfloat.IsNaN((nfloat)ret.Width) || nfloat.IsNaN((nfloat)ret.Height))
{
ret.ToString();
}
if (!(view is FrameworkElement) && view is IFrameworkElement ife)
{
if (!(view is Image)) // Except for Image
{
// If the child is not a FrameworkElement, part of the "Measure"
// phase must be done by the parent element's layouter.
// Here, it means adding the margin to the measured size.
ret = ret.Add(ife.Margin);
}
}
var w = nfloat.IsNaN((nfloat)ret.Width) ? double.PositiveInfinity : Math.Min(slotSize.Width, ret.Width);
var h = nfloat.IsNaN((nfloat)ret.Height) ? double.PositiveInfinity : Math.Min(slotSize.Height, ret.Height);
return(new Size(w, h));
}
protected Size MeasureChildOverride(View view, Size slotSize)
{
var ret = view
.SizeThatFits(slotSize.LogicalToPhysicalPixels())
.PhysicalToLogicalPixels()
.ToFoundationSize();
// With iOS, a child may return a size that fits that is larger than the suggested size.
// We don't want that with respects to the Xaml model, so we cap the size to the input constraints.
if (nfloat.IsNaN((nfloat)ret.Width) || nfloat.IsNaN((nfloat)ret.Height))
{
ret.ToString();
}
ret.Width = nfloat.IsNaN((nfloat)ret.Width) ? double.PositiveInfinity : Math.Min(slotSize.Width, ret.Width);
ret.Height = nfloat.IsNaN((nfloat)ret.Height) ? double.PositiveInfinity : Math.Min(slotSize.Height, ret.Height);
return(ret);
}
