private void UpdateTotalHeight()
{
nfloat totalHeight;
if (_stackViewHolidays.ArrangedSubviews.Length > 0)
{
int count = _stackViewHolidays.ArrangedSubviews.Length;
totalHeight = _timetableHeight + UIMainCalendarItemView.GetHeight() * count + count - 1; // plus count - 1 for the spacing between items
}
else
{
totalHeight = _timetableHeight;
}
if (totalHeight > 0)
{
totalHeight += 32; // Compensate for the padding we add outside
}
this.Frame = new CoreGraphics.CGRect(
x: this.Frame.X,
y: this.Frame.Y,
width: this.Frame.Width,
height: totalHeight);
if (this.Superview is UITableView)
{
// To make the table view actually refresh, we have to set this
(this.Superview as UITableView).TableFooterView = this;
}
}
private UIView CreateAllDayItemView(object obj)
{
// Last item is a blank view that'll act as the "fill remaining space" so the previous item doesn't stretch its height
if (obj is string)
{
return(new UIView());
}
var view = new UIMainCalendarItemView()
{
DataContext = obj
};
return(view);
}
private void AddSingleFullItemView(UIStackView stackView, BaseViewItemHomeworkExam item)
{
var view = new UIMainCalendarItemView()
{
TranslatesAutoresizingMaskIntoConstraints = false,
DataContext = item,
// After opened, we hide this popup, otherwise when the user presses back, it'll close the popup rather than the homework
// Ideally we would implement the back handling as part of the view model like we did for UWP, but for simplicity we're going
// to leave it like this for now
AfterOpenedHomeworkAction = delegate { HideFull(); }
};
stackView.AddArrangedSubview(view);
view.StretchWidth(stackView);
}