void IRCTextCtrl::postAddMessage()
{
// eventsCtrl->ShowPosition in alcune circostanze non funziona
ScrollIntoView(GetLastPosition(), WXK_DOWN);
limitLines();
}
void CHexEdit::Move(int x, int y)
{
switch(m_currentMode)
{
case EDIT_NONE:
return;
case EDIT_HIGH:
if(x != 0)
m_currentMode = EDIT_LOW;
if(x == -1)
m_currentAddress --;
m_currentAddress += y* m_bpr;
break;
case EDIT_LOW:
if(x != 0)
m_currentMode = EDIT_HIGH;
if(x == 1)
m_currentAddress++;
m_currentAddress += y* m_bpr;
break;
case EDIT_ASCII:
{
m_currentAddress += x;
m_currentAddress += y*m_bpr;
}
break;
}
if(m_currentAddress < 0)
m_currentAddress = 0;
if(m_currentAddress >= m_length)
{
m_currentAddress -= x;
m_currentAddress -= y*m_bpr;
}
m_bNoAddressChange = TRUE;
if(m_currentAddress < m_topindex)
OnVScroll(SB_LINEUP, 0, NULL);
if(m_currentAddress >= m_topindex + m_lpp*m_bpr)
OnVScroll(SB_LINEDOWN, 0, NULL);
m_bNoAddressChange = FALSE;
ScrollIntoView(m_currentAddress);
RepositionCaret(m_currentAddress);
}
void STableViewBase::Tick( const FGeometry& AllottedGeometry, const double InCurrentTime, const float InDeltaTime )
{
CachedGeometry = AllottedGeometry;
if (ItemsPanel.IsValid())
{
FGeometry PanelGeometry = FindChildGeometry( AllottedGeometry, ItemsPanel.ToSharedRef() );
if ( bItemsNeedRefresh || PanelGeometryLastTick.Size != PanelGeometry.Size)
{
PanelGeometryLastTick = PanelGeometry;
// We never create the ItemsPanel if the user did not specify all the parameters required to successfully make a list.
const EScrollIntoViewResult ScrollIntoViewResult = ScrollIntoView( PanelGeometry );
const FReGenerateResults ReGenerateResults = ReGenerateItems( PanelGeometry );
LastGenerateResults = ReGenerateResults;
const int32 NumItemsBeingObserved = GetNumItemsBeingObserved();
const int32 NumItemsWide = GetNumItemsWide();
const int32 NumItemRows = NumItemsBeingObserved / NumItemsWide;
const bool bEnoughRoomForAllItems = ReGenerateResults.ExactNumRowsOnScreen >= NumItemRows;
if (bEnoughRoomForAllItems)
{
// We can show all the items, so make sure there is no scrolling.
ScrollOffset = 0;
}
else if ( ReGenerateResults.bGeneratedPastLastItem )
{
ScrollOffset = ReGenerateResults.NewScrollOffset;
}
SetScrollOffset( FMath::Max(0.0, ScrollOffset) );
ItemsPanel->SmoothScrollOffset( FMath::Fractional(ScrollOffset / GetNumItemsWide()) );
if (AllowOverscroll == EAllowOverscroll::Yes)
{
const float OverscrollAmount = Overscroll.GetOverscroll();
ItemsPanel->SetOverscrollAmount( OverscrollAmount );
}
UpdateSelectionSet();
// Update scrollbar
if (NumItemsBeingObserved > 0)
{
if (ReGenerateResults.ExactNumRowsOnScreen < 1.0f)
{
// We are be observing a single row which is larger than the available visible area, so we should calculate thumb size based on that
const double VisibleSizeFraction = AllottedGeometry.GetLocalSize().Y / ReGenerateResults.HeightOfGeneratedItems;
const double ThumbSizeFraction = FMath::Min(VisibleSizeFraction, 1.0);
const double OffsetFraction = ScrollOffset / NumItemsBeingObserved;
ScrollBar->SetState( OffsetFraction, ThumbSizeFraction );
}
else
{
// The thumb size is whatever fraction of the items we are currently seeing (including partially seen items).
// e.g. if we are seeing 0.5 of the first generated widget and 0.75 of the last widget, that's 1.25 widgets.
const double ThumbSizeFraction = ReGenerateResults.ExactNumRowsOnScreen / NumItemRows;
const double OffsetFraction = ScrollOffset / NumItemsBeingObserved;
ScrollBar->SetState( OffsetFraction, ThumbSizeFraction );
}
}
else
{
const double ThumbSizeFraction = 1;
const double OffsetFraction = 0;
ScrollBar->SetState( OffsetFraction, ThumbSizeFraction );
}
bWasAtEndOfList = (ScrollBar->DistanceFromBottom() < KINDA_SMALL_NUMBER);
bItemsNeedRefresh = false;
ItemsPanel->SetRefreshPending(false);
if (ScrollIntoViewResult == EScrollIntoViewResult::Deferred)
{
// We call this rather than just leave bItemsNeedRefresh as true to ensure that EnsureTickToRefresh is registered
RequestListRefresh();
}
else
{
NotifyItemScrolledIntoView();
}
}
}
}
