protected virtual float[] MeasureCells(
GridViewRowInfo row,
List <GridViewDataColumn> columns,
float[] widths)
{
IVirtualizedElementProvider <GridViewColumn> elementProvider1 = this.tableElement.ColumnScroller.ElementProvider;
IVirtualizedElementProvider <GridViewRowInfo> elementProvider2 = this.tableElement.RowScroller.ElementProvider;
if (this.CanBestFitRow(row))
{
GridRowElement element1 = elementProvider2.GetElement(row, (object)null) as GridRowElement;
element1.InitializeRowView(this.TableElement);
this.TableElement.Children.Add((RadElement)element1);
element1.Initialize(row);
for (int index = 0; index < columns.Count; ++index)
{
if (columns[index].IsVisible && columns[index].AutoSizeMode != BestFitColumnMode.None)
{
GridCellElement element2 = elementProvider1.GetElement((GridViewColumn)columns[index], (object)element1) as GridCellElement;
element1.Children.Add((RadElement)element2);
element2.Initialize((GridViewColumn)columns[index], element1);
element2.SetContent();
element2.UpdateInfo();
(element2 as GridHeaderCellElement)?.UpdateArrowState();
element2.ResetLayout(true);
widths[index] = Math.Max(widths[index], this.GetCellDesiredWidth(element2));
element1.Children.Remove((RadElement)element2);
this.Detach(elementProvider1, element2);
}
}
this.TableElement.Children.Remove((RadElement)element1);
this.Detach(elementProvider2, element1);
}
return(widths);
}
protected virtual float CalculateColumnWidth(
ListViewDetailColumn column,
ListViewBestFitColumnMode mode)
{
IVirtualizedElementProvider <ListViewDataItem> elementProvider = this.DetailListView.Scroller.ElementProvider;
float val1 = 0.0f;
if (mode == ListViewBestFitColumnMode.HeaderCells || mode == ListViewBestFitColumnMode.AllCells)
{
DetailListViewHeaderCellElement element = this.DetailListView.ColumnScroller.ElementProvider.GetElement(column, (object)null) as DetailListViewHeaderCellElement;
this.DetailListView.ColumnContainer.Children.Add((RadElement)element);
element.Attach(column, (object)null);
element.ResetLayout(true);
val1 = Math.Max(val1, this.GetCellDesiredWidth((DetailListViewCellElement)element));
this.DetailListView.ColumnContainer.Children.Remove((RadElement)element);
this.Detach(this.DetailListView.ColumnScroller.ElementProvider, (DetailListViewCellElement)element);
if (mode == ListViewBestFitColumnMode.HeaderCells)
{
return(val1);
}
}
IEnumerator <ListViewDataItem> enumerator = (IEnumerator <ListViewDataItem>)null;
if (mode == ListViewBestFitColumnMode.DataCells || mode == ListViewBestFitColumnMode.AllCells)
{
enumerator = (IEnumerator <ListViewDataItem>) new ListViewTraverser(this.DetailListView.Owner);
}
enumerator.Reset();
while (enumerator.MoveNext())
{
ListViewDataItem current = enumerator.Current;
if (this.CanBestFitItem(current))
{
DetailListViewVisualItem element1 = elementProvider.GetElement(current, (object)null) as DetailListViewVisualItem;
element1.Attach(current, (object)null);
this.DetailListView.ColumnContainer.Children.Add((RadElement)element1);
IVirtualizedElementProvider <ListViewDetailColumn> cellElementProvider = (IVirtualizedElementProvider <ListViewDetailColumn>) new DetailListViewDataCellElementProvider(element1);
DetailListViewCellElement element2 = cellElementProvider.GetElement(column, (object)element1) as DetailListViewCellElement;
element1.Children.Add((RadElement)element2);
element2.Attach(column, (object)element1);
element2.ResetLayout(true);
val1 = Math.Max(val1, this.GetCellDesiredWidth(element2));
element1.Children.Remove((RadElement)element2);
this.DetailListView.ColumnContainer.Children.Remove((RadElement)element1);
this.Detach(cellElementProvider, element2);
this.Detach(elementProvider, element1);
}
}
return(val1);
}
protected internal virtual int GetDataRowHeight(
GridViewRowInfo row,
TableViewRowLayoutBase rowLayout)
{
if (!this.GridView.AutoSizeRows)
{
return(rowLayout.GetRowHeight(row));
}
IVirtualizedElementProvider <GridViewColumn> elementProvider1 = this.GridView.TableElement.ColumnScroller.ElementProvider;
IVirtualizedElementProvider <GridViewRowInfo> elementProvider2 = this.GridView.TableElement.RowScroller.ElementProvider;
float val1 = 0.0f;
GridRowElement element1 = elementProvider2.GetElement(row, (object)null) as GridRowElement;
element1.InitializeRowView(this.GridView.TableElement);
element1.Initialize(row);
this.GridView.TableElement.Children.Add((RadElement)element1);
if (row is GridViewGroupRowInfo)
{
GridGroupHeaderRowElement headerRowElement = element1 as GridGroupHeaderRowElement;
headerRowElement.Measure(new SizeF(rowLayout.DesiredSize.Width, float.PositiveInfinity));
val1 = Math.Max(val1, headerRowElement.DesiredSize.Height);
}
else
{
foreach (GridViewColumn column in (Collection <GridViewDataColumn>)row.ViewTemplate.Columns)
{
if (!(column is GridViewRowHeaderColumn) && !(column is GridViewIndentColumn) && column.IsVisible)
{
GridCellElement element2 = elementProvider1.GetElement(column, (object)element1) as GridCellElement;
element1.Children.Add((RadElement)element2);
element2.Initialize(column, element1);
element2.SetContent();
element2.UpdateInfo();
(element2 as GridHeaderCellElement)?.UpdateArrowState();
element2.ResetLayout(true);
val1 = Math.Max(val1, this.GetCellDesiredSize(element2).Height);
element1.Children.Remove((RadElement)element2);
this.Detach(elementProvider1, element2);
}
}
}
this.GridView.TableElement.Children.Remove((RadElement)element1);
this.Detach(elementProvider2, element1);
return((int)val1);
}
private void BestFitGroupColumn(
GridViewGroupColumn column,
bool bestFitChildColumns,
BestFitColumnMode?mode)
{
GridTableHeaderRowElement headerRowElement = this.GetHeaderRowElement();
IVirtualizedElementProvider <GridViewColumn> elementProvider = this.tableElement.ColumnScroller.ElementProvider;
ColumnGroupRowLayout rowLayout = this.tableElement.ViewElement.RowLayout as ColumnGroupRowLayout;
if (rowLayout == null || headerRowElement == null)
{
return;
}
GridColumnGroupCellElement element = elementProvider.GetElement((GridViewColumn)column, (object)headerRowElement) as GridColumnGroupCellElement;
if (element == null || !element.CanBestFit(column.AutoSizeMode))
{
return;
}
float num = this.MeasureCell((GridRowElement)headerRowElement, (GridViewColumn)column, element);
this.Detach(elementProvider, (GridCellElement)element);
ColumnGroupsCellArrangeInfo columnData = rowLayout.GetColumnData((GridViewColumn)column);
if ((double)columnData.Bounds.Width < (double)num)
{
rowLayout.StartColumnResize((GridViewColumn)column);
rowLayout.ResizeColumn((int)((double)num - (double)columnData.Bounds.Width));
rowLayout.InvalidateLayout();
this.TableElement.ViewElement.InvalidateMeasure(true);
this.TableElement.ViewElement.UpdateLayout();
rowLayout.EndColumnResize();
}
if (!bestFitChildColumns)
{
return;
}
foreach (GridViewColumn dataColumn in this.GetDataColumns(column.Group))
{
this.BestFitColumnCore(dataColumn, mode.HasValue ? mode.Value : column.AutoSizeMode);
}
}
protected virtual float MeasureCell(
GridViewRowInfo row,
GridViewColumn column,
BestFitColumnMode mode)
{
float val1 = 0.0f;
IVirtualizedElementProvider <GridViewColumn> elementProvider1 = this.tableElement.ColumnScroller.ElementProvider;
IVirtualizedElementProvider <GridViewRowInfo> elementProvider2 = this.tableElement.RowScroller.ElementProvider;
if (this.CanBestFitRow(row))
{
GridRowElement element1 = elementProvider2.GetElement(row, (object)null) as GridRowElement;
element1.InitializeRowView(this.TableElement);
this.TableElement.Children.Add((RadElement)element1);
element1.Initialize(row);
GridCellElement element2 = elementProvider1.GetElement(column, (object)element1) as GridCellElement;
if (!element2.CanBestFit(mode))
{
this.Detach(elementProvider1, element2);
this.Detach(elementProvider2, element1);
return(val1);
}
element1.Children.Add((RadElement)element2);
element2.Initialize(column, element1);
element2.SetContent();
element2.UpdateInfo();
(element2 as GridHeaderCellElement)?.UpdateArrowState();
element2.ResetLayout(true);
val1 = Math.Max(val1, this.GetCellDesiredWidth(element2));
element1.Children.Remove((RadElement)element2);
this.TableElement.Children.Remove((RadElement)element1);
this.Detach(elementProvider1, element2);
this.Detach(elementProvider2, element1);
}
return(val1);
}
