internal static AggregateRowInfo CreateAndSaveAggregateInfo(OnDemandProcessingContext odpContext)
{
AggregateRowInfo aggregateRowInfo = new AggregateRowInfo();
aggregateRowInfo.SaveAggregateInfo(odpContext);
return(aggregateRowInfo);
}
protected override void SendToInner()
{
bool peerOuterGroupProcessing = m_odpContext.PeerOuterGroupProcessing;
m_dataRegionDef.RuntimeDataRegionObj = m_selfReference;
int num = (m_outerGroupings != null) ? m_outerGroupings.Length : 0;
AggregateRowInfo aggregateRowInfo = AggregateRowInfo.CreateAndSaveAggregateInfo(m_odpContext);
if (m_dataRegionDef.IsMatrixIDC)
{
if (m_innerGroupings != null)
{
ProcessInnerHierarchy(aggregateRowInfo);
}
for (int i = 0; i < num; i++)
{
ProcessOuterHierarchy(aggregateRowInfo, i);
}
return;
}
if (num == 0)
{
if (m_innerGroupings != null)
{
ProcessInnerHierarchy(aggregateRowInfo);
}
}
else
{
if (m_innerGroupsWithCellsForOuterPeerGroupProcessing == null || !peerOuterGroupProcessing)
{
m_innerGroupsWithCellsForOuterPeerGroupProcessing = new List <IReference <RuntimeDataTablixGroupLeafObj> >();
}
for (int j = 0; j < num; j++)
{
ProcessOuterHierarchy(aggregateRowInfo, j);
if (m_innerGroupings == null)
{
continue;
}
if (j == 0)
{
ProcessInnerHierarchy(aggregateRowInfo);
continue;
}
foreach (IReference <RuntimeDataTablixGroupLeafObj> item in m_innerGroupsWithCellsForOuterPeerGroupProcessing)
{
using (item.PinValue())
{
item.Value().PeerOuterGroupProcessCells();
}
aggregateRowInfo.RestoreAggregateInfo(m_odpContext);
}
}
}
m_odpContext.PeerOuterGroupProcessing = peerOuterGroupProcessing;
}
private void ProcessInnerHierarchy(AggregateRowInfo aggregateRowInfo)
{
for (int i = 0; i < m_innerGroupings.Length; i++)
{
IReference <RuntimeMemberObj> reference = m_innerGroupings[i];
using (reference.PinValue())
{
reference.Value().NextRow(isOuterGrouping: false, m_odpContext);
}
aggregateRowInfo.RestoreAggregateInfo(m_odpContext);
}
}
private void ProcessOuterHierarchy(AggregateRowInfo aggregateRowInfo, int outerGroupingIndex)
{
m_odpContext.PeerOuterGroupProcessing = (outerGroupingIndex != 0);
m_dataRegionDef.ResetOuterGroupingIndexesForOuterPeerGroup(0);
m_dataRegionDef.ResetOuterGroupingAggregateRowInfo();
m_dataRegionDef.SetDataTablixAggregateRowInfo(aggregateRowInfo);
IReference <RuntimeMemberObj> reference = m_outerGroupings[outerGroupingIndex];
using (reference.PinValue())
{
reference.Value().NextRow(isOuterGrouping: true, m_odpContext);
}
aggregateRowInfo.RestoreAggregateInfo(m_odpContext);
}
internal void FirstPassNextDataRow(OnDemandProcessingContext odpContext)
{
AggregateRowInfo aggregateRowInfo = AggregateRowInfo.CreateAndSaveAggregateInfo(odpContext);
for (int i = 0; i < m_dataRegionObjs.Count; i++)
{
RuntimeDataRegionObjReference runtimeDataRegionObjReference = m_dataRegionObjs[i];
if (runtimeDataRegionObjReference != null)
{
using (runtimeDataRegionObjReference.PinValue())
{
runtimeDataRegionObjReference.Value().NextRow();
}
aggregateRowInfo.RestoreAggregateInfo(odpContext);
}
}
}
internal void CombineAggregateInfo(OnDemandProcessingContext odpContext, AggregateRowInfo updated)
{
FieldsImpl fieldsImpl = odpContext.ReportObjectModel.FieldsImpl;
if (updated == null)
{
fieldsImpl.ValidAggregateRow = false;
return;
}
if (!updated.m_validAggregateRow)
{
fieldsImpl.ValidAggregateRow = false;
}
for (int i = 0; i < fieldsImpl.Count; i++)
{
if (updated.m_aggregationFieldChecked[i])
{
fieldsImpl.ConsumeAggregationField(i);
}
}
}
internal override void SaveAggregateInfo(OnDemandProcessingContext odpContext)
{
m_aggregateInfo = new AggregateRowInfo();
m_aggregateInfo.SaveAggregateInfo(odpContext);
}