private void UpdateMatrixMemberInfoCache(int currentAllocationSize, MatrixMemberInfoCache newMatrixMemberCellIndexes)
{
if (!m_isColumn)
{
return;
}
MatrixMemberInfoCache matrixMemberInfoCache = (m_parent == null) ? null : ((ShimMatrixMember)m_parent).CurrentMatrixMemberCellIndexes;
if (matrixMemberInfoCache == null)
{
if (newMatrixMemberCellIndexes != null)
{
m_currentMatrixMemberCellIndexes = newMatrixMemberCellIndexes;
}
return;
}
int adjustedRenderCollectionIndex = ((ShimMatrixMember)m_parent).AdjustedRenderCollectionIndex;
MatrixMemberInfoCache matrixMemberInfoCache2 = matrixMemberInfoCache.Children[adjustedRenderCollectionIndex];
if (matrixMemberInfoCache2 == null)
{
matrixMemberInfoCache2 = ((m_children == null) ? new MatrixMemberInfoCache(matrixMemberInfoCache.GetCellIndex((ShimMatrixMember)m_parent), -1) : new MatrixMemberInfoCache(-1, currentAllocationSize));
matrixMemberInfoCache.Children[adjustedRenderCollectionIndex] = matrixMemberInfoCache2;
}
m_currentMatrixMemberCellIndexes = matrixMemberInfoCache2;
}
internal ShimMatrixMember(IDefinitionPath parentDefinitionPath, Tablix owner, ShimMatrixMember parent, int parentCollectionIndex, bool isColumn, int renderCollectionIndex, ShimRenderGroups renderGroups, MatrixMemberInfoCache matrixMemberCellIndexes)
: base(parentDefinitionPath, owner, parent, parentCollectionIndex, isColumn)
{
m_renderCollectionIndex = renderCollectionIndex;
m_currentMatrixMemberCellIndexes = matrixMemberCellIndexes;
m_definitionStartIndex = owner.GetCurrentMemberCellDefinitionIndex();
m_group = new Group(owner, renderGroups, this);
GenerateInnerHierarchy(owner, parent, isColumn, ((MatrixMember)m_group.CurrentShimRenderGroup).Children);
m_definitionEndIndex = owner.GetCurrentMemberCellDefinitionIndex();
}
internal ShimMatrixMember(IDefinitionPath parentDefinitionPath, Tablix owner, ShimMatrixMember parent, int parentCollectionIndex, bool isColumn, int renderCollectionIndex, MatrixMember staticOrSubtotal, bool isAfterSubtotal, MatrixMemberInfoCache matrixMemberCellIndexes)
: base(parentDefinitionPath, owner, parent, parentCollectionIndex, isColumn)
{
m_renderCollectionIndex = renderCollectionIndex;
m_isAfterSubtotal = isAfterSubtotal;
m_currentMatrixMemberCellIndexes = matrixMemberCellIndexes;
m_definitionStartIndex = owner.GetCurrentMemberCellDefinitionIndex();
m_staticOrSubtotal = staticOrSubtotal;
GenerateInnerHierarchy(owner, parent, isColumn, staticOrSubtotal.Children);
m_definitionEndIndex = owner.GetCurrentMemberCellDefinitionIndex();
}
internal void UpdateContext(MatrixMemberInfoCache matrixMemberCellIndexes)
{
if (m_children != null)
{
if (m_isColumnGroup)
{
ResetContext(base.OwnerTablix.RenderMatrix.ColumnMemberCollection, matrixMemberCellIndexes);
}
else
{
ResetContext(base.OwnerTablix.RenderMatrix.RowMemberCollection);
}
}
}
private void GenerateInnerHierarchy(Tablix owner, ShimMatrixMember parent, bool isColumn, MatrixMemberCollection children)
{
if (children != null)
{
MatrixMemberInfoCache matrixMemberInfoCache = null;
if (m_isColumn)
{
matrixMemberInfoCache = ((children.MatrixHeadingDef.SubHeading == null) ? new MatrixMemberInfoCache((m_staticOrSubtotal != null) ? m_staticOrSubtotal.MemberCellIndex : AdjustedRenderCollectionIndex, -1) : new MatrixMemberInfoCache(-1, children.Count));
m_currentMatrixMemberCellIndexes.Children[AdjustedRenderCollectionIndex] = matrixMemberInfoCache;
}
m_children = new ShimMatrixMemberCollection(this, owner, isColumn, this, children, matrixMemberInfoCache);
}
else
{
owner.GetAndIncrementMemberCellDefinitionIndex();
}
}
internal void ResetContext(MatrixMemberCollection newRenderMemberCollection, MatrixMemberInfoCache matrixMemberCellIndexes)
{
if (m_children == null)
{
return;
}
MatrixMember staticOrSubtotal = null;
int newAfterSubtotalCollectionIndex = -1;
ShimRenderGroups renderGroups = null;
if (newRenderMemberCollection != null)
{
renderGroups = new ShimRenderGroups(newRenderMemberCollection, m_subtotalChildIndex == 0, 1 == m_subtotalChildIndex);
int count = newRenderMemberCollection.Count;
if (m_subtotalChildIndex == 0)
{
staticOrSubtotal = newRenderMemberCollection[0];
}
else if (1 == m_subtotalChildIndex)
{
staticOrSubtotal = newRenderMemberCollection[count - 1];
newAfterSubtotalCollectionIndex = count - 1;
}
}
if (m_dynamicSubgroupChildIndex >= 0)
{
((ShimMatrixMember)m_children[m_dynamicSubgroupChildIndex]).ResetContext(null, -1, renderGroups, matrixMemberCellIndexes);
if (m_subtotalChildIndex >= 0)
{
((ShimMatrixMember)m_children[m_subtotalChildIndex]).ResetContext(staticOrSubtotal, newAfterSubtotalCollectionIndex, null, matrixMemberCellIndexes);
}
}
else
{
for (int i = 0; i < m_children.Length; i++)
{
staticOrSubtotal = newRenderMemberCollection?[i];
((ShimMatrixMember)m_children[i]).ResetContext(staticOrSubtotal, -1, null, matrixMemberCellIndexes);
}
}
}
internal void ResetContext(bool clearCache)
{
if (clearCache)
{
OwnerTablix.ResetMemberCellDefinitionIndex(0);
}
if (m_members == null || !OwnerTablix.IsOldSnapshot)
{
return;
}
switch (OwnerTablix.SnapshotTablixType)
{
case DataRegion.Type.List:
if (!m_isColumn)
{
((ShimListMemberCollection)m_members).UpdateContext(OwnerTablix.RenderList.Contents);
}
break;
case DataRegion.Type.Table:
if (!m_isColumn)
{
((ShimTableMemberCollection)m_members).UpdateContext();
}
break;
case DataRegion.Type.Matrix:
{
MatrixMemberInfoCache matrixMemberCellIndexes = null;
if (clearCache && m_isColumn)
{
matrixMemberCellIndexes = CreateMatrixMemberCache();
}
((ShimMatrixMemberCollection)m_members).UpdateContext(matrixMemberCellIndexes);
break;
}
}
}
internal ShimMatrixMemberCollection(IDefinitionPath parentDefinitionPath, Tablix owner, bool isColumnGroup, ShimMatrixMember parent, MatrixMemberCollection renderMemberCollection, MatrixMemberInfoCache matrixMemberCellIndexes)
: base(parentDefinitionPath, owner, isColumnGroup)
{
m_definitionStartIndex = owner.GetCurrentMemberCellDefinitionIndex();
int count = renderMemberCollection.Count;
if (renderMemberCollection[0].IsStatic)
{
m_children = new ShimMatrixMember[count];
for (int i = 0; i < count; i++)
{
m_children[i] = new ShimMatrixMember(this, owner, parent, i, isColumnGroup, i, renderMemberCollection[i], isAfterSubtotal: false, matrixMemberCellIndexes);
}
}
else
{
m_dynamicSubgroupChildIndex = 0;
bool flag = renderMemberCollection.MatrixHeadingDef.Subtotal != null;
bool flag2 = flag && renderMemberCollection.MatrixHeadingDef.Subtotal.Position == Subtotal.PositionType.After;
m_children = new ShimMatrixMember[(!flag) ? 1 : 2];
if (flag)
{
m_subtotalChildIndex = 0;
if (flag2)
{
m_subtotalChildIndex++;
}
else
{
m_dynamicSubgroupChildIndex++;
}
}
if (flag)
{
Microsoft.ReportingServices.ReportRendering.ReportItem reportItem = renderMemberCollection[m_subtotalChildIndex].ReportItem;
if (reportItem != null)
{
if (isColumnGroup)
{
m_sizeDelta += reportItem.Width.ToMillimeters();
}
else
{
m_sizeDelta += reportItem.Height.ToMillimeters();
}
}
}
if (flag && !flag2)
{
m_children[m_subtotalChildIndex] = new ShimMatrixMember(this, owner, parent, m_subtotalChildIndex, isColumnGroup, 0, renderMemberCollection[0], flag2, matrixMemberCellIndexes);
}
ShimRenderGroups renderGroups = new ShimRenderGroups(renderMemberCollection, flag && !flag2, flag && flag2);
ShimMatrixMember shimMatrixMember = (ShimMatrixMember)(m_children[m_dynamicSubgroupChildIndex] = new ShimMatrixMember(this, owner, parent, m_dynamicSubgroupChildIndex, isColumnGroup, m_dynamicSubgroupChildIndex, renderGroups, matrixMemberCellIndexes));
if (flag && flag2)
{
m_children[m_subtotalChildIndex] = new ShimMatrixMember(this, owner, parent, m_subtotalChildIndex, isColumnGroup, count - 1, renderMemberCollection[count - 1], flag2, matrixMemberCellIndexes);
}
m_sizeDelta += shimMatrixMember.SizeDelta;
}
m_definitionEndIndex = owner.GetCurrentMemberCellDefinitionIndex();
}
internal void ResetContext(MatrixMember staticOrSubtotal, int newAfterSubtotalCollectionIndex, ShimRenderGroups renderGroups, MatrixMemberInfoCache newMatrixMemberCellIndexes)
{
int currentAllocationSize = 1;
if (m_group != null)
{
m_group.CurrentRenderGroupIndex = -1;
if (renderGroups != null)
{
m_group.RenderGroups = renderGroups;
}
currentAllocationSize = m_group.RenderGroups.MatrixMemberCollectionCount;
}
else if (staticOrSubtotal != null)
{
m_staticOrSubtotal = staticOrSubtotal;
if (m_isAfterSubtotal && newAfterSubtotalCollectionIndex >= 0)
{
m_renderCollectionIndex = newAfterSubtotalCollectionIndex;
}
}
UpdateMatrixMemberInfoCache(currentAllocationSize, newMatrixMemberCellIndexes);
if (IsStatic)
{
UpdateContext(m_staticOrSubtotal);
}
else if (!base.OwnerTablix.RenderMatrix.NoRows && m_group.RenderGroups != null && m_group.RenderGroups.Count > 0)
{
UpdateContext(m_group.RenderGroups[0] as MatrixMember);
}
}