protected virtual void CreateRecordBrick(XRDataRecord currentRecord, PanelBrick parentBrick, ref float actualHeight)
{
if (IsDesignMode || (parentBrick is DataContainerBrick && !((DataContainerBrick)parentBrick).IsHeader))
{
CreateBricksForRecord(currentRecord, parentBrick, false, ref actualHeight);
}
}
protected override void CreateBricksForRecord(XRDataRecord record, PanelBrick parentBrick, bool isHeader, ref float actualHeight)
{
XRTreeListNode node = record as XRTreeListNode;
PrintNodeEventArgs args = new PrintNodeEventArgs(node);
if (!isHeader)
{
TreeList.OnPrintNode(args);
}
if (args.SuppressType == NodeSuppressType.Leave)
{
int nodeLevel = node.Level;
TreeListNodeBrick nodeBrick = new TreeListNodeBrick(TreeList, (DataContainerBrick)parentBrick, isHeader);
nodeBrick.Style = XRControlStyle.Default.Clone() as XRControlStyle;
nodeBrick.Separable = false;
RecordPrintCache cache = new TreeListNodePrintCache(nodeBrick, node.Level);
List <VisualBrick> childBricks = new List <VisualBrick>();
List <XRFieldHeader> visibleHeaders = TreeList.VisibleHeaders;
for (int i = 0; i < visibleHeaders.Count; i++)
{
VisualBrick valueBrick = CreateCellBrick(TreeList, parentBrick, node, i, isHeader);
childBricks.Add(valueBrick);
}
CorrectBrickBounds(nodeBrick, childBricks, nodeLevel * TreeList.NodeIndent, actualHeight);
float nodeHeight = nodeBrick.Rect.Height;
VisualBrickHelper.SetBrickBounds(nodeBrick, nodeBrick.Rect, TreeList.Dpi);
parentBrick.Bricks.Add(nodeBrick);
actualHeight += nodeHeight;
if (!IsDesignMode)
{
if (isHeader)
{
((DataContainerBrick)parentBrick).PrintCache.HeaderCache = cache;
}
else
{
((DataContainerBrick)parentBrick).PrintCache.RecordsCache.Add(cache);
}
}
}
if (args.SuppressType != NodeSuppressType.SuppressWithChildren)
{
foreach (XRTreeListNode childNode in node.Nodes)
{
CreateBricksForRecord(childNode, parentBrick, isHeader, ref actualHeight);
}
}
}
public override int Compare(XRDataRecord other)
{
int sortResult = base.Compare(other);
if (sortResult == 0)
{
sortResult = Comparer.Default.Compare(this.KeyValue, ((XRTreeListNode)other).KeyValue);
}
return(sortResult);
}
protected override void CreateBricksForRecord(XRDataRecord record, PanelBrick parentBrick, bool isHeader, ref float actualHeight)
{
PrintRecordEventArgs args = new PrintRecordEventArgs(record);
if (!isHeader)
{
Grid.OnPrintRecord(args);
}
if (!args.Cancel)
{
GridRecordBrick recordBrick = new GridRecordBrick(Grid, (DataContainerBrick)parentBrick, isHeader);
recordBrick.Style = XRControlStyle.Default.Clone() as XRControlStyle;
recordBrick.Separable = false;
RecordPrintCache cache = new RecordPrintCache(recordBrick);
List <VisualBrick> childBricks = new List <VisualBrick>();
List <XRFieldHeader> visibleHeaders = Grid.VisibleHeaders;
for (int i = 0; i < visibleHeaders.Count; i++)
{
VisualBrick valueBrick = CreateCellBrick(Grid, parentBrick, record, i, isHeader);
childBricks.Add(valueBrick);
}
CorrectBrickBounds(recordBrick, childBricks, 0, actualHeight);
float recordHeight = recordBrick.Rect.Height;
VisualBrickHelper.SetBrickBounds(recordBrick, recordBrick.Rect, Grid.Dpi);
parentBrick.Bricks.Add(recordBrick);
actualHeight += recordHeight;
if (!IsDesignMode)
{
if (isHeader)
{
((DataContainerBrick)parentBrick).PrintCache.HeaderCache = cache;
}
else
{
((DataContainerBrick)parentBrick).PrintCache.RecordsCache.Add(cache);
}
}
}
}
protected override void CreateHeaders(PanelBrick parentBrick, ref float actualHeight)
{
if (IsDesignMode || (parentBrick is DataContainerBrick && ((DataContainerBrick)parentBrick).IsHeader))
{
XRDataRecord headerRecord = TableControl.CreateDataRecord();
List <XRFieldHeader> visibleHeaders = TableControl.VisibleHeaders;
for (int i = 0; i < visibleHeaders.Count; i++)
{
headerRecord[i] = visibleHeaders[i].Caption;
}
CreateBricksForRecord(headerRecord, parentBrick, true, ref actualHeight);
}
}
protected override void InitializeRecord(XRDataRecord record, object dataItem)
{
base.InitializeRecord(record, dataItem);
XRTreeListNode node = record as XRTreeListNode;
node.KeyValue = keyFieldDescriptor == null ? null : keyFieldDescriptor.GetValue(dataItem);
node.ParentValue = parentFieldDescriptor == null ? null : parentFieldDescriptor.GetValue(dataItem);
if (node.KeyValue != null && !nodeTable.ContainsKey(node.KeyValue))
{
nodeTable.Add(node.KeyValue, node);
}
else
{
nodeTable.Add(Guid.NewGuid(), node);
}
}
private void LoadRecords()
{
IList list = ((ICustomDataContainer)control).GetDataSource();
PropertyDescriptorCollection fields = control.GetAvailableFields();
List <PropertyDescriptor> visibleFields = new List <PropertyDescriptor>();
for (int i = 0; i < control.Headers.Count; i++)
{
PropertyDescriptor descriptor = GetDescriptorByFieldName(fields, control.Headers[i].FieldName);
visibleFields.Add(descriptor);
}
if (list == null)
{
return;
}
foreach (object dataItem in list)
{
XRDataRecord record = control.CreateDataRecord();
control.Records.Add(record);
for (int i = 0; i < control.Headers.Count; i++)
{
if (visibleFields[i] != null)
{
record[i] = visibleFields[i].GetValue(dataItem);
}
else
{
record[i] = null;
}
}
InitializeRecord(record, dataItem);
}
}
private XRDataRecordCollection CreateDesignRecords()
{
XRDataRecordCollection designRecords = new XRDataRecordCollection();
for (int i = 0; i < 3; i++)
{
XRDataRecord currentRecord = new XRDataRecord(Grid);
List <XRFieldHeader> visibleHeaders = Grid.VisibleHeaders;
for (int j = 0; j < visibleHeaders.Count; j++)
{
if (visibleHeaders[j].FieldType != null)
{
currentRecord[j] = visibleHeaders[j].FieldType.Name;
}
}
designRecords.Add(currentRecord);
}
return(designRecords);
}
public PrintRecordEventArgs(XRDataRecord currentRecord)
{
this.record = currentRecord;
cancel = false;
}
protected virtual void InitializeRecord(XRDataRecord record, object data)
{
}
protected virtual void CreateBricksForRecord(XRDataRecord record, PanelBrick parentBrick, bool isHeader, ref float actualHeight)
{
}
protected override VisualBrick CreateCellBrick(XRDataContainerControl control, VisualBrick parentBrick, XRDataRecord record, int fieldIndex, bool isHeader)
{
VisualBrick valueBrick = base.CreateCellBrick(control, parentBrick, record, fieldIndex, isHeader);
float columnWidth = ((XRGridColumn)control.VisibleHeaders[fieldIndex]).Width;
float columnPos = 0;
for (int j = 0; j < fieldIndex; j++)
{
columnPos += ((XRGridColumn)control.VisibleHeaders[j]).Width;
}
valueBrick.Style = CreateBrickStyle(control, parentBrick, valueBrick, record, fieldIndex, isHeader);
float brickHeight = GetBrickHeight(valueBrick, columnWidth, isHeader);
valueBrick.Rect = new RectangleF(columnPos, 0, columnWidth, brickHeight);
return(valueBrick);
}
protected override BrickStyle CreateBrickStyle(XRDataContainerControl control, VisualBrick parentBrick, VisualBrick valueBrick, XRDataRecord record, int fieldIndex, bool isHeader)
{
BrickStyle style = base.CreateBrickStyle(control, parentBrick, valueBrick, record, fieldIndex, isHeader);
if (!isHeader)
{
PrintCellEventArgs printCellArgs = new PrintNodeCellEventArgs((XRTreeListNode)record, (XRTreeListColumn)control.VisibleHeaders[fieldIndex], valueBrick, style);
TreeList.OnPrintNodeCell((PrintNodeCellEventArgs)printCellArgs);
}
return(style);
}
protected virtual BrickStyle CreateBrickStyle(XRDataContainerControl control, VisualBrick parentBrick, VisualBrick valueBrick, XRDataRecord record, int fieldIndex, bool isHeader)
{
BrickStyle style = GetActualBrickStyle((DataContainerBrick)parentBrick, isHeader);
if (isHeader)
{
PrintCellEventArgs printCellArgs = new PrintCellEventArgs(control.VisibleHeaders[fieldIndex], valueBrick, style);
ContainerControl.OnPrintHeaderCell(printCellArgs);
((IDataCellBrick)valueBrick).CellPosition |= XRDataCellPosition.Header;
}
else
{
PrintRecordCellEventArgs printCellArgs = new PrintRecordCellEventArgs(record, control.VisibleHeaders[fieldIndex], valueBrick, style);
ContainerControl.OnPrintRecordCell(printCellArgs);
}
return(style);
}
protected override VisualBrick CreateCellBrick(XRDataContainerControl control, VisualBrick parentBrick, XRDataRecord record, int fieldIndex, bool isHeader)
{
VisualBrick valueBrick = base.CreateCellBrick(control, parentBrick, record, fieldIndex, isHeader);
float columnWidth = ((XRTreeListColumn)control.VisibleHeaders[fieldIndex]).Width;
float columnPos = 0;
if (fieldIndex > 0)
{
columnPos -= ((XRTreeListNode)record).Level * TreeList.NodeIndent;
}
for (int j = 0; j < fieldIndex; j++)
{
columnPos += ((XRTreeListColumn)control.VisibleHeaders[j]).Width;
}
float curColWidth = fieldIndex == 0 ? columnWidth - ((XRTreeListNode)record).Level * TreeList.NodeIndent : columnWidth;
valueBrick.Style = CreateBrickStyle(control, parentBrick, valueBrick, record, fieldIndex, isHeader);
float brickHeight = GetBrickHeight(valueBrick, columnWidth, isHeader);
valueBrick.Rect = new RectangleF(columnPos, 0, curColWidth, brickHeight);
return(valueBrick);
}
public PrintRecordCellEventArgs(XRDataRecord currentRecord, XRFieldHeader header, VisualBrick brick, BrickStyle style)
: base(header, brick, style)
{
this.record = currentRecord;
}
protected virtual VisualBrick CreateCellBrick(XRDataContainerControl control, VisualBrick parentBrick, XRDataRecord record, int fieldIndex, bool isHeader)
{
VisualBrick valueBrick;
int absoluteIndex = fieldIndex;
if (!isHeader && !IsDesignMode)
{
XRFieldHeader header = control.VisibleHeaders[fieldIndex];
absoluteIndex = control.Headers.IndexOf(header);
}
object value = record[absoluteIndex];
if (value is bool)
{
valueBrick = new DataCellCheckBrick(ContainerControl);
((DataCellCheckBrick)valueBrick).Checked = Convert.ToBoolean(value);
}
else
{
valueBrick = new DataCellTextBrick(ContainerControl);
valueBrick.Text = Convert.ToString(value);
}
valueBrick.TextValue = value;
if (fieldIndex == 0)
{
((IDataCellBrick)valueBrick).CellPosition |= XRDataCellPosition.LeftMost;
}
if (fieldIndex == control.VisibleHeaders.Count - 1)
{
((IDataCellBrick)valueBrick).CellPosition |= XRDataCellPosition.RightMost;
}
return(valueBrick);
}