public void ApplyRepeatToAddressOrder(
IRowCol curRowCol, RepeatToAddressOrder rao, ItemCanvas Canvas)
{
var raoRange = new RowColRange(curRowCol, rao.RowCol);
var deleteList = new List <VisualItemCursor>();
// build the list of all the items that are overlapped by the repeat range.
foreach (var cursor in ItemList( ))
{
var item = cursor.GetVisualItem();
var itemRange = item.ItemRange();
if (raoRange.CompletelyContains(itemRange) == true)
{
deleteList.Add(new VisualItemCursor(cursor));
}
}
// delete all the visual items which are overlapped by the RA order.
foreach (var cursor in deleteList)
{
var item = cursor.GetVisualItem();
var ivm = item as IVisualItemMore;
if ((ivm != null) && (item.IsOnCanvas == true))
{
ivm.RemoveFromCanvas(Canvas);
cursor.RemoveColumnNode();
}
}
}
/// <summary>
/// build a byte stream containing the WTD workstation command orders from all
/// of the visual items on the canvas. The visual item list is the equivalent of
/// the 5250 format table.
/// </summary>
/// <param name="VisualItems"></param>
/// <returns></returns>
public byte[] BuildOrderStream(CanvasPositionCursor Caret)
{
ByteArrayBuilder ba = new ByteArrayBuilder();
// start header order.
{
byte[] cmdKeySwitches = new byte[] { 0x00, 0x00, 0x00 };
var buf = StartHeaderOrder.Build(0x00, 0x00, 24, cmdKeySwitches);
ba.Append(buf);
}
// insert cursor order.
{
var zeroRowCol = Caret.RowCol as ZeroRowCol;
var rowCol = zeroRowCol.ToOneRowCol() as OneRowCol;
var buf = InsertCursorOrder.Build(rowCol);
ba.Append(buf);
}
// build sets of SBA, StartField and TextData orders for each visual item. The
// visual item represents something on the screen. Whether output literal or
// and input field.
// VisualItem visualItem = null;
IVisualItem iVisual = null;
var cursor = this.FirstVisualItem();
while (cursor != null)
{
var pvVisualItem = iVisual;
iVisual = cursor.GetVisualItem();
if (iVisual is VisualSpanner)
{
}
else
{
{
var buf = SetBufferAddressOrder.Build(
iVisual.ItemRowCol.ToOneRowCol() as OneRowCol);
ba.Append(buf);
}
var visualItem = iVisual as VisualItem;
if (iVisual.IsField == true)
{
var vtb = iVisual as VisualTextBlock;
var ffw = vtb.FFW_Bytes;
byte attrByte = iVisual.AttrByte.Value;
int lgth = iVisual.ShowText.Length;
var buf = StartFieldOrder.Build(ffw[0], ffw[1], attrByte, lgth);
ba.Append(buf);
}
// create a text data order from either the text of the literal item. Or the
// text value of the entry field.
{
byte[] buf = null;
var s1 = iVisual.ShowText;
if (iVisual.IsField == true)
{
buf = TextDataOrder.Build(s1, null, iVisual.TailAttrByte);
}
else if (visualItem.CreateFromItem != null)
{
var litItem = visualItem.CreateFromItem as ShowLiteralItem;
if (litItem.rao_RepeatTextByte != null)
{
var toRowCol = (iVisual.ItemEndRowCol() as ZeroRowCol).ToOneRowCol();
buf = RepeatToAddressOrder.Build(
litItem.rao_RepeatTextByte.Value, toRowCol as OneRowCol);
}
else
{
var attrByte = litItem.AttrByte;
if (s1.Length < litItem.tdo_Length)
{
s1 = s1.PadRight(litItem.tdo_Length);
}
buf = TextDataOrder.Build(s1, attrByte, iVisual.TailAttrByte);
}
}
else
{
buf = TextDataOrder.Build(s1, iVisual.AttrByte, iVisual.TailAttrByte);
}
ba.Append(buf);
}
}
cursor = cursor.NextItem(true);
}
return(ba.ToByteArray());;
}
