public TransparentDataOrder(InputByteArray InputArray)
: base(InputArray, WtdOrder.TransparentData)
{
if (InputArray.RemainingLength < 3)
{
this.Errmsg = "Transparent data order. end of stream.";
}
if (this.Errmsg == null)
{
var buf = InputArray.PeekBytes(3);
this.LLBytes = buf.SubArray(1, 2);
// this is all wrong. was a bug workaround. should instead process the
// LLBytes as a big endian length value.
// throw new Exception("TransparentDataOrder order does not handle LL length correctly");
// advance past order code and LL bytes.
this.BytesLength += 2;
InputArray.AdvanceIndex(3);
// bytes after the LL byte pair are bytes to show on the display ??
var rv = Common5250.ScanNonTextDataByte(InputArray);
int textLx = rv.Item2;
this.BytesLength += textLx;
this.TransparentData = InputArray.GetEbcdicBytes(textLx);
}
}
public static TextDataOrder Factory(InputByteArray InputArray)
{
byte? attrByte = null;
string displayText = null;
// scan forward in the input array for a non text character.
int ix = ScanNonTextDataByte(InputArray);
int remLx = ix - InputArray.Index;
// first byte is the attribute byte.
{
var b1 = InputArray.PeekByte(0);
if ((b1 >= 0x20) && (b1 <= 0x2f))
{
attrByte = b1;
InputArray.AdvanceIndex(1);
remLx -= 1;
}
}
// remaining bytes are text characters in ebcdic.
if (remLx > 0)
{
System.Text.Encoding encoding =
System.Text.Encoding.GetEncoding(37); // 37 = ebcdic
displayText = InputArray.GetEbcdicBytes(remLx);
}
TextDataOrder tdOrder = new TextDataOrder(attrByte, displayText);
return(tdOrder);
}