public string DataToBitString(int offset, int size, string separator = "")
{
var raw_data = Data;
if (raw_data == null)
{
return("");
}
return(HexTextEncoder.ToBitText(raw_data, offset, size, separator));
}
public string DataToBitString(string separator = "")
{
var raw_data = Data;
if (raw_data == null)
{
return("");
}
return(HexTextEncoder.ToBitText(raw_data, 0, raw_data.Length, separator));
}
public string GetFormatString(string pattern)
{
var blocks = pattern.Split(':');
/* 引数取得 */
var format = "HEXTEXT";
var type = "BYTE";
var offset = 0;
var size = int.MaxValue;
if ((blocks.Length > (int)FormatArgument.Format) && (blocks[(int)FormatArgument.Format].Length > 0))
{
format = blocks[(int)FormatArgument.Format];
}
if ((blocks.Length > (int)FormatArgument.Type) && (blocks[(int)FormatArgument.Type].Length > 0))
{
type = blocks[(int)FormatArgument.Type];
}
if ((blocks.Length > (int)FormatArgument.Offset) && (blocks[(int)FormatArgument.Offset].Length > 0))
{
try { offset = int.Parse(blocks[(int)FormatArgument.Offset]); } catch {}
}
if ((blocks.Length > (int)FormatArgument.Size) && (blocks[(int)FormatArgument.Size].Length > 0))
{
try { size = int.Parse(blocks[(int)FormatArgument.Size]); } catch {}
}
/* データ取得 */
var data = (byte[])null;
switch (type.ToUpper())
{
case "BYTE": data = GetBytes(offset, size); break;
case "BIT": data = GetBits(offset, size); break;
case "ASCII": data = TextToData(Encoding.ASCII, offset, size); break;
case "UTF8": data = TextToData(Encoding.UTF8, offset, size); break;
case "UTF16BE": data = TextToData(Encoding.BigEndianUnicode, offset, size); break;
case "UTF16LE": data = TextToData(Encoding.Unicode, offset, size); break;
case "SHIFTJIS": data = TextToData(Encoding.GetEncoding(932), offset, size); break;
case "EUCJP": data = TextToData(Encoding.GetEncoding(20932), offset, size); break;
default: return(pattern);
}
/* データ変換 */
var result = "";
switch (format.ToUpper())
{
case "HEXTEXT": result = HexTextEncoder.ToHexText(data); break;
case "BITTEXT": result = HexTextEncoder.ToBitText(data); break;
case "ASCII": result = Encoding.UTF8.GetString(data); break;
case "UTF8": result = Encoding.UTF8.GetString(data); break;
case "UTF16BE": result = Encoding.BigEndianUnicode.GetString(data); break;
case "UTF16LE": result = Encoding.Unicode.GetString(data); break;
case "SHIFTJIS": result = Encoding.GetEncoding(932).GetString(data); break;
case "EUCJP": result = Encoding.GetEncoding(20932).GetString(data); break;
case "INT8": result = StructEncoder.ToSByte(data).ToString(); break;
case "UINT8": result = StructEncoder.ToByte(data).ToString(); break;
case "INT16LE": result = StructEncoder.ToInt16(data, true).ToString(); break;
case "INT32LE": result = StructEncoder.ToInt32(data, true).ToString(); break;
case "INT64LE": result = StructEncoder.ToInt64(data, true).ToString(); break;
case "UINT16LE": result = StructEncoder.ToUInt16(data, true).ToString(); break;
case "UINT32LE": result = StructEncoder.ToUInt32(data, true).ToString(); break;
case "UINT64LE": result = StructEncoder.ToUInt64(data, true).ToString(); break;
case "INT16BE": result = StructEncoder.ToInt16(data, false).ToString(); break;
case "INT32BE": result = StructEncoder.ToInt32(data, false).ToString(); break;
case "INT64BE": result = StructEncoder.ToInt64(data, false).ToString(); break;
case "UINT16BE": result = StructEncoder.ToUInt16(data, false).ToString(); break;
case "UINT32BE": result = StructEncoder.ToUInt32(data, false).ToString(); break;
case "UINT64BE": result = StructEncoder.ToUInt64(data, false).ToString(); break;
default: return(pattern);
}
return(result);
}
