private static string MakeTable(DataChunk Chunk, int Base, string IndexFormat, string ValueFormat)
{
// div = amount of complete lines, mod = left over bytes
int div = Chunk.Info.Addr.Length / Base;
int mod = Chunk.Info.Addr.Length % Base;
StringBuilder _out = new StringBuilder();
// for each complete line, write out a full line of bytes
if (div > 0)
{
for (int t = 0; t < div; t++)
{
_out.Append(((t * Base) + Chunk.Info.Addr.StartOffset).ToString(IndexFormat));
for (int y = 0; y < Base; y++)
//_out.Append(' ' + Chunk.Data[Chunk.Info.Addr.StartOffset + (t * Base) + y].ToString(ValueFormat));
_out.Append(' ' + Chunk.Data[(t * Base) + y].ToString(ValueFormat));
_out.Append(Environment.NewLine);
}
}
// if there are any bytes left over, write them out
if (mod > 0)
{
_out.Append((Chunk.Info.Addr.StartOffset + (div * Base)).ToString(IndexFormat));
int modstart = div * Base;
for (int y = modstart; y < modstart + mod; y++)
_out.Append(' ' + Chunk.Data[y].ToString(ValueFormat));
}
return _out.ToString();
}
/*
// div = amount of complete lines of 16 bytes, mod = left over bytes
long div16 = Addr.Length / 16;
long mod16 = Addr.Length % 16;
StringBuilder _out = new StringBuilder();
// for each complete line, write out a full 16 column line of bytes
if (div16 > 0)
{
for (int t = 0; t < div16; t++)
{
_out.Append((Addr.StartOffset + (t * 16)).ToString("X8"));
for (int y = 0; y < 16; y++)
_out.Append(' ' + Data[Addr.StartOffset + (t * 16) + y].ToString("X2"));
_out.Append(Environment.NewLine);
}
}
// if there are any bytes left over, write them out
if (mod16 > 0)
{
_out.Append((Addr.StartOffset + (div16 * 16)).ToString("X8"));
for (long y = Addr.StartOffset + (div16 * 16); y < Addr.StartOffset + (div16 * 16) + mod16; y++)
_out.Append(' ' + Data[y].ToString("X2"));
}
return _out.ToString();
*/
public static string ToHex(DataChunk Chunk)
{
return MakeTable(Chunk, 16, "X8", "X2");
}
public static string ToDecimal(DataChunk Chunk)
{
return MakeTable(Chunk, 10, "D12", "D3");
}
