public string Disassemble(byte[] _binary)
{
string output = "";
List <byte[]> lines = new List <byte[]>();
//Split the program into instruction lines
for (int i = 0; i < _binary.Length; i += 8)
{
byte[] temp = new byte[8];
temp[0] = _binary[i]; //Opcode
temp[1] = _binary[i + 1]; //Parameter mode
temp[2] = _binary[i + 2]; //Upper byte
temp[3] = _binary[i + 3]; //Lower byte
temp[4] = _binary[i + 4]; //Parameter mode
temp[5] = _binary[i + 5]; //Upper byte
temp[6] = _binary[i + 6]; //Lower byte
temp[7] = _binary[i + 7]; //0xFF
lines.Add(temp);
}
foreach (byte[] line in lines)
{
string assemblyLine = "";
AssemblyTable table = new AssemblyTable();
//Does it look like an instruction?
if (line[7] == 0xFF && table.ContainsOpcode(line[0]))
{
//It's probably an instruction. Translate it!
assemblyLine += table.GetInstruction(line[0]) + " "; //Opcode to command. Easy.
byte[] parameter = new byte[3];
parameter[0] = line[1];
parameter[1] = line[2];
parameter[2] = line[3];
assemblyLine += machineCodeToParameter(parameter);
if ((line[4] | line[5] | line[6]) != 0x00)
{
parameter[0] = line[4];
parameter[1] = line[5];
parameter[2] = line[6];
assemblyLine += " " + machineCodeToParameter(parameter);
}
assemblyLine += "\t# " + ByteArrayToString(line);
}
else
{
//It's not an instruction, but insert it as a comment
assemblyLine = "# Unknown Data:" + ByteArrayToString(line);
}
Console.WriteLine(assemblyLine);
output += (assemblyLine + "\n");
}
return(output);
}
override public string ToString()
{
string result = "";
AssemblyTable table = new AssemblyTable();
result += table.GetInstruction(Opcode);
result += "," + ByteArrayToString(Argument1);
result += "," + ByteArrayToString(Argument2);
return(result);
}
public string Disassemble(byte[] _binary)
{
string output = "";
List<byte[]> lines = new List<byte[]>();
//Split the program into instruction lines
for (int i = 0; i < _binary.Length; i += 8)
{
byte[] temp = new byte[8];
temp[0] = _binary[i]; //Opcode
temp[1] = _binary[i + 1]; //Parameter mode
temp[2] = _binary[i + 2]; //Upper byte
temp[3] = _binary[i + 3]; //Lower byte
temp[4] = _binary[i + 4]; //Parameter mode
temp[5] = _binary[i + 5]; //Upper byte
temp[6] = _binary[i + 6]; //Lower byte
temp[7] = _binary[i + 7]; //0xFF
lines.Add(temp);
}
foreach (byte[] line in lines)
{
string assemblyLine = "";
AssemblyTable table = new AssemblyTable();
//Does it look like an instruction?
if (line[7] == 0xFF && table.ContainsOpcode(line[0]))
{
//It's probably an instruction. Translate it!
assemblyLine += table.GetInstruction(line[0]) + " "; //Opcode to command. Easy.
byte[] parameter = new byte[3];
parameter[0] = line[1];
parameter[1] = line[2];
parameter[2] = line[3];
assemblyLine += machineCodeToParameter(parameter);
if ((line[4] | line[5] | line[6]) != 0x00)
{
parameter[0] = line[4];
parameter[1] = line[5];
parameter[2] = line[6];
assemblyLine += " " + machineCodeToParameter(parameter);
}
assemblyLine += "\t# " + ByteArrayToString(line);
}
else
{
//It's not an instruction, but insert it as a comment
assemblyLine = "# Unknown Data:" + ByteArrayToString(line);
}
Console.WriteLine(assemblyLine);
output += (assemblyLine + "\n");
}
return output;
}
public override string ToString()
{
string result = "";
AssemblyTable table = new AssemblyTable();
result += table.GetInstruction(Opcode);
result += "," + ByteArrayToString(Argument1);
result += "," + ByteArrayToString(Argument2);
return result;
}