public void WriteByteRange(MemoryArea image, Address begin, Address addrEnd, InstrWriter writer)
{
EndianImageReader rdr = arch.CreateImageReader(image, begin);
while (rdr.Address < addrEnd)
{
writer.Write(string.Format("{0:X2} ", rdr.ReadByte()));
}
}
public bool DumpAssemblerLine(MemoryArea mem, MachineInstruction instr, InstrWriter writer)
{
Address addrBegin = instr.Address;
if (ShowAddresses)
{
writer.Write("{0} ", addrBegin);
}
if (ShowCodeBytes)
{
WriteByteRange(mem, instr.Address, instr.Address + instr.Length, writer);
if (instr.Length * 3 < 16)
{
writer.Write(new string(' ', 16 - (instr.Length * 3)));
}
}
writer.Write("\t");
instr.Render(writer);
writer.WriteLine();
return(true);
}
public void WriteByteRange(MemoryArea image, Address begin, Address addrEnd, InstrWriter writer)
{
ImageReader rdr = arch.CreateImageReader(image, begin);
while (rdr.Address < addrEnd)
{
writer.Write(string.Format("{0:X2} ", rdr.ReadByte()));
}
}
public bool DumpAssemblerLine(MemoryArea mem, MachineInstruction instr, InstrWriter writer)
{
Address addrBegin = instr.Address;
if (ShowAddresses)
writer.Write("{0} ", addrBegin);
if (ShowCodeBytes)
{
WriteByteRange(mem, instr.Address, instr.Address + instr.Length, writer);
if (instr.Length * 3 < 16)
{
writer.Write(new string(' ', 16 - (instr.Length * 3)));
}
}
writer.Write("\t");
instr.Render(writer);
writer.WriteLine();
return true;
}
