public void ReadFirmware()
{
if (IVFERHandshake())
{
firmware_image = new SCP_FLASH_IMAGE(ProbeMemLayout());
switch (firmware_image.FlashSize)
{
case RomSize._216k:
firmware_image.Write(0x02000, BlockRead(0x002000, 0x00FFFF));
firmware_image.Write(0x12000, BlockRead(0x012000, 0x01DFFF));
firmware_image.Write(0x82000, BlockRead(0x082000, 0x08FFFF));
firmware_image.Write(0x92000, BlockRead(0x092000, 0x09FFFF));
break;
case RomSize._112k:
firmware_image.Write(0x12000, BlockRead(0x012000, 0x01FFFF));
firmware_image.Write(0x82000, BlockRead(0x082000, 0x08FFFF));
break;
case RomSize._88k:
firmware_image.Write(0x12000, BlockRead(0x012000, 0x019FFF));
firmware_image.Write(0x82000, BlockRead(0x082000, 0x08FFFF));
break;
default:
break;
}
if (!Checksum())
{
throw new Exception("Checksum of firmware read failed!");
}
//System.IO.File.WriteAllBytes("read.bin", firmware_image.ToSCTBIN());
}
}
public void WriteFirmware(bool TransferVIN = true)
{
firmware_image = new SCP_FLASH_IMAGE(RomSize._216k);
firmware_image.SCTBINImage = System.IO.File.ReadAllBytes("read.bin");
if (IVFERHandshake())
{
if (ProbeMemLayout() != firmware_image.FlashSize)
{
throw new Exception("Loaded firmware image does not match target hardware!");
}
SCP_VIN_Parser PCM_VIN = new SCP_VIN_Parser(ReadVINBlock());
//Write Vin to disk
if (TransferVIN)
{
firmware_image.VIN.PATS_Key = PCM_VIN.PATS_Key;
firmware_image.VIN.VIN = PCM_VIN.VIN;
}
EraseFlash();
switch (firmware_image.FlashSize)
{
case RomSize._88k:
ProgramBank(0x12000, firmware_image.GetBank(1));
ProgramBank(0x82000, firmware_image.GetBank(8));
break;
case RomSize._112k:
ProgramBank(0x12000, firmware_image.GetBank(1));
ProgramBank(0x82000, firmware_image.GetBank(8));
break;
case RomSize._216k:
ProgramBank(0x02000, firmware_image.GetBank(0));
ProgramBank(0x12000, firmware_image.GetBank(1));
ProgramBank(0x92000, firmware_image.GetBank(9));
ProgramBank(0x82000, firmware_image.GetBank(8));
break;
}
if (!Checksum())
{
throw new Exception("Checksum of firmware write failed!");
}
}
}
