public float GetE85Percentage()
{
float level;
KWPHandler.getInstance().getE85Level(out level);
return(level);
}
public byte[] ReadMapFromSRAM(Int64 sramaddress, Int32 length, out bool _success)
{
_success = false;
byte[] data = new byte[length];
try
{
KWPHandler.getInstance().requestSequrityAccess(false);
if (canUsbDevice is LPCCANDevice) // or ELM327?
{
Thread.Sleep(1);
}
if (KWPHandler.getInstance().sendReadRequest((uint)(sramaddress), (uint)length))
{
Thread.Sleep(0); //<GS-11022010>
if (canUsbDevice is LPCCANDevice) // or ELM327?
{
Thread.Sleep(1);
}
if (KWPHandler.getInstance().sendRequestDataByOffset(out data))
{
_success = true;
}
}
}
catch (Exception E)
{
logger.Debug("Failed to read memory: " + E.Message);
}
return(data);
}
public string GetE85AdaptionStatus()
{
string status;
KWPHandler.getInstance().getE85AdaptionStatus(out status);
return(status);
}
public string[] ReadDTC()
{
List <string> list;
KWPHandler.getInstance().requestSequrityAccess(false);
KWPHandler.getInstance().ReadDTCCodes(out list);
return(list.ToArray());
}
public byte[] ReadMapfromSRAM(SymbolHelper sh, bool showProgress)
{
byte[] completedata = new byte[sh.Length];
try
{
byte[] data;
int m_nrBytes = 64;
int m_nrOfReads = 0;
int m_nrOfRetries = 0;
m_nrOfReads = sh.Length / m_nrBytes;
if (((sh.Length) % 64) > 0)
{
m_nrOfReads++;
}
int bytecount = 0;
KWPHandler.getInstance().requestSequrityAccess(false);
for (int readcount = 0; readcount < m_nrOfReads; readcount++)
{
if (showProgress)
{
CastProgressReadEvent((int)(readcount * 100 / m_nrOfReads));
}
m_nrOfRetries = 0;
int addresstoread = (int)sh.Start_address + (readcount * m_nrBytes);
logger.Debug("Reading 64 bytes from address: " + addresstoread.ToString("X6"));
while (!KWPHandler.getInstance().sendReadRequest((uint)(addresstoread), 64) && m_nrOfRetries < 20)
{
m_nrOfRetries++;
}
logger.Debug("Send command in " + m_nrOfRetries.ToString() + " retries");
m_nrOfRetries = 0;
Thread.Sleep(1);
while (!KWPHandler.getInstance().sendRequestDataByOffset(out data) && m_nrOfRetries < 20)
{
m_nrOfRetries++;
}
logger.Debug("Read data in " + m_nrOfRetries.ToString() + " retries");
logger.Debug("Read " + data.Length.ToString() + " bytes from CAN interface");
foreach (byte b in data)
{
// Console.Write(b.ToString("X2") + " ");
if (bytecount < completedata.Length)
{
completedata[bytecount++] = b;
}
}
}
//logger.Debug("Reading done");
}
catch (Exception E)
{
logger.Debug("Failed to read memory: " + E.Message);
}
return(completedata);
}
private void setFlasher()
{
KWPHandler.setKWPDevice(kwpDevice);
kwpHandler = KWPHandler.getInstance();
T7Flasher.setKWPHandler(kwpHandler);
flash = new T7Flasher();
flash.onStatusChanged += flash_onStatusChanged;
}
public bool GetSRAMSnapshot(string a_fileName)
{
const int blockSize = 0x80;
byte[] data = new byte[blockSize];
try
{
KWPHandler.getInstance().requestSequrityAccess(false);
FileStream fs = new FileStream(a_fileName, FileMode.Create);
using (BinaryWriter br = new BinaryWriter(fs))
{
for (int i = 0; i < 0x10000 / blockSize; i++)
{
long curaddress = (0xF00000 + i * blockSize);
if (canUsbDevice is LPCCANDevice)
{
Thread.Sleep(1);
}
if (KWPHandler.getInstance().sendReadRequest((uint)(curaddress), (uint)blockSize))
{
Thread.Sleep(0);
if (canUsbDevice is LPCCANDevice)
{
Thread.Sleep(1);
}
if (!KWPHandler.getInstance().sendRequestDataByOffset(out data))
{
logger.Debug("Failed to read data. sendRequestDataByOffset: " + curaddress.ToString("X8"));
CastInfoEvent("Failed to read data. sendRequestDataByOffset: " + curaddress.ToString("X8"), ActivityType.FinishedDownloadingFlash);
return(false);
}
}
else
{
logger.Debug("Failed to read data. sendReadRequest: " + curaddress.ToString("X8"));
CastInfoEvent("Failed to read data. sendReadRequest: " + curaddress.ToString("X8"), ActivityType.FinishedDownloadingFlash);
return(false);
}
CastProgressReadEvent((i * 100) / (0x10000 / blockSize));
br.Write(data);
}
}
fs.Close();
CastProgressReadEvent(100);
CastInfoEvent("Snapshot downloaded", ActivityType.FinishedDownloadingFlash);
return(true);
}
catch (Exception E)
{
logger.Debug("Failed to read memory: " + E.Message);
}
return(false);
}
public byte[] ReadMapFromSRAMVarLength(SymbolHelper sh)
{
int varlength = 2;
byte[] completedata = new byte[sh.Length];
try
{
byte[] data;
int m_nrBytes = varlength;
int m_nrOfReads = 0;
int m_nrOfRetries = 0;
m_nrOfReads = sh.Length / m_nrBytes;
if (((sh.Length) % varlength) > 0)
{
m_nrOfReads++;
}
int bytecount = 0;
KWPHandler.getInstance().requestSequrityAccess(false); // no seq. access <GS-10022010>
for (int readcount = 0; readcount < m_nrOfReads; readcount++)
{
m_nrOfRetries = 0;
int addresstoread = (int)sh.Start_address + (readcount * m_nrBytes);
//LogHelper.Log("Reading 64 bytes from address: " + addresstoread.ToString("X6"));
while (!KWPHandler.getInstance().sendReadRequest(/*0xF04768*/ (uint)(addresstoread), (uint)varlength) && m_nrOfRetries < 20)
{
m_nrOfRetries++;
}
logger.Debug("Send command in " + m_nrOfRetries.ToString() + " retries");
m_nrOfRetries = 0;
while (!KWPHandler.getInstance().sendRequestDataByOffset(out data) && m_nrOfRetries < 20)
{
m_nrOfRetries++;
}
logger.Debug("Read data in " + m_nrOfRetries.ToString() + " retries");
logger.Debug("Read " + data.Length.ToString() + " bytes from CAN interface");
foreach (byte b in data)
{
//Console.Write(b.ToString("X2") + " ");
if (bytecount < completedata.Length)
{
completedata[bytecount++] = b;
}
}
}
}
catch (Exception E)
{
logger.Debug("Failed to read memory: " + E.Message);
}
return(completedata);
}
public byte[] ReadSymbolNumber(uint symbolnumber, out bool _success)
{
_success = false;
byte[] data = new byte[0];
try
{
if (KWPHandler.getInstance().setSymbolRequest((uint)symbolnumber))
{
Thread.Sleep(0);//<GS-11022010>
if (KWPHandler.getInstance().sendRequestDataByOffset(out data))
{
_success = true;
}
}
}
catch (Exception E)
{
logger.Debug("Failed to read SymbolNumber: " + E.Message);
}
return(data);
}
public void WriteMapToSRAM(string symbolname, byte[] completedata, bool showProgress, uint sramAddress, int symbolindex)
{
logger.Debug("Writing " + symbolindex.ToString() + " " + symbolname + " SRAM: " + sramAddress.ToString("X8"));
// if data length > 64 then split the messages
const uint m_nrBytes = 64;
uint m_nrOfWrites = 0;
m_nrOfWrites = (uint)completedata.Length / m_nrBytes;
if (((completedata.Length) % 64) > 0)
{
m_nrOfWrites++;
}
uint bytecount = 0;
KWPHandler.getInstance().requestSequrityAccess(false);
for (uint readcount = 0; readcount < m_nrOfWrites; readcount++)
{
if (showProgress)
{
CastProgressWriteEvent((int)(readcount * 100 / m_nrOfWrites));
}
uint addresstowrite = sramAddress + (readcount * m_nrBytes);
byte[] dataToSend = new byte[64];
if (readcount == m_nrOfWrites - 1) // only the last part
{
dataToSend = new byte[completedata.Length - bytecount];
}
for (int t = 0; t < dataToSend.Length; t++)
{
dataToSend[t] = completedata[bytecount++];
}
if (!KWPHandler.getInstance().writeSymbolRequestAddress(addresstowrite, dataToSend))
{
logger.Debug("Failed to write data to the ECU");
}
}
}
public bool ClearDTCCodes()
{
KWPHandler.getInstance().requestSequrityAccess(false);
return(KWPHandler.getInstance().ClearDTCCodes());
}
private bool CheckCANConnectivity()
{
// write log information to "CanTrace.txt"
if (flash == null)
{
AddToCanTrace("Initializing CANbus interface");
System.Windows.Forms.Application.DoEvents();
AddToLog("Initializing CAN interface, please stand by...");
AddToCanTrace("Creating new connection to CANUSB device!");
if (useCombiAdapter)
{
// connect to adapter
LPCCANDevice_T7 lpc = (LPCCANDevice_T7)this.canUsbDevice;
if (!lpc.connect())
{
return(false);
}
//<GS-09122010>
// kwpCanDevice.setCANDevice(canUsbDevice);
// KWPHandler.setKWPDevice(kwpCanDevice);
//<GS-09122010>
// get flasher object
Console.WriteLine("Created combiadpater flasher object");
this.flash = lpc.createFlasher();
flash.EnableCanLog = checkBox1.Checked;
AddToCanTrace("T7CombiFlasher object created");
AddToLog("CombiAdapter ready");
}
else
{
//flash = new T7.Flasher.T7Flasher();
//AddToCanTrace("Object T7.Flasher.T7Flasher created");
kwpCanDevice.setCANDevice(canUsbDevice);
kwpCanDevice.EnableCanLog = checkBox1.Checked;
KWPHandler.setKWPDevice(kwpCanDevice);
if (checkBox1.Checked)
{
KWPHandler.startLogging();
}
kwpHandler = KWPHandler.getInstance();
try
{
T7.Flasher.T7Flasher.setKWPHandler(kwpHandler);
}
catch (Exception E)
{
Console.WriteLine(E.Message);
AddToCanTrace("Failed to set flasher object to KWPHandler");
}
flash = T7.Flasher.T7Flasher.getInstance();
flash.onStatusChanged += new T7.Flasher.IFlasher.StatusChanged(flash_onStatusChanged);
//AddToLog("Set callback event on flasher");
flash.EnableCanLog = checkBox1.Checked;
if (kwpHandler.openDevice())
{
AddToLog("Canbus channel opened");
}
else
{
AddToLog("Unable to open canbus channel");
kwpHandler.closeDevice();
return(false);
}
if (kwpHandler.startSession())
{
AddToLog("Session started");
}
else
{
AddToLog("Unable to start session");
kwpHandler.closeDevice();
return(false);
}
}
}
m_connectedToECU = true;
return(m_connectedToECU);
}
public bool WriteSymbolToSRAM(uint symbolnumber, byte[] bytes)
{
KWPHandler.getInstance().requestSequrityAccess(false);
return(KWPHandler.getInstance().writeSymbolRequest(symbolnumber, bytes));
}
public bool ForceE85Adaption()
{
return(KWPHandler.getInstance().forceE85Adaption() == KWPResult.OK);
}
public bool SetE85Percentage(int level)
{
return(KWPHandler.getInstance().setE85Level(level) == KWPResult.OK);
}
public bool WriteMapToSRAM(uint addresstowrite, byte[] dataToSend)
{
KWPHandler.getInstance().requestSequrityAccess(false);
return(KWPHandler.getInstance().writeSymbolRequestAddress(addresstowrite, dataToSend));
}
public void ResumeAlivePolling()
{
KWPHandler.getInstance().ResumeAlivePolling();
}
/// <summary>
/// The run method handles writing and reading. It waits for a command to start read
/// or write and handles this command until it's completed, stopped or until there is
/// a failure.
/// </summary>
void run()
{
while (true)
{
//AddToCanTrace("Running T7Flasher", gotSequrityAccess);
m_nrOfRetries = 0;
m_nrOfBytesRead = 0;
m_resetEvent.WaitOne(-1, true);
gotSequrityAccess = false;
lock (m_synchObject)
{
if (m_endThread)
{
//AddToCanTrace("Thread ended", gotSequrityAccess);
return;
}
}
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Starting session..."));
}
m_kwpHandler.startSession();
AddToCanTrace("Session started", gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Session started, requesting security access to ECU"));
}
if (!gotSequrityAccess)
{
AddToCanTrace("No security access", gotSequrityAccess);
for (int nrOfSequrityTries = 0; nrOfSequrityTries < 5; nrOfSequrityTries++)
{
if (/*!m_kwpHandler.requestSequrityAccess()*/ !KWPHandler.getInstance().requestSequrityAccess(true))
{
AddToCanTrace("No security access granted", gotSequrityAccess);
}
else
{
gotSequrityAccess = true;
AddToCanTrace("Security access granted", gotSequrityAccess);
break;
}
}
}
if (!gotSequrityAccess)
{
SetFlashStatus(FlashStatus.NoSequrityAccess);
AddToCanTrace("No security access granted after 5 retries", gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to get security access after 5 retries"));
}
}
//Here it would make sense to stop if we didn't ge security acces but
//let's try anyway. It could be that we don't get a possitive reply from the
//ECU if we alredy have security access (from a previous, interrupted, session).
if (m_command == FlashCommand.ReadCommand)
{
int nrOfBytes = 64;//512;
byte[] data;
AddToCanTrace("Reading flash content to file: " + m_fileName, gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Reading data from ECU..."));
}
if (File.Exists(m_fileName))
{
File.Delete(m_fileName);
}
FileStream fileStream = File.Create(m_fileName, 1024);
AddToCanTrace("File created", gotSequrityAccess);
SetFlashStatus(FlashStatus.Reading);
AddToCanTrace("Flash status is reading", gotSequrityAccess);
for (int i = 0; i < 512 * 1024 / nrOfBytes; i++)
{
lock (m_synchObject)
{
if (m_command == FlashCommand.StopCommand)
{
continue;
}
if (m_endThread)
{
return;
}
}
while (!m_kwpHandler.sendReadRequest((uint)(nrOfBytes * i), (uint)nrOfBytes))
{
m_nrOfRetries++;
}
while (!m_kwpHandler.sendRequestDataByOffset(out data))
{
m_nrOfRetries++;
}
fileStream.Write(data, 0, nrOfBytes);
m_nrOfBytesRead += nrOfBytes;
}
fileStream.Close();
AddToCanTrace("Closed file", gotSequrityAccess);
m_kwpHandler.sendDataTransferExitRequest();
AddToCanTrace("Done reading", gotSequrityAccess);
}
else if (m_command == FlashCommand.ReadMemoryCommand)
{
int nrOfBytes = /*512*/ 64;
byte[] data;
//Console.WriteLine("Reading: " + m_length.ToString() + " bytes");
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Reading data from ECU..."));
}
if (File.Exists(m_fileName))
{
File.Delete(m_fileName);
}
FileStream fileStream = File.Create(m_fileName, 1024);
int nrOfReads = (int)m_length / nrOfBytes;
for (int i = 0; i < nrOfReads; i++)
{
lock (m_synchObject)
{
if (m_command == FlashCommand.StopCommand)
{
continue;
}
if (m_endThread)
{
return;
}
}
SetFlashStatus(FlashStatus.Reading);
if (i == nrOfReads - 1)
{
nrOfBytes = (int)m_length - nrOfBytes * i;
}
while (!m_kwpHandler.sendReadRequest((uint)m_offset + (uint)(nrOfBytes * i), (uint)nrOfBytes))
{
m_nrOfRetries++;
}
while (!m_kwpHandler.sendRequestDataByOffset(out data))
{
m_nrOfRetries++;
}
Console.WriteLine("Writing data to file: " + m_length.ToString() + " bytes");
fileStream.Write(data, 0, nrOfBytes);
m_nrOfBytesRead += nrOfBytes;
}
fileStream.Close();
Console.WriteLine("Done reading");
m_kwpHandler.sendDataTransferExitRequest();
}
else if (m_command == FlashCommand.ReadSymbolMapCommand)
{
byte[] data;
string swVersion = "";
m_nrOfBytesRead = 0;
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Reading symbol map from ECU..."));
}
if (File.Exists(m_fileName))
{
File.Delete(m_fileName);
}
FileStream fileStream = File.Create(m_fileName, 1024);
if (m_kwpHandler.sendUnknownRequest() != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to read data from ECU..."));
}
SetFlashStatus(FlashStatus.ReadError);
continue;
}
SetFlashStatus(FlashStatus.Reading);
m_kwpHandler.getSwVersionFromDR51(out swVersion);
if (m_kwpHandler.sendReadSymbolMapRequest() != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to read data from ECU..."));
}
SetFlashStatus(FlashStatus.ReadError);
continue;
}
m_kwpHandler.sendDataTransferRequest(out data);
while (data.Length > 0x10)
{
fileStream.Write(data, 1, data.Length - 3);
m_nrOfBytesRead += data.Length - 3;
lock (m_synchObject)
{
if (m_command == FlashCommand.StopCommand)
{
continue;
}
if (m_endThread)
{
return;
}
}
m_kwpHandler.sendDataTransferRequest(out data);
}
fileStream.Flush();
fileStream.Close();
}
else if (m_command == FlashCommand.WriteCommand)
{
AddToCanTrace("Write command seen", gotSequrityAccess);
int nrOfBytes = 128;
int i = 0;
byte[] data = new byte[nrOfBytes];
if (!gotSequrityAccess)
{
SetFlashStatus(FlashStatus.Completed);
continue;
}
if (!File.Exists(m_fileName))
{
SetFlashStatus(FlashStatus.NoSuchFile);
AddToCanTrace("No such file found: " + m_fileName, gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to find file to flash..."));
}
continue;
}
AddToCanTrace("Start erasing", gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Erasing flash..."));
}
SetFlashStatus(FlashStatus.Eraseing);
if (m_kwpHandler.sendEraseRequest() != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to erase flash..."));
}
SetFlashStatus(FlashStatus.EraseError);
AddToCanTrace("Erase error occured", gotSequrityAccess);
// break;
}
AddToCanTrace("Opening file for reading", gotSequrityAccess);
FileStream fs = new FileStream(m_fileName, FileMode.Open, FileAccess.Read);
SetFlashStatus(FlashStatus.Writing);
AddToCanTrace("Set flash status to writing", gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Writing flash... 0x00000-0x7B000"));
}
//Write 0x0-0x7B000
AddToCanTrace("0x0-0x7B000", gotSequrityAccess);
Thread.Sleep(100);
if (m_kwpHandler.sendWriteRequest(0x0, 0x7B000) != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to write data to flash..."));
}
SetFlashStatus(FlashStatus.WriteError);
AddToCanTrace("Write error occured", gotSequrityAccess);
continue;
}
for (i = 0; i < 0x7B000 / nrOfBytes; i++)
{
fs.Read(data, 0, nrOfBytes);
m_nrOfBytesRead = i * nrOfBytes;
AddToCanTrace("sendWriteDataRequest " + m_nrOfBytesRead.ToString(), gotSequrityAccess);
if (m_kwpHandler.sendWriteDataRequest(data) != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to write data to flash..."));
}
SetFlashStatus(FlashStatus.WriteError);
AddToCanTrace("Write error occured " + m_nrOfBytesRead.ToString(), gotSequrityAccess);
continue;
}
lock (m_synchObject)
{
if (m_command == FlashCommand.StopCommand)
{
AddToCanTrace("Stop command seen", gotSequrityAccess);
continue;
}
if (m_endThread)
{
AddToCanTrace("Thread ended", gotSequrityAccess);
return;
}
}
}
//Write 0x7FE00-0x7FFFF
AddToCanTrace("Write 0x7FE00-0x7FFFF", gotSequrityAccess);
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Writing flash... 0x7FE00-0x7FFFF"));
}
if (m_kwpHandler.sendWriteRequest(0x7FE00, 0x200) != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to write data to flash..."));
}
SetFlashStatus(FlashStatus.WriteError);
AddToCanTrace("Write error occured", gotSequrityAccess);
continue;
}
fs.Seek(0x7FE00, System.IO.SeekOrigin.Begin);
for (i = 0x7FE00 / nrOfBytes; i < 0x80000 / nrOfBytes; i++)
{
fs.Read(data, 0, nrOfBytes);
m_nrOfBytesRead = i * nrOfBytes;
AddToCanTrace("sendWriteDataRequest " + m_nrOfBytesRead.ToString(), gotSequrityAccess);
if (m_kwpHandler.sendWriteDataRequest(data) != KWPResult.OK)
{
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Failed to write data to flash..."));
}
SetFlashStatus(FlashStatus.WriteError);
AddToCanTrace("Write error occured " + m_nrOfBytesRead.ToString(), gotSequrityAccess);
continue;
}
lock (m_synchObject)
{
if (m_command == FlashCommand.StopCommand)
{
AddToCanTrace("Stop command seen", gotSequrityAccess);
continue;
}
if (m_endThread)
{
AddToCanTrace("Thread ended", gotSequrityAccess);
return;
}
}
}
}
if (onStatusChanged != null)
{
onStatusChanged(this, new StatusEventArgs("Flasing procedure completed"));
}
AddToCanTrace("T7Flasher completed", gotSequrityAccess);
SetFlashStatus(FlashStatus.Completed);
}
}
/// <summary>
/// The run method handles writing and reading. It waits for a command to start read
/// or write and handles this command until it's completed, stopped or until there is
/// a failure.
/// </summary>
void run()
{
while (true)
{
logger.Debug("Running T7Flasher");
m_nrOfRetries = 0;
m_nrOfBytesRead = 0;
m_resetEvent.WaitOne(-1, true);
gotSequrityAccess = false;
lock (m_synchObject)
{
if (m_endThread)
{
return;
}
}
NotifyStatusChanged(this, new StatusEventArgs("Starting session..."));
m_kwpHandler.startSession();
logger.Debug("Session started");
NotifyStatusChanged(this, new StatusEventArgs("Session started, requesting security access to ECU"));
if (!gotSequrityAccess)
{
logger.Debug("No security access");
for (int nrOfSequrityTries = 0; nrOfSequrityTries < 5; nrOfSequrityTries++)
{
if (!KWPHandler.getInstance().requestSequrityAccess(true))
{
logger.Debug("No security access granted");
}
else
{
gotSequrityAccess = true;
logger.Debug("Security access granted");
break;
}
}
}
if (!gotSequrityAccess)
{
SetFlashStatus(FlashStatus.NoSequrityAccess);
logger.Debug("No security access granted after 5 retries");
NotifyStatusChanged(this, new StatusEventArgs("Failed to get security access after 5 retries"));
}
//Here it would make sense to stop if we didn't ge security access but
//let's try anyway. It could be that we don't get a possitive reply from the
//ECU if we alredy have security access (from a previous, interrupted, session).
if (m_command == FlashCommand.ReadCommand)
{
ReadCommand();
}
else if (m_command == FlashCommand.ReadMemoryCommand)
{
ReadMemoryCommand();
}
else if (m_command == FlashCommand.ReadSymbolMapCommand)
{
ReadSymbolMapCommand();
}
else if (m_command == FlashCommand.WriteCommand)
{
WriteCommand();
}
if (m_endThread)
{
return;
}
NotifyStatusChanged(this, new StatusEventArgs("Flasing procedure completed"));
logger.Debug("T7Flasher completed");
SetFlashStatus(FlashStatus.Completed);
}
}
public void SuspendAlivePolling()
{
KWPHandler.getInstance().SuspendAlivePolling();
}