private void parseComRef(deviceEntry entry)
{
char tmp = (char)(mbReadBuf[0] >> 8);// MSB
entry.comRef = tmp.ToString();
tmp = (char)(mbReadBuf[0] & 0x00FF); //LSB
entry.comRef += tmp.ToString();
tmp = (char)(mbReadBuf[1] >> 8); // MSB
entry.comRef += tmp.ToString();
tmp = (char)((mbReadBuf[1]) & 0x00FF); // LSB
entry.comRef += tmp.ToString();
tmp = (char)(mbReadBuf[2] >> 8); // MSB
entry.comRef += tmp.ToString();
tmp = (char)((mbReadBuf[2]) & 0x00FF); // LSB
entry.comRef += tmp.ToString();
tmp = (char)(mbReadBuf[3] >> 8); // MSB
entry.comRef += tmp.ToString();
tmp = (char)((mbReadBuf[3]) & 0x00FF); // LSB
entry.comRef += tmp.ToString();
tmp = (char)(mbReadBuf[4] >> 8); // MSB
entry.comRef += tmp.ToString();
tmp = (char)((mbReadBuf[4]) & 0x00FF); // LSB
entry.comRef += tmp.ToString();
}
public int getDeviceInformation(deviceEntry devEntry, string deviceIP)
{
int retCode = -1;
modbusSlaveInfo slaveInfo = new modbusSlaveInfo();
slaveInfo.slaveIPAdd = deviceIP;
slaveInfo.slaveUid = 1;
slaveInfo.tcpPortId = 502;
mbAccess.setSlaveInfo(slaveInfo);
if (mbAccess.readModbusRegister(devComRefAddress, devComRefNReg, mbReadBuf) == 0)
{
parseComRef(devEntry);
if (mbAccess.readModbusRegister(controllerFWAddress, controllerFWNReg, mbReadBuf) == 0)
{
parsekuVer(devEntry);
}
if (mbAccess.readModbusRegister(networkFWAddress, networkFWNReg, mbReadBuf) == 0)
{
parsekcVer(devEntry);
retCode = 0;
}
}
return(retCode);
}
private void parsekuVer(deviceEntry entry)
{
UInt16 regVal = mbReadBuf[0];
int major = regVal / 10000;
int minor = regVal % 10000;
int rev = minor % 1000;
string revStr;
if (rev > 99)
{
revStr = rev.ToString();
}
else if (rev > 9)
{
revStr = "0" + rev.ToString();
}
else
{
revStr = "00" + rev.ToString();
}
minor /= 1000;
entry.kuVer = major.ToString() + "." + minor.ToString() + "." + revStr;
}
public void startUpgradeTask(deviceEntry[] entry, int listSize, upgradeFileInfo uFileInfo)
{
deviceListSize = listSize;
denty = new deviceEntry[listSize];
denty = entry;
semaUpdate = new Semaphore(8, 8);
deviceEntry dEntry = new deviceEntry();
srcFileName = uFileInfo.srcFileName;
srcFilePath = uFileInfo.srcFilePath;
Thread myth;
numberOfActiveUgradeTask = listSize;
Thread uprgdTaskTrak = new Thread(uprgdFinishTaskTrack);
uprgdTaskTrak.Start();
int k = 0;
for (k = 0; k < listSize; k++)
{
dEntry = denty[k];
myth = new Thread(() => updateThread(dEntry));
myth.Start();
Thread.Sleep(1000);
}
}
/* upgrade button click*/
private void btUpgrade_Click(object sender, RoutedEventArgs e)
{
int nDevice = grdDeviceList.SelectedItems.Count;
deviceEntry[] entry = new deviceEntry[nDevice];
try
{
if (nDevice < 1)
{
MessageBox.Show("Please select at least one device to be upgraded ");
return;
}
for (int i = 0; i < nDevice; i++)
{
entry[i] = (deviceEntry)grdDeviceList.SelectedItems[i];
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
Upgrade updateWin = new Upgrade(ref entry, nDevice);
updateWin.Show();
}
public backupNRestoreProgressInfo()
{
pbMax = 0;
pbMin = 0;
pbVal = 0xFFFF;
actOn = actionOnControl.NO_ACTION;
dEntry = new deviceEntry();
}
public scanInfo()
{
pvMax = 0;
pvMin = 0;
pvVal = 0;
IPAddress = " ";
deviceInfo = new deviceEntry();
actOn = actionOnControl.PROGRESS_BAR;
}
public updateInfo()
{
fileName = " ";
filePath = " ";
serverIpAddress = " ";
winControlIndex = 0xFF;
pbMax = 0;
pbMin = 0;
pbVal = 0xFFFF;
actOn = actionOnControl.NO_ACTION;
dEntry = new deviceEntry();
}
public int scanNetwork(deviceEntry[] deviceList, tcpNIpInfoStruct portInfo)
{
scanInfo sInfo = new scanInfo();
int retCode = -1;
string serverIP = portInfo.serverIP;
sInfo.pvMax = portInfo.nDevice;
sInfo.pvMin = 0;
sInfo.pvVal = 0;
sInfo.actOn = actionOnControl.PROGRESS_BAR;
try
{
callBack(sInfo);
for (int i = 0; i < portInfo.nDevice; i++)
{
deviceEntry entry = new deviceEntry();
sInfo.IPAddress = serverIP;
sInfo.actOn = actionOnControl.LEBEL;
callBack(sInfo);
if (devIdObj.getDeviceInformation(entry, serverIP) == 0)
{
// update data grid only if device available in the network else look for next device
entry.deviceIP = serverIP;
deviceList[i] = entry;
sInfo.deviceInfo = entry;
sInfo.actOn = actionOnControl.DATA_GRID;
callBack(sInfo);
}
long IPLong = utility.IP2LongEndianLess(serverIP);
IPLong++; // go for next IP address
serverIP = utility.LongToIP(IPLong);
// update only progress bar
sInfo.pvVal++;
sInfo.actOn = actionOnControl.PROGRESS_BAR;
callBack(sInfo);
}//For Loop
sInfo.actOn = actionOnControl.PROCESS_COMPLETED;
callBack(sInfo);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
}
return(retCode);
}
public void addDeviceToList(deviceEntry[] dList, int nDevice)
{
if (dList == null || nDevice == 0)
{
return;
}
if (deviceList == null)
{
deviceList = new deviceEntry[nDevice];
}
for (int i = 0; i < nDevice; i++)
{
deviceList[i] = dList[i];
}
}
private void btTestProgrssBar_Click(object sender, RoutedEventArgs e)
{
for (int i = 0; i < 5; i++)
{
deviceEntry entry = new deviceEntry();
entry.comRef = "LTMR08EBD";
entry.deviceIP = "122.122.122." + index.ToString();
entry.kcVer = "4.5.0";
entry.kuVer = "3.7.0";
entry.kcVer = "4.5.0" + index.ToString();
entry.kuVer = "3.7.0" + index.ToString();
grdDeviceList.Items.Add(entry);
Console.WriteLine(index);
index++;
}
}
public StateMachine(scanProgressBar_Callback cb, dgrUpdateListRead_CallBack ucb, callback_ProgressBar cpb)
{
updateThread = new Thread(new ThreadStart(updateTask));
t6tAccess = new TeSysTMbAccess(cb);
ftpupdgr = new upgradeTask(cpb);
toolState = TOOLSTATE.UNINIT;
upgrade_Callback = ucb;
utility = new ftpMassUpgrade.toolUitility();
clientPort = 0;
serverPort = 0;
noOfDevice = 0;
deviceList = new deviceEntry[250];
upgradedDeviceList = new deviceEntry[250];
tmpEntry = new deviceEntry();
btScanDisabled = false;
portInfo = new tcpNIpInfoStruct();
fileInfo = new upgradeFileInfo();
}
private LTRM_ComercialRef getDeviceComRef(deviceEntry device)
{
LTRM_ComercialRef cRef = LTRM_ComercialRef.NONE;
string cRatings = device.comRef.Substring(4, 2);
if (cRatings == "08")
{
cRef = LTRM_ComercialRef.LTMR_08;
}
else if (cRatings == "27")
{
cRef = LTRM_ComercialRef.LTMR_27;
}
else if (cRatings == "10")//100
{
cRef = LTRM_ComercialRef.LTMR_100;
}
return(cRef);
}
// public void updateThread(int deviceId)
public void updateThread(deviceEntry dEntry)
{
updateInfo uInfo = new updateInfo();
Console.WriteLine("upgrade task invoked and waiting from sema");
semaUpdate.WaitOne();
int i = 0;
lock (thislock)
{
for (i = 0; i < 8; i++)
{
if (info[i].winControlIndex == 0xFF)
{
uInfo = info[i];
break;
}
}
if (i < 8)
{
uInfo.winControlIndex = i;
}
}
if (i > 8) // somthing is worng in memory allocation process did't able get windows resources
{
return;
}
uInfo.serverIpAddress = dEntry.deviceIP;
uInfo.fileName = srcFileName;
uInfo.filePath = srcFilePath;
int rTry = 0;
do
{ // send file to device and retry for 3 time in case fail
if (PostDatatoDevice(uInfo) == -1)
// if (dumy(uInfo) == -1)
{
uInfo.actOn = actionOnControl.PROGRESS_BAR;
uInfo.pbVal = 0;
cbPb(uInfo);
rTry++;
Thread.Sleep(1000);
}
else
{
break;
}
}while(rTry < 3);
// Successful only within 3 time retry
if (rTry < 3)
{
dEntry.upgradeStatus = "Successful";
}
else
{
//denty[deviceId].upgradeStatus = "Failed";
dEntry.upgradeStatus = "Failed";
}
uInfo.actOn = actionOnControl.DATA_GRID;
uInfo.dEntry = dEntry;
cbPb(uInfo);
lock (thislock)
{
info[i].winControlIndex = 0xFF;
}
numberOfActiveUgradeTask--;
// release the semaphore for other task
semaUpdate.Release();
}
public int scanNetwork(deviceEntry[] deviceList, tcpNIpInfoStruct portInfo)
{
scanInfo sInfo = new scanInfo();
int retCode = -1;
string serverIP = portInfo.serverIP;
sInfo.pvMax = portInfo.nDevice;
sInfo.pvMin = 0;
sInfo.pvVal = 0;
sInfo.actOn = actionOnControl.PROGRESS_BAR;
try
{
callBack(sInfo);
for (int i = 0; i < portInfo.nDevice; i++)
{
deviceEntry entry = new deviceEntry();
sInfo.IPAddress = serverIP;
sInfo.actOn = actionOnControl.LEBEL;
callBack(sInfo);
if (mbClient.modbusInit(portInfo.clientIP, (ushort)portInfo.clientPort) == 0)
{
if (mbClient.mbOpen(serverIP, (ushort)portInfo.serverPort) == 0)
{
if (mbClient.mbRead(64, 5, mbReadBuf) == 0)
{
parseComRef(entry);
retCode = 0;
}
if (mbClient.mbRead(76, 1, mbReadBuf) == 0)
{
parsekuVer(entry);
retCode = 0;
}
if (mbClient.mbRead(62, 1, mbReadBuf) == 0)
{
parsekcVer(entry);
retCode = 0;
}
mbClient.mbClose();
entry.deviceIP = serverIP;
}
}
long IPLong = utility.IP2LongEndianLess(serverIP);
IPLong++; // go for next IP address
serverIP = utility.LongToIP(IPLong);
sInfo.pvVal++;
sInfo.actOn = actionOnControl.PROGRESS_BAR;
callBack(sInfo);
//update status only in device available
if (retCode == 0)
{
deviceList[i] = entry;
sInfo.deviceInfo = entry;
sInfo.actOn = actionOnControl.DATA_GRID;
callBack(sInfo);
}
retCode = -1;
}//For Loop
deviceEntry lastEntry = new deviceEntry();
sInfo.deviceInfo = lastEntry;
sInfo.actOn = actionOnControl.PROCESS_COMPLETED;
callBack(sInfo);
}
catch (Exception e)
{
Console.WriteLine(e.Message);
mbClient.mbClose();
}
return(retCode);
}
public NetworkScan(scanProgressBar_Callback cb)
{
t6tAccess = new TeSysTMbAccess(cb);
deviceList = new deviceEntry[MAX_DEVICE_SUPPORTED];
portInfo = new tcpNIpInfoStruct();
}
public deviceIdentification()
{
mbReadBuf = new ushort[120];
deviceInfo = new deviceEntry();
mbAccess = new ModbusRegisterAccess();
}
/* Read LTMR configuration including host configuration register and
* custom logic file over Modbus serial line(HMI Port) */
private void readLTMRConfiguration(deviceEntry dEntry)
{
ushort modbusStartAddress;
ushort numberofRegister;
byte[] data = new byte[512];
UInt16[] regVal = new UInt16[120];
int index = 0;
confFileFormate confData = new confFileFormate();
//Register Address 540-599, 600-699,800-898,1250-1269,3000-3087,3088-3119)
confFileHeader bHeader = new confFileHeader();
bHeader.comRef = dEntry.comRef;
bHeader.kcFwVer = dEntry.kcVer;
bHeader.kuFwVer = dEntry.kuVer;
modbusSlaveInfo sInfo = new modbusSlaveInfo();
sInfo.slaveIPAdd = dEntry.deviceIP;
sInfo.slaveUid = 1;
sInfo.tcpPortId = 502;
mbAccess.setSlaveInfo(sInfo);
mbAccess.readModbusRegister(70, 5, regVal);
bHeader.serialNumber = regVal[0].ToString() + regVal[1].ToString() + regVal[2].ToString() + regVal[3].ToString() + regVal[4].ToString();
// confData.fileHeader = bHeader;
confData.fileData = new confData[20480];
modbusStartAddress = 540;
numberofRegister = 60;
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) == 0)
{
for (int i = 0; i < numberofRegister; i++)
{
confData.fileData[i].regAdd = (ushort)(modbusStartAddress + i);
confData.fileData[i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 600;
numberofRegister = 100;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) == 0)
{
//confFile.Write(" Main Setting " + " \n");
for (int i = 0; i < numberofRegister; i++)
{
confData.fileData[index + i].regAdd = (ushort)(modbusStartAddress + i);
confData.fileData[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 800;
numberofRegister = 99;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) == 0)
{
for (int i = 0; i < numberofRegister; i++)
{
confData.fileData[index + i].regAdd = (ushort)(modbusStartAddress + i);
confData.fileData[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 1250;
numberofRegister = 20;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) == 0)
{
for (int i = 0; i < numberofRegister; i++)
{
confData.fileData[index + i].regAdd = (ushort)(modbusStartAddress + i);
confData.fileData[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 3000;
numberofRegister = 88;
// if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) == 0)
{
for (int i = 0; i < numberofRegister; i++)
{
confData.fileData[index + i].regAdd = (ushort)(modbusStartAddress + i);
confData.fileData[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 3088;
numberofRegister = 32;
// if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) == 0)
{
for (int i = 0; i < numberofRegister; i++)
{
confData.fileData[index + i].regAdd = (ushort)(modbusStartAddress + i);
confData.fileData[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
}
}
}
}
}
}
bHeader.confRegLen = index;
bHeader.customStartIndex = index;
confData.fileHeader = bHeader;
/* check Operating mode before starting uploading custom logic file*/
//((modbusStartAddress, numberofRegister, regVal) == 0)
if (mbAccess.readModbusRegister(540, 1, regVal) == 0)
{
/* Custom logic file will present if Reg(540)>255 else no custom logic file hance ignore reading it*/
if (regVal[0] > 255)
{
bHeader.customRegLen = readLTMRLogicFile(ref confData);
}
}
confData.fileHeader = bHeader;
string confFileName = dEntry.deviceIP.Replace('.', '_');
confFileName = confFileName + "_conf.csv";
writeConfFile(confData, confFileName);
//MessageBox.Show("backup Completed");
}
private void btStart_Click(object sender, RoutedEventArgs e)
{
int selectedLst = grdBnRDeviceList.SelectedItems.Count;
deviceEntry[] dEntry = new deviceEntry[selectedLst];
bool isFileSelected = false;
try
{
if (selectedLst < 1)
{
MessageBox.Show("Please select at leat one device to be Backed-up or Restored");
return;
}
for (int i = 0; i < selectedLst; i++)
{
dEntry[i] = (deviceEntry)(grdBnRDeviceList.SelectedItems[i]);
}
}
catch (excepetion ex)
{
Console.WriteLine(ex.Message);
}
if (rdBackup.IsChecked == true)
{
ltmrBnR.backupDeviceConfiguration(dEntry, selectedLst);
}
else if (rdRestore.IsChecked == true)
{
TeSysTConfiFile confFiles = new TeSysTConfiFile();
if (txtRef100Amp.Text != "")
{
confFiles.fileName100Amp = txtRef100Amp.Text.ToString();
isFileSelected = true;
}
else
{
confFiles.fileName100Amp = "";
}
if (txtRef27Amp.Text != "")
{
confFiles.fileName27Amp = txtRef27Amp.Text.ToString();
isFileSelected = true;
}
else
{
confFiles.fileName27Amp = "";
}
if (txtRef8Amp.Text != "")
{
confFiles.fileName8Amp = txtRef8Amp.Text.ToString();
isFileSelected = true;
}
else
{
confFiles.fileName8Amp = "";
}
if (isFileSelected == true)
{
ltmrBnR.restoreDeviceConfiguration(dEntry, selectedLst, confFiles);
}
else
{
MessageBox.Show("please select at least one configuration file");
}
}
}
///* read custom logic file from LTMR*/
//private void readLTMRLogicFile()
//{
// byte tokenId = 0;
// int pageId = 0;
// int wordRemain = 0;
// int logicFileSize = 0;
// UInt16[] regVal = new UInt16[32];
// byte[] data = new byte[512];
// int failCode = 0;
// int isInConfigMode = 0;
// StreamWriter fWriter = null;
// /* enter in config mode before starting custom logic file access it is mandatory requirment */
// //if (comm.Read(ViewModelConstants.NodeNumber, 601, 1, ref regVal) == true)
// if (mbAccess.readModbusRegister( 601, 1, regVal) > 0)
// {
// isInConfigMode = regVal[0] & 0x0001;
// if (isInConfigMode == 0)
// {
// regVal[0] |= 0x0001;
// //if (comm.Write(ViewModelConstants.NodeNumber, 601, 1, regVal) == false)
// if (mbAccess.mbWrite(601, 1, regVal) == -1)
// {
// MessageBox.Show("logic File Back-up failed");
// failCode = -1;
// }
// }
// }
// else
// {
// failCode = -1;
// }
// /* get the custom logic file size from device. which to be uploaded*/
// //if (comm.Read(ViewModelConstants.NodeNumber, 1203, 1, ref regVal) == true)
// if (mbAccess.mbRead(1203, 1, regVal) > 0)
// {
// logicFileSize = regVal[0];
// wordRemain = logicFileSize + 1;// 1 byte added for len of file
// if (logicFileSize > 0)
// {
// /* get the token to access the logic file available in device. */
// //if (comm.Read(ViewModelConstants.NodeNumber, 1209, 1, ref regVal) == true)
// if (myClient.mbRead(1209, 1, regVal) > 0)
// {
// tokenId = (byte)(regVal[0] / 256); // taken is only MSB
// }
// else
// {
// failCode = -1;
// }
// }
// else
// {
// failCode = -1;
// MessageBox.Show("Logic File Size is zero");
// }
// }
// if (tokenId > 0 && failCode == 0)
// {
// try
// {
// fWriter = new StreamWriter("logicFile.csv");
// }
// catch (FileLoadException e)
// {
// MessageBox.Show(" Fail to open File -- may be used by other application ");
// }
// while (wordRemain > 0)
// {
// /* Tell device to want access logical memory section (Custom logic) */
// regVal[0] = 1;
// //if (comm.Write(ViewModelConstants.NodeNumber, 1207, 1, regVal) == true)
// if (myClient.mbWrite(1207, 1, regVal) == 0)
// {
// /* Tell device the page number wants to read */
// regVal[0] = (ushort)pageId;
// //if (comm.Write(ViewModelConstants.NodeNumber, 1208, 1, regVal) == true)
// if (myClient.mbWrite(1208, 1, regVal) == 0)
// {
// int cmd = tokenId * 256; // token in MSB
// cmd += 1; //read command
// regVal[0] = (ushort)cmd;
// /*Send command to device telling READ with provided token*/
// //if (comm.Write(ViewModelConstants.NodeNumber, 1209, 1, regVal) == true)
// if (myClient.mbWrite(1209, 1, regVal) == 0)
// {
// int nReg = (wordRemain > 16) ? 16 : wordRemain;
// /* read custom logic file of Max size 16 register/Word of asked pageId */
// // if (comm.Read(ViewModelConstants.NodeNumber, 1210, (ushort)nReg, ref regVal) == true)
// if (myClient.mbRead(1210, (ushort)nReg, regVal) > 0)
// {
// /* incereament tokenId by one every time for new request*/
// tokenId++;
// /* incereament pageId by Max Page size every time for new page request*/
// pageId += 16;
// wordRemain -= nReg;
// /* dump this page in file and go for next pageId*/
// for (int i = 0; i < nReg; i++)
// {
// fWriter.WriteLine(regVal[i].ToString());
// }
// }
// if (wordRemain <= 0)
// {
// /* Release the token after uploading complete logic file */
// cmd = tokenId * 256; // token in MSB
// cmd += 5; //release token command
// regVal[0] = (ushort)cmd;
// //if (comm.Write(ViewModelConstants.NodeNumber, 1209, 1, regVal) == true)
// if (myClient.mbWrite(1209, 1, regVal) == 0)
// {
// MessageBox.Show("Logical file backup successful ");
// }
// }
// }
// else
// {
// failCode = -1;
// }
// }
// else
// {
// failCode = -1;
// }
// }
// else
// {
// failCode = -1;
// }
// }//while
// fWriter.Close();
// if (failCode == -1)
// {
// MessageBox.Show("logical file Backup failed");
// }
// }
// /* Exit from config mode if enter in this fuction else nothing to do */
// if (isInConfigMode == 0)
// {
// //if (comm.Read(ViewModelConstants.NodeNumber, 601, 1, ref regVal) == true)
// if (myClient.mbRead(601, 1, regVal) > 0)
// {
// regVal[0] &= 0xFFFE;
// //if (comm.Write(ViewModelConstants.NodeNumber, 601, 1, regVal) == false)
// if (myClient.mbWrite(601, 1, regVal) == -1)
// {
// MessageBox.Show("Failed to exit from config mode");
// }
// }
// }
//}
/* Read LTMR configuration including host configuration register and
* custom logic file over Modbus serial line(HMI Port) */
private void readLTMRConfiguration(deviceEntry dEntry)
{
ushort modbusStartAddress;
ushort numberofRegister;
byte[] data = new byte[512];
UInt16[] regVal = new UInt16[120];
int index = 0;
//Register Address 540-599, 600-699,800-898,1250-1269,3000-3087,3088-3119)
backupFileHeader bHeader = new backupFileHeader();
bHeader.comRef = dEntry.comRef;
bHeader.kcFwVer = dEntry.kcVer;
bHeader.kuFwVer = dEntry.kuVer;
modbusSlaveInfo sInfo = new modbusSlaveInfo();
sInfo.slaveIPAdd = dEntry.deviceIP;
sInfo.slaveUid = 1;
sInfo.tcpPortId = 502;
mbAccess.setSlaveInfo(sInfo);
mbAccess.readModbusRegister(70, 5, regVal);
bHeader.serialNumber = regVal[0].ToString() + regVal[1].ToString() + regVal[2].ToString() + regVal[3].ToString() + regVal[4].ToString();
modbusStartAddress = 540;
numberofRegister = 60;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) > 0)
{
for (int i = 0; i < numberofRegister; i++)
{
Config8Amp[i].regAdd = (ushort)(modbusStartAddress + i);
Config8Amp[i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 600;
numberofRegister = 100;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) > 0)
{
//confFile.Write(" Main Setting " + " \n");
for (int i = 0; i < numberofRegister; i++)
{
Config8Amp[index + i].regAdd = (ushort)(modbusStartAddress + i);
Config8Amp[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 800;
numberofRegister = 99;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) > 0)
{
for (int i = 0; i < numberofRegister; i++)
{
Config8Amp[index + i].regAdd = (ushort)(modbusStartAddress + i);
Config8Amp[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 1250;
numberofRegister = 20;
//if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) > 0)
{
for (int i = 0; i < numberofRegister; i++)
{
Config8Amp[index + i].regAdd = (ushort)(modbusStartAddress + i);
Config8Amp[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 3000;
numberofRegister = 88;
// if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) > 0)
{
for (int i = 0; i < numberofRegister; i++)
{
Config8Amp[index + i].regAdd = (ushort)(modbusStartAddress + i);
Config8Amp[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
modbusStartAddress = 3088;
numberofRegister = 32;
// if (comm.Read(ViewModelConstants.NodeNumber, modbusStartAddress, numberofRegister, ref data) == true)
if (mbAccess.readModbusRegister(modbusStartAddress, numberofRegister, regVal) > 0)
{
for (int i = 0; i < numberofRegister; i++)
{
Config8Amp[index + i].regAdd = (ushort)(modbusStartAddress + i);
Config8Amp[index + i].regVal = (ushort)(regVal[i]);
}
index = index + numberofRegister;
}
}
}
}
}
}
bHeader.confRegLen = index;
bHeader.customStartIndex = index;
string confFileName = dEntry.deviceIP.Replace('.', '_');
confFileName = confFileName + "conf.csv";
StreamWriter confFile = new StreamWriter(confFileName);
// First write Backup file header to file then data
confFile.Write(" Comercial ref" + ";" + bHeader.comRef + " \n");
confFile.Write(" Serial No" + ";" + bHeader.serialNumber + " \n");
confFile.Write(" KU FW Version" + ";" + bHeader.kuFwVer + " \n");
confFile.Write(" KC FW Version" + ";" + bHeader.kcFwVer + " \n");
confFile.Write(" lenght of Conf" + ";" + bHeader.confRegLen.ToString() + " \n");
confFile.Write(" StartAdd CL" + ";" + bHeader.customStartIndex.ToString() + " \n");
confFile.Write(" lenght of CL" + ";" + bHeader.customRegLen.ToString() + " \n");
//write configuration register to file
for (int i = 0; i < bHeader.confRegLen; i++)
{
confFile.Write(Config8Amp[i].regAdd.ToString() + ";" + Config8Amp[i].regVal.ToString() + " \n");
}
confFile.Close();
/* check Operating mode before starting uploading custom logic file*/
//if (myClient.mbRead(540, 1, regVal) > 0)
//{
// /* Custom logic file will present if Reg(540)>255 else no custom logic file hance egnor reading it*/
// if (regVal[0] > 255)
// {
// readLTMRLogicFile();
// }
//}
MessageBox.Show("backup Completed");
}