private bool outputONTTXOpticalPower(string _index, Button b) { try { b.Background = Brushes.Lime; string _comPort = ""; switch (_index) { case "1": { _comPort = GlobalData.initSetting.USBDEBUG1; break; } case "2": { _comPort = GlobalData.initSetting.USBDEBUG2; break; } case "3": { _comPort = GlobalData.initSetting.USBDEBUG3; break; } case "4": { _comPort = GlobalData.initSetting.USBDEBUG4; break; } } Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; GW ont = null; try { switch (GlobalData.initSetting.ONTTYPE) { case "GW040H": { ont = new GW040H(_comPort); break; } case "GW020BoB": { ont = new GW020BoB(_comPort); break; } default: break; } if (!ont.Open(out message)) { ret = false; } else { ret = ont.Login(out message); } ont.outTXPower(); Thread.Sleep(1000); message = ont.Read(); } catch (Exception ex) { message = ex.ToString(); } MessageBox.Show(string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"), "OUTPUT TX POWER", MessageBoxButton.OK, ret == true ? MessageBoxImage.Information : MessageBoxImage.Error); try { ont.Close(); } catch { } App.Current.Dispatcher.Invoke(new Action(() => { b.Background = (SolidColorBrush) new BrushConverter().ConvertFrom("#777777"); })); })); t.IsBackground = true; t.Start(); return(true); } catch { return(false); } }
private void Button_Click(object sender, RoutedEventArgs e) { Button b = sender as Button; GlobalData.manualTest.IQS610PLOG = ""; GlobalData.manualTest.DCAX86100DLOG = ""; GlobalData.manualTest.ONTLOG = ""; switch (b.Name) { case "IQSconn": { Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; //CONNECT TO IQS1700 GlobalData.manualTest.IQS610PLOG += "Connecting to IQS1700...\n"; GlobalData.powerDevice = new IQS1700(GlobalData.initSetting.EXFOIP, GlobalData.initSetting.EXFOPORT); message = ""; ret = GlobalData.powerDevice.Open(out message); GlobalData.manualTest.IQS610PLOG += message + "\n"; GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); //CONNECT TO IQS9100B GlobalData.manualTest.IQS610PLOG += "Connecting to IQS9100B...\n"; GlobalData.switchDevice = new IQS9100B(GlobalData.initSetting.EXFOIP, GlobalData.initSetting.EXFOPORT); message = ""; ret = GlobalData.switchDevice.Open(out message); GlobalData.manualTest.IQS610PLOG += message + "\n"; GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); })); t.IsBackground = true; t.Start(); break; } case "IQSinit": { Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; //KHỞI TẠO MODULE IQS1700 GlobalData.manualTest.IQS610PLOG += "Initializing module IQS1700...\n"; message = ""; try { ret = GlobalData.powerDevice.Initialize(); } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.IQS610PLOG += message + "\n"; GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); //KHỞI TẠO MODULE IQS9100B GlobalData.manualTest.IQS610PLOG += "Initializing module IQS9100B...\n"; message = ""; try { ret = GlobalData.switchDevice.Initialize(); } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.IQS610PLOG += message + "\n"; GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); })); t.IsBackground = true; t.Start(); break; } case "IQSgetdBm": { Thread t = new Thread(new ThreadStart(() => { GlobalData.manualTest.IQS610PLOG += string.Format("Read power dBm of module IQS1700 Rack {0}...\n", GlobalData.initSetting.PWINSTRPORT); string message = ""; try { double value1 = 0, value2 = 0, value3 = 0, value4 = 0; Thread t1 = new Thread(new ThreadStart(() => { value1 = double.Parse(GlobalData.powerDevice.getPower_dBm_NoAtt(1)); })); t1.IsBackground = true; t1.Start(); Thread t2 = new Thread(new ThreadStart(() => { value2 = double.Parse(GlobalData.powerDevice.getPower_dBm_NoAtt(2)); })); t2.IsBackground = true; t2.Start(); Thread t3 = new Thread(new ThreadStart(() => { value3 = double.Parse(GlobalData.powerDevice.getPower_dBm_NoAtt(3)); })); t3.IsBackground = true; t3.Start(); Thread t4 = new Thread(new ThreadStart(() => { value4 = double.Parse(GlobalData.powerDevice.getPower_dBm_NoAtt(4)); })); t4.IsBackground = true; t4.Start(); while (t1.IsAlive == true || t2.IsAlive == true || t3.IsAlive == true || t4.IsAlive == true) { Thread.Sleep(100); } message += "Channel1: " + value1.ToString() + " dBm\n"; message += "Channel2: " + value2.ToString() + " dBm\n"; message += "Channel3: " + value3.ToString() + " dBm\n"; message += "Channel4: " + value4.ToString() + " dBm\n"; } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.IQS610PLOG += message + "\n"; GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", "PASS"); })); t.IsBackground = true; t.Start(); break; } case "IQSgetmW": { //Thread t = new Thread(new ThreadStart(() => { // GlobalData.manualTest.IQS610PLOG += string.Format("Read power Watt of module IQS1700 at Port...\n"); // string message = ""; // try { // double value1 = 0, value2 = 0, value3 = 0, value4 = 0; // Thread t1 = new Thread(new ThreadStart(() => { // value1 = BaseFunctions.convert_dBm_To_uW(GlobalData.powerDevice.getPower_dBm(1)); // })); // t1.IsBackground = true; // t1.Start(); // Thread t2 = new Thread(new ThreadStart(() => { // value2 = BaseFunctions.convert_dBm_To_uW(GlobalData.powerDevice.getPower_dBm(2)); // })); // t2.IsBackground = true; // t2.Start(); // Thread t3 = new Thread(new ThreadStart(() => { // value3 = BaseFunctions.convert_dBm_To_uW(GlobalData.powerDevice.getPower_dBm(3)); // })); // t3.IsBackground = true; // t3.Start(); // Thread t4 = new Thread(new ThreadStart(() => { // value4 = BaseFunctions.convert_dBm_To_uW(GlobalData.powerDevice.getPower_dBm(4)); // })); // t4.IsBackground = true; // t4.Start(); // while (t1.IsAlive == true || t2.IsAlive == true || t3.IsAlive == true || t4.IsAlive == true) { Thread.Sleep(100); } // message += "Channel1: " + value1.ToString() + " uW\n"; // message += "Channel2: " + value2.ToString() + " uW\n"; // message += "Channel3: " + value3.ToString() + " uW\n"; // message += "Channel4: " + value4.ToString() + " uW\n"; // } // catch (Exception ex) { // message = ex.ToString(); // } // GlobalData.manualTest.IQS610PLOG += message + "\n"; // GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", "PASS"); //})); //t.IsBackground = true; //t.Start(); break; } case "IQSSwitch": { SelectPort sp = new SelectPort(); sp.ShowDialog(); int _port = 0; if (sp.PortSelected.Trim() == "") { return; } else { _port = int.Parse(sp.PortSelected); } Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; GlobalData.manualTest.IQS610PLOG += string.Format("Switch module IQS9100B to Port{0}...\n", _port); message = ""; try { ret = GlobalData.switchDevice.switchToPort(_port); } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.IQS610PLOG += message + "\n"; GlobalData.manualTest.IQS610PLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); })); t.IsBackground = true; t.Start(); break; } case "DCAcalib": { //Ngắt kết nối Switch quang GlobalData.manualTest.DCAX86100DLOG += string.Format("Switch off cổng kết nối quang...\n"); bool kq = GlobalData.switchDevice.switchOff(); GlobalData.manualTest.DCAX86100DLOG += string.Format("=> Result: {0}\n", kq == true ? "PASS" : "FAIL"); if (kq == false) { return; } //Calib máy đo ER CalibratingWindow cw = new CalibratingWindow(); Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; App.Current.Dispatcher.Invoke(new Action(() => { cw.Show(); })); GlobalData.manualTest.DCAX86100DLOG += string.Format("Calibrating DCAX86100D...\n"); message = ""; try { ret = GlobalData.erDevice.ManualCalibrate(); CalibrationModuleTime.Write(); } catch (Exception ex) { message = ex.ToString(); } App.Current.Dispatcher.Invoke(new Action(() => { cw.Close(); })); GlobalData.manualTest.DCAX86100DLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); if (ret == true) { App.Current.Dispatcher.Invoke(new Action(() => { MessageBox.Show("Tool sẽ tự động đóng.\nVui lòng mở lại tool để tiếp tục calib sản phẩm.", "Đóng tool", MessageBoxButton.OK, MessageBoxImage.Information); Environment.Exit(0); })); } })); t.IsBackground = true; t.Start(); break; } case "DCAgetdBm": { SelectPort sp = new SelectPort(); sp.ShowDialog(); int _port = 0; if (sp.PortSelected.Trim() == "") { return; } else { _port = int.Parse(sp.PortSelected); } Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; //Switch Port IQS9100B GlobalData.manualTest.DCAX86100DLOG += string.Format("Switch module IQS9100B to Port{0}...\n", _port); message = ""; try { ret = GlobalData.switchDevice.switchToPort(_port); } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.DCAX86100DLOG += message + "\n"; GlobalData.manualTest.DCAX86100DLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); if (!ret) { return; } //Get Power GlobalData.manualTest.DCAX86100DLOG += string.Format("Getting Power value (dBm) from DCAX86100D...\n"); message = ""; try { message = double.Parse(GlobalData.erDevice.getdBm().Replace("\r", "").Replace("\n", "")).ToString(); } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.DCAX86100DLOG += message + " dBm\n"; GlobalData.manualTest.DCAX86100DLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); })); t.IsBackground = true; t.Start(); break; } case "DCAgetER": { SelectPort sp = new SelectPort(); sp.ShowDialog(); int _port = 0; if (sp.PortSelected.Trim() == "") { return; } else { _port = int.Parse(sp.PortSelected); } Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; GlobalData.manualTest.DCAX86100DLOG += string.Format("Getting ER value from DCAX86100D Port{0}...\n", _port); message = ""; try { message = GlobalData.erDevice.getER(_port); } catch (Exception ex) { message = ex.ToString(); } GlobalData.manualTest.DCAX86100DLOG += message + "\n"; GlobalData.manualTest.DCAX86100DLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); })); t.IsBackground = true; t.Start(); break; } case "ONTlogin": { //SelectPort sp = new SelectPort(); //sp.ShowDialog(); //int _port = 1; //if (sp.PortSelected.Trim() == "") return; //else _port = int.Parse(sp.PortSelected); //string _comPort = ""; //switch (_port) { // case 1: { _comPort = GlobalData.initSetting.USBDEBUG1; break; } // case 2: { _comPort = GlobalData.initSetting.USBDEBUG2; break; } // case 3: { _comPort = GlobalData.initSetting.USBDEBUG3; break; } // case 4: { _comPort = GlobalData.initSetting.USBDEBUG4; break; } //} //Thread t = new Thread(new ThreadStart(() => { // bool ret = false; // string message = ""; // GlobalData.manualTest.ONTLOG += string.Format("Login to ONT {0}...\n", _comPort); // GW ont = null; // try { // switch (GlobalData.initSetting.ONTTYPE) { // case "GW040H": { ont = new GW040H(_comPort);break; } // case "GW020BoB": { ont = new GW020BoB(_comPort); break; } // default: break; // } // if (!ont.Open(out message)) ret = false; // else ret = ont.Login(out message); // } // catch (Exception ex) { // message = ex.ToString(); // } // GlobalData.manualTest.ONTLOG += message + "\n"; // GlobalData.manualTest.ONTLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); // try { ont.Close(); } catch { } //})); //t.IsBackground = true; //t.Start(); break; } case "ONTtx": { SelectPort sp = new SelectPort(); sp.ShowDialog(); int _port = 0; if (sp.PortSelected.Trim() == "") { return; } else { _port = int.Parse(sp.PortSelected); } string _comPort = ""; switch (_port) { case 1: { _comPort = GlobalData.initSetting.USBDEBUG1; break; } case 2: { _comPort = GlobalData.initSetting.USBDEBUG2; break; } case 3: { _comPort = GlobalData.initSetting.USBDEBUG3; break; } case 4: { _comPort = GlobalData.initSetting.USBDEBUG4; break; } } Thread t = new Thread(new ThreadStart(() => { bool ret = false; string message = ""; GW ont = null; try { GlobalData.manualTest.ONTLOG += string.Format("Login to ONT {0}...\n", _comPort); switch (GlobalData.initSetting.ONTTYPE) { case "GW040H": { ont = new GW040H(_comPort); break; } case "GW020BoB": { ont = new GW020BoB(_comPort); break; } default: break; } if (!ont.Open(out message)) { ret = false; } else { ret = ont.Login(out message); } GlobalData.manualTest.ONTLOG += message + "\n"; GlobalData.manualTest.ONTLOG += string.Format("Send command to request ONT output optical Power {0}...\n", _comPort); ont.outTXPower(); Thread.Sleep(1000); message = ont.Read(); GlobalData.manualTest.ONTLOG += message + "\n"; } catch (Exception ex) { message = ex.ToString(); GlobalData.manualTest.ONTLOG += message + "\n"; } GlobalData.manualTest.ONTLOG += string.Format("=> Result: {0}\n", ret == true ? "PASS" : "FAIL"); try { ont.Close(); } catch { } })); t.IsBackground = true; t.Start(); break; } default: break; } }
//----RUN ALL //**************************************************************************************************** //**************************************************************************************************** //**************************************************************************************************** bool RunAll(testinginfo _testtemp, bosainfo _bosainfo, variables _vari) { System.Diagnostics.Stopwatch pt = new System.Diagnostics.Stopwatch(); pt.Start(); bool _result = false; string _message = ""; GW ontDevice = null; FVA3150 instrument = null; switch (globalData.initSetting.ONTTYPE) { case "GW040H": { ontDevice = new GW040H(_testtemp.COMPORT); break; } case "GW020BoB": { ontDevice = new GW020BoB(_testtemp.COMPORT); break; } default: return(false); } //Connect to Instrument _testtemp.SYSTEMLOG += string.Format("Connect to FVA3150 {0}...\r\n", _testtemp.GPIB); instrument = new FVA3150(_testtemp.GPIB); if (instrument.Open(out _message) == false) { _testtemp.SYSTEMLOG += "...FAIL" + "\r\n"; _testtemp.SYSTEMLOG += _message + "\r\n"; goto END; } _testtemp.SYSTEMLOG += "...PASS" + "\r\n"; //login to ONT if (ontDevice.loginToONT(_testtemp) == false) { goto END; } //Get MAC Address _testtemp.MACADDRESS = ontDevice.getMACAddress(_testtemp); if (_testtemp.MACADDRESS == string.Empty) { _testtemp.ERRORCODE = "(Mã Lỗi: COT-GM-0001)"; goto END; } //Set Vapd + Slope if (globalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.setVapdAndSlope(_bosainfo, _testtemp, instrument, _vari) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("Set Vadp + Slope time = {0} ms\r\n", pt.ElapsedMilliseconds); } //Overload + Sensitivity if (globalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.overloadSensitivity(_bosainfo, _testtemp, instrument, _vari) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("Overload + Sensitivity time = {0} ms\r\n", pt.ElapsedMilliseconds); } //RX DDMI Calibration if (ontDevice.calibDDMI(_bosainfo, _testtemp, instrument, _vari) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("RX DDMI Calibration time = {0} ms\r\n", pt.ElapsedMilliseconds); //RX DDMI Curve if (globalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.curveDDMI(_bosainfo, _testtemp, instrument, _vari) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("RX DDMI Curve time = {0} ms\r\n", pt.ElapsedMilliseconds); } //LOS Calibration bool _flag = false; if (ontDevice.calibLOS(_bosainfo, _testtemp, instrument, _vari, ref _flag) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("LOS Calibration time = {0} ms\r\n", pt.ElapsedMilliseconds); //LOS Check if (globalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.checkLOS(_flag, _bosainfo, _testtemp, instrument, _vari) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("LOS check time = {0} ms\r\n", pt.ElapsedMilliseconds); } //Write Flash if (globalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.writeFlash(_bosainfo, _testtemp) == false) { goto END; } pt.Stop(); _testtemp.SYSTEMLOG += string.Format("Write flash time = {0} ms\r\n", pt.ElapsedMilliseconds); } _result = true; END: try { ontDevice.Close(); } catch { } return(_result); }
//**************************************************************************************************** //**************************************************************************************************** //**************************************************************************************************** bool RunAll(testinginfo _testtemp, bosainfo _bosainfo, variables _vari) { System.Diagnostics.Stopwatch pt = new System.Diagnostics.Stopwatch(); pt.Start(); string _apdTime = "", _pwTime = "", _erTime = "", _ddmiTime = ""; if (!(GlobalData.initSetting.ONTTYPE == "GW020BoB" && GlobalData.initSetting.ONTAPD == "Only Write APD LUT")) { //Kiem tra ket noi toi may do Power _testtemp.SYSTEMLOG += string.Format("Kiểm tra kết nối tới máy đo EXFO IQS610P {0}...\r\n", GlobalData.initSetting.EXFOIP); if (Network.PingNetwork(GlobalData.initSetting.EXFOIP) == false) { _testtemp.SYSTEMLOG += "...Kết quả = FAIL\r\n"; GlobalData.connectionManagement.IQS1700STATUS = false; GlobalData.connectionManagement.IQS9100BSTATUS = false; return(false); } _testtemp.SYSTEMLOG += "...Kết quả = PASS\r\n"; } //login to ONT bool _result = false; GW ontDevice = null; switch (GlobalData.initSetting.ONTTYPE) { case "GW040H": { ontDevice = new GW040H(_testtemp.COMPORT); break; } case "GW020BoB": { ontDevice = new GW020BoB(_testtemp.COMPORT); break; } default: return(false); } if (ontDevice.loginToONT(_testtemp) == false) { goto END; } //Get MAC Address if (!GlobalData.initSetting.ENABLEWRITEMAC) { _testtemp.MACADDRESS = ontDevice.getMACAddress(_testtemp); if (_testtemp.MACADDRESS == string.Empty) { _testtemp.ERRORCODE = "(Mã Lỗi: COT-GM-0001)"; goto END; } } //Write APD LUT if (GlobalData.initSetting.ENABLEWRITEAPD == true) { if (ontDevice.writeAPD(_bosainfo, _testtemp) == false) { goto END; } } pt.Stop(); _apdTime = string.Format("PW time = {0} ms\r\n", pt.ElapsedMilliseconds); pt.Reset(); pt.Restart(); //Calib Power if (GlobalData.initSetting.ENABLETUNINGPOWER) { if (ontDevice.calibPower(int.Parse(_testtemp.ONTINDEX), _bosainfo, _testtemp, _vari) == false) { goto END; } } pt.Stop(); _pwTime = string.Format("PW time = {0} ms\r\n", pt.ElapsedMilliseconds); //Calib ER if (GlobalData.initSetting.ENABLETUNINGER || GlobalData.initSetting.ENABLETUNINGCROSSING) { pt.Reset(); pt.Restart(); //Đăng kí thứ tự Calib ER if (this._addToListSequenceTestER(_testtemp) == false) { goto END; } //Chờ đến lượt timeout 90s if (this._waitForTurn(_testtemp) == false) { goto END; } //Kiem tra ket noi toi may do DCA _testtemp.SYSTEMLOG += string.Format("Kiểm tra kết nối tới máy đo DCA X86100D {0}...\r\n", GlobalData.initSetting.ERINSTRGPIB); if (GlobalData.erDevice.isConnected() == false) { _testtemp.SYSTEMLOG += "...Kết quả = FAIL\r\n"; GlobalData.connectionManagement.DCAX86100DSTATUS = false; return(false); } _testtemp.SYSTEMLOG += "...Kết quả = PASS\r\n"; //Calib Dark level _testtemp.SYSTEMLOG += string.Format("Switching port...{0} OFF\r\n", _testtemp.ONTINDEX); GlobalData.switchDevice.switchOff(); Thread.Sleep(500); GlobalData.erDevice.Calibrate(); Thread.Sleep(500); //Switch Port check ER _testtemp.SYSTEMLOG += string.Format("Switching port...{0} ON\r\n", _testtemp.ONTINDEX); if (GlobalData.switchDevice.switchToPort(int.Parse(_testtemp.ONTINDEX)) == false) { goto END; } //Calib ER if (GlobalData.initSetting.ENABLETUNINGER) { if (ontDevice.calibER(int.Parse(_testtemp.ONTINDEX), _bosainfo, _testtemp, _vari) == false) { goto END; } } //Calib Crossing if (GlobalData.initSetting.ENABLETUNINGCROSSING && GlobalData.initSetting.ONTTYPE == "GW020BoB") { if (ontDevice.calibCrossing(int.Parse(_testtemp.ONTINDEX), _bosainfo, _testtemp, _vari) == false) { goto END; } } //Xóa thứ tự đăng kí Calib ER (để Thread # có thể sử dụng) this._removeFromListSequenceTestER(_testtemp); pt.Stop(); _erTime = string.Format("ER time = {0} ms\r\n", pt.ElapsedMilliseconds); } //TX DDMI pt.Reset(); pt.Restart(); if (GlobalData.initSetting.ENABLETXDDMI) { if (ontDevice.txDDMI(int.Parse(_testtemp.ONTINDEX), _bosainfo, _testtemp, _vari) == false) { goto END; } } //Signal Off if (GlobalData.initSetting.ENABLESIGNALOFF && GlobalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.signalOff(int.Parse(_testtemp.ONTINDEX), _bosainfo, _testtemp, _vari) == false) { goto END; } } //Write flash if (GlobalData.initSetting.ENABLEWRITEFLASH && GlobalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.writeFlash(_bosainfo, _testtemp) == false) { goto END; } } //Verify Signal if (GlobalData.initSetting.ENABLEVERIFYSIGNAL && GlobalData.initSetting.ONTTYPE == "GW040H") { if (ontDevice.verifySignal(int.Parse(_testtemp.ONTINDEX), _bosainfo, _testtemp, _vari) == false) { goto END; } } //Write MAC if (GlobalData.initSetting.ENABLEWRITEMAC) { if (ontDevice.writeMAC(_testtemp) == false) { goto END; } } pt.Stop(); _ddmiTime = string.Format("DDMI,SIGOFF,WRITE FLASH time = {0} ms\r\n", pt.ElapsedMilliseconds); _result = true; END: _testtemp.SYSTEMLOG += _pwTime; _testtemp.SYSTEMLOG += _erTime; _testtemp.SYSTEMLOG += _ddmiTime; this._removeFromListSequenceTestER(_testtemp); try { ontDevice.Close(); } catch { } return(_result); }