//Calib Quang------------------------------//
public override bool loginToONT(testinginfo _testinfo)
{
_testinfo.SYSTEMLOG += string.Format("Verifying type of ONT...\r\n...{0}\r\n", GlobalData.initSetting.ONTTYPE);
bool _result = false;
string _message = "";
_testinfo.SYSTEMLOG += "Open comport of ONT...\r\n";
if (!base.Open(out _message))
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-LI-0001)";
_testinfo.SYSTEMLOG += string.Format("...{0}, {1}\r\n", _testinfo.ERRORCODE, _message);
return(false);
}
_testinfo.SYSTEMLOG += "...PASS\r\n";
_testinfo.SYSTEMLOG += "Login to ONT...\r\n";
_result = this.Login(out _message);
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-LI-0002)";
}
_testinfo.SYSTEMLOG += string.Format("...{0}, {1}\r\n", _testinfo.ERRORCODE, _message);
_testinfo.SYSTEMLOG += _result == true ? "PASS\r\n" : "FAIL\r\n";
return(_result);
}
public override bool txDDMI(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var)
{
try {
bool _result = false;
_testinfo.TXDDMIRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
_testinfo.SYSTEMLOG += "STEP 3: TX DDMI\r\n";
_var.Pwr_temp = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_testinfo.SYSTEMLOG += "Pwr_temp = " + _var.Pwr_temp + "\r\n";
base.WriteLine("echo set_flash_register_default >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo set_flash_register_Tx_data >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
string RR;
string RR_DAC;
RR = (Math.Round(Math.Pow(10, (_var.Pwr_temp / 10)) * 100)).ToString();
RR_DAC = int.Parse(RR).ToString("X");
base.WriteLine("echo set_flash_register_DDMI_TxPower 0x00" + RR_DAC + " 0x40 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
string str = base.Read();
base.WriteLine("echo DDMI_check_8472 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Split('\n')[n].Contains("Tx power"))
{
_var.TX_Power_DDMI = str.Split('\n')[n].Split('=')[1].TrimEnd();
_var.TX_Power_DDMI = (10 * Math.Log10(Convert.ToDouble(_var.TX_Power_DDMI) / 10000)).ToString("0.##");
_testinfo.SYSTEMLOG += "TX_Power_DDMI = " + _var.TX_Power_DDMI.ToString() + " dBm\r\n";
if (Convert.ToDouble(_var.TX_Power_DDMI) > (_var.Pwr_temp - 0.5) && Convert.ToDouble(_var.TX_Power_DDMI) < (_var.Pwr_temp + 0.5))
{
_result = true;
}
else
{
_result = false;
}
}
}
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-MI-0001)";
}
_testinfo.SYSTEMLOG += _result == true ? "Check Power DDMI: PASS.\r\n" : string.Format("Check Power DDMI: FAIL. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.TXDDMIRESULT = _result == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(_result);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-MI-0002)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
_testinfo.TXDDMIRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
}
bool _waitForTurn(testinginfo _testinfo)
{
bool _flag = false;
int timeout = 900; //timeout =90s
int count = 0;
_testinfo.SYSTEMLOG += "Wait for turning ER...\r\n";
while (!_flag)
{
string _tmp = "";
lock (thisLock) { _tmp = GlobalData.listSequenceTestER[0]; }
if (_tmp == _testinfo.ONTINDEX)
{
_flag = true;
}
Thread.Sleep(100);
count++;
if (count > timeout)
{
break;
}
}
_testinfo.SYSTEMLOG += string.Format("...Waited time:{0} ms\r\n", count * 100);
if (count > timeout)
{
return(false); //Request time out
}
return(true);
}
public static bool Save(testinginfo _testinfo)
{
lock (lockthis) {
try {
string _dir = GlobalData.initSetting.ONTTYPE == "GW040H" ? _dir_040H_logpath : _dir_020BoB_logpath;
string _file = DateTime.Now.ToString("yyyyMMdd");
string _title = GlobalData.initSetting.ONTTYPE == "GW040H" ? "DATETIME,MAC-ADDRESS,BOSA-SERIAL,TUNINGPOWER-RESULT,TUNINGER-RESULT,TXDDMI-RESULT,SIGNALOFF-RESULT,WRITEFLASH-RESULT,VERIFYSIGNAL-RESULT,WRITEMAC-RESULT,ERROR-CODE,TOTAL-RESULT,TOTAL-TIME" : "DATETIME,MAC-ADDRESS,BOSA-SERIAL,WRITEAPD-RESULT,TUNINGPOWER-RESULT,TUNINGER-RESULT,TUNING-CROSSING,TXDDMI-RESULT,ERROR-CODE,TOTAL-RESULT,TOTAL-TIME";
string _content = "";
_content += DateTime.Now.ToString("yyyy/MM/dd HH:mm:ss") + ",";
_content += _testinfo.MACADDRESS + ",";
_content += _testinfo.BOSASERIAL + ",";
if (GlobalData.initSetting.ONTTYPE != "GW040H")
{
_content += _testinfo.WRITEAPDRESULT + ",";
}
_content += _testinfo.TUNINGPOWERRESULT + ",";
_content += _testinfo.TUNINGERRESULT + ",";
if (GlobalData.initSetting.ONTTYPE != "GW040H")
{
_content += _testinfo.TUNINGCROSSINGRESULT + ",";
}
_content += _testinfo.TXDDMIRESULT + ",";
if (GlobalData.initSetting.ONTTYPE == "GW040H")
{
_content += _testinfo.SIGNALOFFRESULT + ",";
_content += _testinfo.WRITEFLASHRESULT + ",";
_content += _testinfo.VERIFYSIGNALRESULT + ",";
_content += _testinfo.WRITEMACRESULT + ",";
}
_content += _testinfo.ERRORCODE.Replace("Mã Lỗi", "") + ",";
_content += _testinfo.TOTALRESULT + ",";
_content += _testinfo.TOTALTIME;
if (File.Exists(string.Format("{0}\\{1}.csv", _dir, _file)) == false)
{
StreamWriter st = new StreamWriter(string.Format("{0}\\{1}.csv", _dir, _file), true);
st.WriteLine(_title);
st.WriteLine(_content);
st.Dispose();
}
else
{
StreamWriter st = new StreamWriter(string.Format("{0}\\{1}.csv", _dir, _file), true);
st.WriteLine(_content);
st.Dispose();
}
return(true);
}
catch {
return(false);
}
}
}
bool _addToListSequenceTestER(testinginfo _testinfo)
{
lock (thisLock) {
_testinfo.SYSTEMLOG += string.Format("Add index {0} to list sequence test ER...\r\n", _testinfo.ONTINDEX);
GlobalData.listSequenceTestER.Add(_testinfo.ONTINDEX);
string data = "";
foreach (var item in GlobalData.listSequenceTestER)
{
data += item + ",";
}
_testinfo.SYSTEMLOG += string.Format("...{0}\r\n", data);
return(true);
}
}
public static bool Save(testinginfo _testinfo)
{
lock (lockthis) {
try {
string _dir = GlobalData.initSetting.ONTTYPE == "GW040H" ? _dir_040H_logpath : _dir_020BoB_logpath;
string _file = DateTime.Now.ToString("yyyyMMdd");
StreamWriter st = new StreamWriter(string.Format("{0}\\{1}.txt", _dir, _file), true);
st.WriteLine(_testinfo.SYSTEMLOG);
st.Dispose();
return(true);
}
catch {
return(false);
}
}
}
public override string getMACAddress(testinginfo _testinfo)
{
try {
_testinfo.SYSTEMLOG += string.Format("Get mac address...\r\n");
base.Write("ifconfig\n");
Thread.Sleep(300);
string _tmpStr = base.Read();
_tmpStr = _tmpStr.Replace("\r", "").Replace("\n", "").Trim();
string[] buffer = _tmpStr.Split(new string[] { "HWaddr" }, StringSplitOptions.None);
_tmpStr = buffer[1].Trim();
string mac = _tmpStr.Substring(0, 17).Replace(":", "");
_testinfo.SYSTEMLOG += string.Format("...PASS. {0}\r\n", mac);
return(mac);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-GM-0001)";
_testinfo.SYSTEMLOG += string.Format("...FAIL. {0}. {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
return(string.Empty);
}
}
public override bool verifySignal(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var)
{
try {
bool _result = false;
_testinfo.VERIFYSIGNALRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
_testinfo.SYSTEMLOG += "STEP 6: VERIFY SIGNAL\r\n";
base.WriteLine("echo GPON_pattern >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_var.Pwr_temp = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_var.ER_temp = Convert.ToDouble(GlobalData.erDevice.getER(Port));
_testinfo.SYSTEMLOG += "ER_temp = " + _var.ER_temp + "\r\n";
_testinfo.SYSTEMLOG += "Power_temp = " + _var.Pwr_temp + "\r\n";
if (_var.Pwr_temp > 2 && _var.Pwr_temp < 3 && _var.ER_temp > 11.5 && _var.ER_temp < 13.5)
{
_result = true;
}
else
{
_result = false;
}
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-VS-0001)";
}
_testinfo.SYSTEMLOG += _result == true ? "Verify Signal: PASS.\r\n" : string.Format("Verify Signal: FAIL. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.VERIFYSIGNALRESULT = _result == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(_result);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-VS-0002)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
_testinfo.VERIFYSIGNALRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
}
public override bool signalOff(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var)
{
try {
bool _result = false;
_testinfo.SIGNALOFFRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
_testinfo.SYSTEMLOG += "STEP 4: TEST OFF SIGNAL\r\n";
string str = base.Read();
base.WriteLine("echo dis_pattern >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
_var.Pwr_temp = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_testinfo.SYSTEMLOG += "Power_Off = " + _var.Pwr_temp + "\r\n";
if (_var.Pwr_temp < -25)
{
_result = true;
}
else
{
_result = false;
}
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-SO-0001)";
}
_testinfo.SYSTEMLOG += _result == true ? "TxPower Off: PASS\r\n" : string.Format("TxPower Off: FAIL. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.SIGNALOFFRESULT = _result == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(_result);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-SO-0002)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
_testinfo.SIGNALOFFRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
}
public override bool calibER(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var)
{
try {
bool _result = false;
_testinfo.TUNINGERRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
_testinfo.SYSTEMLOG += "STEP 2: TUNING ER\r\n";
_var.Imod = ((_var.Pwr_temp + 3) / _var.Slope) + _var.Iav - _var.Ith - 1;
for (int k = 0; k < 12; k++)
{
_var.Imod_DAC = (Math.Round(_var.Imod * 4096 / 90)).ToString();
_var.Imod_DAC_Hex = int.Parse(_var.Imod_DAC).ToString("X");
base.WriteLine("echo IMOD 0x" + _var.Imod_DAC_Hex + " >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
try {
string _kq = GlobalData.erDevice.getER(Port).Replace("\r", "").Replace("\n", "");
_testinfo.SYSTEMLOG += string.Format("ER String read from instrument: {0}", _kq);
//_var.ER_temp = Convert.ToDouble(_kq);
_var.ER_temp = double.Parse(_kq);
}
catch (Exception ex) {
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
_var.ER_temp = double.MaxValue;
}
_testinfo.SYSTEMLOG += string.Format("ER_temp = {0}\r\n", _var.ER_temp);
_testinfo.SYSTEMLOG += string.Format("Imod = {0}\r\n", _var.Imod);
if (!_var.ER_temp.ToString().Contains("E+"))
{
if (_var.ER_temp < 12 || _var.ER_temp > 13)
{
double ER_err = _var.ER_temp - 12.5;
if (ER_err <= -5)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +12.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 12;
}
else if (ER_err > -5 && ER_err <= -4)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +10.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 10;
}
else if (ER_err > -4 && ER_err <= -3)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +7.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 7;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err > -3 && ER_err <= -2.5)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +5.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 5;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err > -2.5 && ER_err <= -2)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +3.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 3;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err > -2 && ER_err <= -1.5)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +2.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 2;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err > -1.5 && ER_err <= -1)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +1.5.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 1.5;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err > -1 && ER_err <= -0.5)
{
_testinfo.SYSTEMLOG += "Cần tăng Imod thêm +1.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod + 1;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
//else if (ER_err >= 0.5)
//{
// SetText(Tx_rtbAll, "Cần tăng Imod.");
// Imod = Imod + 0.5;
// SetText(Tx_rtbAll, "Imod mới = " + Imod);
//}
//------------------------------------------
if (ER_err >= 5)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -4.5.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 4.5;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 4 && ER_err < 5)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -4.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 4;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 3 && ER_err < 4)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -3.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 3;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 2.5 && ER_err < 3)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -2.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 2;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 2 && ER_err < 2.5)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -1.5.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 1.5;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 1.5 && ER_err < 2)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -1.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 1;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 1 && ER_err < 1.5)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -1.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 1;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
else if (ER_err >= 0.5 && ER_err < 1)
{
_testinfo.SYSTEMLOG += "Cần giảm Imod -0.5.\r\n";
_testinfo.SYSTEMLOG += "-----------------\r\n";
_var.Imod = _var.Imod - 0.5;
//Hienthi.SetText(rtb, "Imod mới = " + Imod);
}
}
else if (_var.ER_temp >= 12 && _var.ER_temp <= 13)
{
base.WriteLine("echo set_flash_register 0x00060023 0x64 >/proc/pon_phy/debug"); //Bù ER ở nhiệt độ 45*C
Thread.Sleep(Delay_modem);
_result = true;
break;
}
}
else if (_var.ER_temp.ToString().Contains("E+"))
{
//_result = false;
//break;
}
}
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-ER-0001)";
}
_testinfo.SYSTEMLOG += _result == true ? "Tuning ER: PASS\r\n" : string.Format("Tuning ER: FAIL. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.TUNINGERRESULT = _result == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(_result);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-ER-0002)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
_testinfo.TUNINGERRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
}
public override bool calibPower(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var)
{
try {
bool _result = false;
_testinfo.TUNINGPOWERRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "Bắt Đầu Thực Hiện Calib TX...\r\n";
_testinfo.SYSTEMLOG += string.Format("BOSA Serial Number: {0}\r\n", _testinfo.BOSASERIAL);
_testinfo.SYSTEMLOG += string.Format("Ith = {0}\r\n", _bosainfo.Ith);
_testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
_testinfo.SYSTEMLOG += "STEP 1: TUNING POWER\r\n";
base.WriteLine("echo set_flash_register_default >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo flash_dump >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo GPON_Tx_cal_init >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_var.Ith = double.Parse(_bosainfo.Ith);
_var.Iav_1 = _var.Ith + 10;
_var.Iav_1_dac = Math.Round(_var.Iav_1 * 4096 / 90);
_var.Iav_1_dac_hex = int.Parse(_var.Iav_1_dac.ToString()).ToString("X");
_testinfo.SYSTEMLOG += string.Format("echo IAV 0x{0} >/proc/pon_phy/debug\r\n", _var.Iav_1_dac_hex);
base.WriteLine("echo IAV 0x" + _var.Iav_1_dac_hex + " >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_var.Pwr_1 = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_testinfo.SYSTEMLOG += string.Format("Pwr_1 = {0}\r\n", _var.Pwr_1);
if (_var.Pwr_1 <= -8)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-PW-0001)";
_testinfo.SYSTEMLOG += string.Format("Tuning Power: FAIL. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.TUNINGPOWERRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
_var.Iav_2 = _var.Ith + 15;
_var.Iav_2_dac = Math.Round(_var.Iav_2 * 4096 / 90);
_var.Iav_2_dac_hex = int.Parse(_var.Iav_2_dac.ToString()).ToString("X");
_testinfo.SYSTEMLOG += string.Format("echo IAV 0x{0} >/proc/pon_phy/debug\r\n", _var.Iav_2_dac_hex);
base.WriteLine("echo IAV 0x" + _var.Iav_2_dac_hex + " >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_var.Pwr_2 = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_testinfo.SYSTEMLOG += string.Format("Pwr_2 = {0}\r\n", _var.Pwr_2);
_var.Slope = (_var.Pwr_2 - _var.Pwr_1) / (_var.Iav_2 - _var.Iav_1);
_var.Pwr_temp = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_var.Iav = ((2.5 - _var.Pwr_1) / _var.Slope) + _var.Iav_1;
for (int i = 0; i < 15; i++)
{
_var.Iav_DAC = (Math.Round(_var.Iav * 4096 / 90)).ToString();
_var.Iav_DAC_Hex = int.Parse(_var.Iav_DAC).ToString("X");
base.WriteLine("echo IAV 0x" + _var.Iav_DAC_Hex + " >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_var.Pwr_temp = Convert.ToDouble(GlobalData.powerDevice.getPower_dBm(Port));
_testinfo.SYSTEMLOG += string.Format("Pwr_temp = {0}\r\n", _var.Pwr_temp.ToString());
if (_var.Pwr_temp >= 2.5 && _var.Pwr_temp <= 3)
{
_result = true;
break;
}
else
{
_var.Iav = ((2.8 - _var.Pwr_temp) / _var.Slope) + _var.Iav;
}
}
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-PW-0001)";
}
_testinfo.SYSTEMLOG += _result == true ? "Tuning Power: PASS.\r\n" : string.Format("Tuning Power: FAIL. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.TUNINGPOWERRESULT = _result == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(_result);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-PW-0002)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
_testinfo.TUNINGPOWERRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
}
public abstract bool signalOff(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var);
public override bool calibCrossing(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var)
{
throw new NotImplementedException();
}
public override bool writeFlash(bosainfo _bosainfo, testinginfo _testinfo)
{
bool _result = false;
_testinfo.WRITEFLASHRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
_testinfo.SYSTEMLOG += "STEP 5: WRITE INTO FLASH\r\n";
string tempdata = "";
try {
//Luu FLASH
bool _isOK = false;
_isOK = base.WriteLineAndWaitComplete("echo set_flash_register_Tx_data >/proc/pon_phy/debug", ref tempdata);
_testinfo.SYSTEMLOG += tempdata + "\r\n";
if (_isOK == false)
{
goto NG;
}
_isOK = base.WriteLineAndWaitComplete("echo set_flash_register 0x07050701 0x94 >/proc/pon_phy/debug", ref tempdata);
_testinfo.SYSTEMLOG += tempdata + "\r\n";
if (_isOK == false)
{
goto NG;
}
_isOK = base.WriteLineAndWaitComplete("echo save_flash_matrix >/proc/pon_phy/debug", ref tempdata);
_testinfo.SYSTEMLOG += tempdata + "\r\n";
if (_isOK == false)
{
goto NG;
}
_isOK = base.WriteLineAndWaitComplete("mtd writeflash /tmp/7570_bob.conf 160 656896 reservearea", ref tempdata);//dual band
_testinfo.SYSTEMLOG += tempdata + "\r\n";
if (_isOK == false)
{
goto NG;
}
//Show gia tri thanh ghi quang TX
int count = 0;
REPEAT:
count++;
base.WriteLineAndWaitComplete("echo flash_dump >/proc/pon_phy/debug", ref tempdata);
_testinfo.SYSTEMLOG += tempdata + "\r\n";
if (tempdata.Contains("0x07050701"))
{
_result = true;
}
else
{
_result = false;
if (count < 3)
{
goto REPEAT;
}
}
_testinfo.SYSTEMLOG += "Hoàn thành quá trình Calibration.\r\n";
if (_result == false)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-WF-0001)";
goto NG;
}
goto OK;
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-WF-0002)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
goto NG;
}
OK:
_testinfo.SYSTEMLOG += "Write flash thành công.\r\n";
_testinfo.WRITEFLASHRESULT = Parameters.testStatus.PASS.ToString();
return(true);
NG:
_testinfo.SYSTEMLOG += string.Format("Write flash thất bại. {0}\r\n", _testinfo.ERRORCODE);
_testinfo.WRITEFLASHRESULT = Parameters.testStatus.FAIL.ToString();
return(false);
}
public abstract bool writeAPD(bosainfo _bosainfo, testinginfo _testinfo);
public abstract bool calibCrossing(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var);
private void Button_Click(object sender, RoutedEventArgs e)
{
Button b = sender as Button;
string buttonName = b.Name;
string _index = buttonName.Substring(buttonName.Length - 1, 1);
this._resetDisplay(_index); //manual
if (GlobalData.initSetting.ONTTYPE == "GW040H" || (GlobalData.initSetting.ONTTYPE == "GW020BoB" && GlobalData.initSetting.ENABLEWRITEAPD == true))
{
this.Opacity = 0.3;
wBosaSerialNumber wb = new wBosaSerialNumber(_index);
wb.ShowDialog();
this.Opacity = 1;
}
//Kiểm tra trạng thái calib của máy đo ER
try {
double _temp = 0, _hours;
string _time;
bool ret;
ret = Function.IO.CalibrationModuleTime.Read(out _time);
//ret = GlobalData.erDevice.getTemperature(out _temp);
ret = BaseFunctions.last_Time_Calibrate_Module_DCAX86100D_To_Hours(_time, out _hours);
if (_hours > 5 || _temp > 5)
{
CalibModuleWarning cm = new CalibModuleWarning(_time.ToString(), _temp.ToString());
cm.ShowDialog();
}
}
catch { }
//***BEGIN -----------------------------------------//
System.Threading.Thread t = new System.Threading.Thread(new System.Threading.ThreadStart(() => {
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
//Start count time
System.Diagnostics.Stopwatch st = new System.Diagnostics.Stopwatch();
st.Start();
string _name = buttonName;
testinginfo testtmp = null;
BaseFunctions.get_Testing_Info_By_Name(_name, ref testtmp);
variables vari = new variables();
string _BosaSN = "";
if (GlobalData.initSetting.ONTTYPE == "GW040H" || (GlobalData.initSetting.ONTTYPE == "GW020BoB" && GlobalData.initSetting.ENABLEWRITEAPD == true))
{
testtmp.SYSTEMLOG += string.Format("Input Bosa Serial...\r\n...{0}\r\n", testtmp.BOSASERIAL);
_BosaSN = testtmp.BOSASERIAL;
if (_BosaSN == "--")
{
return;
}
}
if (GlobalData.initSetting.ENABLEWRITEMAC)
{
if (testtmp.MACADDRESS == "--")
{
return;
}
}
//Get Bosa Information from Bosa Serial
bosainfo bosaInfo = new bosainfo();
if (GlobalData.initSetting.ONTTYPE == "GW040H" || (GlobalData.initSetting.ONTTYPE == "GW020BoB" && GlobalData.initSetting.ENABLEWRITEAPD == true))
{
testtmp.SYSTEMLOG += string.Format("Get Bosa information...\r\n");
bosaInfo = this._getDataByBosaSN(_BosaSN);
if (bosaInfo == null)
{
testtmp.ERRORCODE = "(Mã Lỗi: COT-BS-0001)";
testtmp.SYSTEMLOG += string.Format("...FAIL. {0}. Bosa SN is not existed\r\n", testtmp.ERRORCODE);
testtmp.TOTALRESULT = Parameters.testStatus.FAIL.ToString();
goto END;
}
testtmp.SYSTEMLOG += string.Format("...Ith= {0}mA\r\n", bosaInfo.Ith);
testtmp.SYSTEMLOG += string.Format("...Vbr= {0}V\r\n", bosaInfo.Vbr);
testtmp.SYSTEMLOG += string.Format("...PASS\r\n");
}
//Calib
testtmp.TOTALRESULT = Parameters.testStatus.Wait.ToString();
testtmp.BUTTONCONTENT = "STOP"; testtmp.BUTTONENABLE = false;
bool _result = RunAll(testtmp, bosaInfo, vari);
testtmp.TOTALRESULT = _result == false ? Parameters.testStatus.FAIL.ToString() : Parameters.testStatus.PASS.ToString();
END:
testtmp.SYSTEMLOG += string.Format("\r\n----------------------------\r\nTotal Judged={0}\r\n", testtmp.TOTALRESULT);
testtmp.BUTTONCONTENT = "START"; testtmp.BUTTONENABLE = true;
//Stop count time
st.Stop();
testtmp.SYSTEMLOG += string.Format("Total time = {0} seconds\r\n", st.ElapsedMilliseconds / 1000);
testtmp.TOTALTIME += (st.ElapsedMilliseconds / 1000).ToString();
//save log
Function.IO.LogDetail.Save(testtmp);
Function.IO.LogTest.Save(testtmp);
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
}));
t.IsBackground = true;
t.Start();
//***END -------------------------------------------//
}
//****************************************************************************************************
//****************************************************************************************************
//****************************************************************************************************
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);
}
public abstract bool writeMAC(testinginfo _testinfo);
public abstract bool verifySignal(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var);
public abstract bool writeFlash(bosainfo _bosainfo, testinginfo _testinfo);
//Calib Quang------------------------------// public abstract bool loginToONT(testinginfo _testinfo);
private void Button_Click(object sender, RoutedEventArgs e)
{
Button b = sender as Button;
string buttonName = b.Name;
string _index = buttonName.Substring(buttonName.Length - 1, 1);
this._resetDisplay(_index); //manual
if (globalData.initSetting.ONTTYPE == "GW040H")
{
this.Opacity = 0.3;
inputBosaWindow wb = new inputBosaWindow(_index);
wb.ShowDialog();
this.Opacity = 1;
}
//***BEGIN -----------------------------------------//
System.Threading.Thread t = new System.Threading.Thread(new System.Threading.ThreadStart(() => {
//Start count time
System.Diagnostics.Stopwatch st = new System.Diagnostics.Stopwatch();
st.Start();
string _name = buttonName;
testinginfo testtmp = null;
baseFunction.get_Testing_Info_By_Name(_name, ref testtmp);
//Get Bosa Information from Bosa Serial ??? GW040H // GW020BoB
bosainfo bosaInfo = new bosainfo();
//Variables ??? GW040H//GW020BoB
variables vari = new variables();
if (globalData.initSetting.ONTTYPE == "GW040H")
{
string _BosaSN = "";
testtmp.SYSTEMLOG += string.Format("Input Bosa Serial...\r\n...{0}\r\n", testtmp.BOSASERIAL);
_BosaSN = testtmp.BOSASERIAL;
if (_BosaSN == "--")
{
return;
}
testtmp.SYSTEMLOG += string.Format("Get Bosa information...\r\n");
bosaInfo = this._getDataByBosaSN(_BosaSN);
if (bosaInfo == null)
{
testtmp.ERRORCODE = "(Mã Lỗi: COT-BS-0001)";
testtmp.SYSTEMLOG += string.Format("...FAIL. {0}. Bosa SN is not existed\r\n", testtmp.ERRORCODE);
testtmp.TOTALRESULT = Parameters.testStatus.FAIL.ToString();
goto END;
}
testtmp.SYSTEMLOG += string.Format("...Ith = {0} mA\r\n", bosaInfo.Ith);
testtmp.SYSTEMLOG += string.Format("...Vbr = {0} V\r\n", bosaInfo.Vbr);
testtmp.SYSTEMLOG += string.Format("...PASS\r\n");
vari.Vbr = double.Parse(bosaInfo.Vbr);
}
vari.OLT_Power = _getOltPower(_index);
//Calib RX
testtmp.TOTALRESULT = Parameters.testStatus.Wait.ToString();
testtmp.BUTTONCONTENT = "STOP"; testtmp.BUTTONENABLE = false;
bool _result = RunAll(testtmp, bosaInfo, vari);
testtmp.TOTALRESULT = _result == false ? Parameters.testStatus.FAIL.ToString() : Parameters.testStatus.PASS.ToString();
END:
testtmp.SYSTEMLOG += string.Format("\r\n----------------------------\r\nTotal Judged={0}\r\n", testtmp.TOTALRESULT);
testtmp.BUTTONCONTENT = "START"; testtmp.BUTTONENABLE = true;
//Stop count time
st.Stop();
testtmp.SYSTEMLOG += string.Format("Total time = {0} seconds\r\n", st.ElapsedMilliseconds / 1000);
testtmp.TOTALTIME += (st.ElapsedMilliseconds / 1000).ToString();
//save log
LogFile.Savelogtest(testtmp);
LogFile.Savelogdetail(testtmp);
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~//
}));
t.IsBackground = true;
t.Start();
//***END -------------------------------------------//
}
//----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);
}
//public override bool writeFlash(bosainfo _bosainfo, testinginfo _testinfo) {
// try {
// bool _result = false;
// _testinfo.WRITEFLASHRESULT = Parameters.testStatus.Wait.ToString();
// _testinfo.SYSTEMLOG += "--------------------------------------------------------------\r\n";
// _testinfo.SYSTEMLOG += "STEP 5: WRITE INTO FLASH\r\n";
// base.WriteLine("echo set_flash_register_Tx_data >/proc/pon_phy/debug");
// Thread.Sleep(Delay_modem);
// base.WriteLine("echo set_flash_register 0x07050701 0x94 >/proc/pon_phy/debug");
// Thread.Sleep(Delay_modem);
// base.WriteLine("echo save_flash_matrix >/proc/pon_phy/debug");
// Thread.Sleep(Delay_modem);
// //P.WriteLine("mtd writeflash /tmp/7570_bob.conf 160 198144 reservearea");//single band
// base.WriteLine("mtd writeflash /tmp/7570_bob.conf 160 656896 reservearea");//dual band
// Thread.Sleep(Delay_modem + 1000);
// for (int m = 0; m < 3; m++) {
// string str = base.Read();
// base.WriteLine("echo flash_dump >/proc/pon_phy/debug");
// Thread.Sleep(Delay_modem * 5);
// str = base.Read();
// _testinfo.SYSTEMLOG += str + "\r\n";
// if (!str.Contains("0x07050701")) {
// _result = false;
// }
// else {
// _result = true;
// break;
// }
// }
// if (_result == false) _testinfo.ERRORCODE = "(Mã Lỗi: COT-WF-0001)";
// _testinfo.SYSTEMLOG += _result == true ? "Write flash thành công.\r\n" : string.Format("Write flash thất bại. {0}\r\n", _testinfo.ERRORCODE);
// _testinfo.SYSTEMLOG += "Hoàn thành quá trình Calibration.\r\n";
// _testinfo.WRITEFLASHRESULT = _result == true ? Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
// return _result;
// }
// catch (Exception ex) {
// _testinfo.ERRORCODE = "(Mã Lỗi: COT-WF-0002)";
// _testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
// _testinfo.WRITEFLASHRESULT = Parameters.testStatus.FAIL.ToString();
// return false;
// }
//}
public override bool writeMAC(testinginfo _testinfo)
{
try {
//Write GPON
base.Write(string.Format("prolinecmd gponsn set {0}\n", _testinfo.GPON));
string st = string.Format("writeflash: total write");
string _data = ""; int index = 0;
while (!_data.Contains(st))
{
Thread.Sleep(500);
if (index >= 6)
{
break;
}
else
{
index++;
}
_data += base.Read();
}
if (index >= 6)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-WM-0001)";
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", _testinfo.ERRORCODE);
return(false);
}
//Write WPS
//Write MAC
_data = ""; index = 0;
base.Write(string.Format("sys mac {0}\n", _testinfo.MACADDRESS));
st = string.Format("new mac addr = {0}:{1}:{2}:{3}:{4}:{5}",
_testinfo.MACADDRESS.Substring(0, 2).ToLower(),
_testinfo.MACADDRESS.Substring(2, 2).ToLower(),
_testinfo.MACADDRESS.Substring(4, 2).ToLower(),
_testinfo.MACADDRESS.Substring(6, 2).ToLower(),
_testinfo.MACADDRESS.Substring(8, 2).ToLower(),
_testinfo.MACADDRESS.Substring(10, 2).ToLower()
);
while (!_data.Contains(st))
{
Thread.Sleep(500);
if (index >= 6)
{
break;
}
else
{
index++;
}
_data += base.Read();
}
if (index >= 6)
{
_testinfo.ERRORCODE = "(Mã Lỗi: COT-WM-0003)";
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", _testinfo.ERRORCODE);
return(false);
}
return(true);
}
catch (Exception ex) {
_testinfo.ERRORCODE = "(Mã Lỗi: COT-WM-0004)";
_testinfo.SYSTEMLOG += string.Format("{0}, {1}\r\n", _testinfo.ERRORCODE, ex.ToString());
return(false);
}
}
public abstract string getMACAddress(testinginfo _testinfo);
public override bool writeAPD(bosainfo _bosainfo, testinginfo _testinfo)
{
throw new NotImplementedException();
}
public abstract bool txDDMI(int Port, bosainfo _bosainfo, testinginfo _testinfo, variables _var);
