public override bool setVapdAndSlope(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
try {
FVA.Write("INP:WAVE 1490 NM");
Thread.Sleep(Delay_suyhao);
_testinfo.SYSTEMLOG += "STEP 1: SET APD voltage & Slope\r\n";
_testinfo.VAPDRESULT = Parameters.testStatus.Wait.ToString();
base.Read();
base.WriteLine("echo set_flash_register 0x" + VAR.APD_00 + VAR.APD_40 + " 0x30 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", base.Read());
base.WriteLine("echo set_flash_register 0x" + VAR.APD_80 + VAR.APD_C0 + " 0x34 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", base.Read());
VAR.Slope_Up = Convert.ToInt32((Convert.ToDouble(VAR.Slope_Up) * 100)).ToString("X");
VAR.Slope_Down = Convert.ToInt32((Convert.ToDouble(VAR.Slope_Down) * 100)).ToString("X");
base.WriteLine("echo set_flash_register_APD 0x00" + VAR.Slope_Up + " 0x00" + VAR.Slope_Down + " 0x" + (Convert.ToInt32((VAR.Vbr - 3) * 100)).ToString("X") + " >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", base.Read());
string APD_DAC = "";
if (VAR.Vbr - 3 >= 30.2 && VAR.Vbr - 3 <= 37.6)
{
APD_DAC = Convert.ToInt32((Math.Round((((VAR.Vbr - 3) - 30.2) / (37.6 - 30.2)) * 64))).ToString("X");
}
else if (VAR.Vbr - 3 >= 37.6 && VAR.Vbr - 3 <= 44.9)
{
APD_DAC = Convert.ToInt32((Math.Round((((VAR.Vbr - 3) - 37.6) / (44.9 - 37.6)) * 64) + 64)).ToString("X");
}
if (VAR.Vbr - 3 >= 44.9 && VAR.Vbr - 3 <= 50.9)
{
APD_DAC = Convert.ToInt32((Math.Round((((VAR.Vbr - 3) - 44.9) / (50.9 - 44.9)) * 64) + 128)).ToString("X");
}
base.WriteLine("echo APD_DAC 0x" + APD_DAC + " >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo DDMI_check_8472 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo apd_ctrl >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", base.Read());
_testinfo.SYSTEMLOG += string.Format("{0}\r\n", "Set APD & Slope: PASS");
_testinfo.VAPDRESULT = Parameters.testStatus.PASS.ToString();
return(true);
}
catch (Exception ex) {
_testinfo.VAPDRESULT = Parameters.testStatus.FAIL.ToString();
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
return(false);
}
}
public override bool calibDDMI(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
try {
string str = "";
Thread.Sleep(Delay_modem);
_testinfo.SYSTEMLOG += "STEP 3: RX DDMI Calibration\r\n";
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -30dBm\r\n";
VAR.Att = -30 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo set_flash_register_DDMI_RxPower 0x0064 0x58 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -20dBm\r\n";
VAR.Att = -20 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo set_flash_register_DDMI_RxPower 0x03e8 0x54 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -10dBm\r\n";
VAR.Att = -10 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo set_flash_register_DDMI_RxPower 0x2710 0x50 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.PASS.ToString();
_testinfo.SYSTEMLOG += "DDMI Calibration thành công.\r\n";
return(true);
}
catch (Exception ex) {
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.FAIL.ToString();
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
return(false);
}
}
static bool _loadBosaReport()
{
if (globalData.initSetting.BOSAREPORTFILE.Trim().Length == 0)
{
return(false);
}
//Thread t = new Thread(new ThreadStart(() => {
//Load data from excel to dataGrid
DataTable dt = new DataTable();
dt = BosaReport.readData();
//Import data from dataGrid to Sql Server (using Sql Bulk)
int counter = 0;
globalData.listBosaInfo = new List <bosainfo>();
for (int i = 0; i < dt.Rows.Count; i++)
{
string _bosaSN = "", _Ith = "", _Vbr = "";
_bosaSN = dt.Rows[i].ItemArray[0].ToString().Trim();
if (_bosaSN.Length > 0 && bosa_SerialNumber_Is_Correct(_bosaSN) == true)
{
_Ith = dt.Rows[i].ItemArray[1].ToString().Trim();
_Vbr = dt.Rows[i].ItemArray[5].ToString().Trim();
bosainfo _bs = new bosainfo()
{
BosaSN = _bosaSN, Ith = _Ith, Vbr = _Vbr
};
globalData.listBosaInfo.Add(_bs);
counter++;
}
}
//}));
//t.IsBackground = true;
//t.Start();
return(true);
}
//OK
public override bool calibDDMI(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
double ADC_RX_Point1 = 0;
double ADC_RX_Point2 = 0;
double ADC_RX_Point3 = 0;
double RX_Power1 = 0.5;
double RX_Power2 = 1;
double RX_Power3 = 100;
string Slope_P2 = "";
string Slope_P1 = "";
string Offset = "";
string value = "";
string value_register = "";
bool Calibration_RX_Result = false;
string Power_DDMI = "";
string attenuation_level_1 = (-33 - double.Parse(VAR.OLT_Power)).ToString();
string attenuation_level_2 = (-30 - double.Parse(VAR.OLT_Power)).ToString();
string attenuation_level_3 = (-10 - double.Parse(VAR.OLT_Power)).ToString();
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.Wait.ToString();
value = base.Read();
try {
for (int i = 0; i < 3; i++)
{
_testinfo.SYSTEMLOG += "Đã thiết lập xong máy suy hao.\r\n";
_testinfo.SYSTEMLOG += "OLT phát công suất = -33dBm ~ 0.5uW\r\n";
// Thiết lập suy hao mức 1 cho máy điều chỉnh suy hao
FVA.set_attenuation_level(attenuation_level_1);
_testinfo.SYSTEMLOG += string.Format("Đang thiết lập mức suy hao = {0}\r\n", attenuation_level_1);
Thread.Sleep(3000);
// Đọc giá trị thanh ghi ADC RX Power:F0-F1
// Đổi Hexa -> Decimal, lưu vào biến ADC_RX_Point1
//ADC_RX_Point1 = double.Parse(Read_ADC_value_RX("F0"));
//MessageBox.Show("Đọc ADC_RX 1");
base.Read();
base.WriteLine("laser msg --get F0 2");
Thread.Sleep(100);
value = base.Read();
_testinfo.SYSTEMLOG += value + "\r\n";
for (int j = 0; j < value.Split('\n').Length; j++)
{
if (value.Split('\n')[j].Contains("I2C"))
{
value_register = value.Split('\n')[j].Split(':')[1].Trim();
ADC_RX_Point1 = Convert.ToDouble(HexToDec(value_register).ToString());
_testinfo.SYSTEMLOG += "ADC_RX_Point1 = " + ADC_RX_Point1 + "\r\n";
}
}
_testinfo.SYSTEMLOG += "OLT phát công suất = -30dBm ~ 1uW\r\n";
// Thiết lập suy hao mức 2 cho máy điều chỉnh suy hao
FVA.set_attenuation_level(attenuation_level_2);
_testinfo.SYSTEMLOG += "Đang thiết lập mức suy hao = " + attenuation_level_2 + "\r\n";
Thread.Sleep(3000);
// Đọc giá trị thanh ghi ADC RX Power:F0-F1
// Đổi Hexa -> Decimal, lưu vào biến ADC_RX_Point2
//ADC_RX_Point2 = double.Parse(Read_ADC_value_RX("F0"));
//MessageBox.Show("Đọc ADC_RX 2");
base.Read();
base.WriteLine("laser msg --get F0 2");
Thread.Sleep(100);
value = base.Read();
_testinfo.SYSTEMLOG += value + "\r\n";
for (int j = 0; j < value.Split('\n').Length; j++)
{
if (value.Split('\n')[j].Contains("I2C"))
{
value_register = value.Split('\n')[j].Split(':')[1].Trim();
ADC_RX_Point2 = Convert.ToDouble(HexToDec(value_register).ToString());
_testinfo.SYSTEMLOG += "ADC_RX_Point2 = " + ADC_RX_Point2 + "\r\n";
}
}
_testinfo.SYSTEMLOG += "OLT phát công suất = -10dBm ~ 100uW\r\n";
// Thiết lập suy hao mức 3 cho máy điều chỉnh suy hao
FVA.set_attenuation_level(attenuation_level_3);
_testinfo.SYSTEMLOG += "Đang thiết lập mức suy hao = " + attenuation_level_3 + "\r\n";
Thread.Sleep(3000);
// Đọc giá trị thanh ghi ADC RX Power:F0-F1
// Đổi Hexa -> Decimal, lưu vào biến ADC_RX_Point3
//ADC_RX_Point3 = double.Parse(Read_ADC_value_RX("F0"));
//MessageBox.Show("Đọc ADC_RX 3");
base.Read();
base.WriteLine("laser msg --get F0 2");
Thread.Sleep(100);
value = base.Read();
_testinfo.SYSTEMLOG += value + "\r\n";
for (int j = 0; j < value.Split('\n').Length; j++)
{
if (value.Split('\n')[j].Contains("I2C"))
{
value_register = value.Split('\n')[j].Split(':')[1].Trim();
ADC_RX_Point3 = Convert.ToDouble(HexToDec(value_register).ToString());
_testinfo.SYSTEMLOG += "ADC_RX_Point3 = " + ADC_RX_Point3 + "\r\n";
}
}
//Tính Slope-P2; Slope-P1; Offset
Slope_P2 = Calculate_Slope_Offset_Polynomial(2, ADC_RX_Point1, ADC_RX_Point2, ADC_RX_Point3, RX_Power1, RX_Power2, RX_Power3);
_testinfo.SYSTEMLOG += "Slope_2 DEC =" + Slope_P2 + "\r\n";
Slope_P2 = Convert_SlopeP2_RxToHex(float.Parse(Slope_P2));
Slope_P1 = Calculate_Slope_Offset_Polynomial(1, ADC_RX_Point1, ADC_RX_Point2, ADC_RX_Point3, RX_Power1, RX_Power2, RX_Power3);
_testinfo.SYSTEMLOG += "Slope_1 DEC =" + Slope_P1 + "\r\n";
Slope_P1 = Convert_SlopeP1_RxToHex(float.Parse(Slope_P1));
Offset = Calculate_Slope_Offset_Polynomial(0, ADC_RX_Point1, ADC_RX_Point2, ADC_RX_Point3, RX_Power1, RX_Power2, RX_Power3);
_testinfo.SYSTEMLOG += "Offset DEC =" + Offset + "\r\n";
Offset = Convert_Offset_RxToHex(float.Parse(Offset));
_testinfo.SYSTEMLOG += "--\r\n";
_testinfo.SYSTEMLOG += "Slope_2 =" + Slope_P2 + "\r\n";
_testinfo.SYSTEMLOG += "Slope_1 =" + Slope_P1 + "\r\n";
_testinfo.SYSTEMLOG += "Offset =" + Offset + "\r\n";
if (Slope_P2 != "NONE" && Slope_P1 != "NONE" && Offset != "NONE")
{
// Code Write Slope, Offset đến GN25L98
_testinfo.SYSTEMLOG += "Thực hiện Write Slope & Offset to EEPROM\r\n";
//MessageBox.Show(Slope_P2.Substring(0, 2));
Write_To_Register_COM("e2", Slope_P2.Substring(0, 2));
Thread.Sleep(delay);
//MessageBox.Show(Slope_P2.Substring(2, 2));
Write_To_Register_COM("e3", Slope_P2.Substring(2, 2));
Thread.Sleep(delay);
//MessageBox.Show(Offset.Substring(0, 2));
Write_To_Register_COM("e4", Slope_P1.Substring(0, 2));
Thread.Sleep(delay);
//MessageBox.Show(Offset.Substring(2, 2));
Write_To_Register_COM("e5", Slope_P1.Substring(2, 2));
Thread.Sleep(delay);
//MessageBox.Show(Slope_P2.Substring(0, 2));
Write_To_Register_COM("e6", Offset.Substring(0, 2));
Thread.Sleep(delay);
//MessageBox.Show(Offset.Substring(2, 2));
Write_To_Register_COM("e7", Offset.Substring(2, 2));
Thread.Sleep(delay);
base.Read();
base.WriteLine("laser power --rxread");
Thread.Sleep(100);
Power_DDMI = base.Read().Split('=')[2].Trim().Substring(0, 5);
_testinfo.SYSTEMLOG += "Power_DDMI = " + Power_DDMI + "\r\n";
if (Convert.ToDouble(Power_DDMI) > -11 && Convert.ToDouble(Power_DDMI) < -9)
{
_testinfo.SYSTEMLOG += "[OK] Hoàn thành Calibration RX Power.\r\n";
Calibration_RX_Result = true;
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.PASS.ToString();
}
else
{
_testinfo.SYSTEMLOG += "[FAIL] Lỗi Calibration RX Power.\r\n";
Calibration_RX_Result = false;
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.FAIL.ToString();
}
break;
}
else
{
continue;
}
}
}
catch (Exception ex) {
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
_testinfo.SYSTEMLOG += "[ERROR] Lỗi trong quá trình RX Calibration.\r\n";
//MessageBox.Show(Ex.ToString());
Calibration_RX_Result = false;
_testinfo.CALIBDDMIRESULT = Parameters.testStatus.FAIL.ToString();
}
return(Calibration_RX_Result);
}
public override bool writeFlash(bosainfo _bosainfo, testinginfo _testinfo)
{
string tempStr = "";
bool result = false;
_testinfo.SYSTEMLOG += "STEP 7: Save data into Flash\r\n";
_testinfo.WRITEFLASHRESULT = Parameters.testStatus.Wait.ToString();
try {
bool _isOK = false;
_isOK = base.WriteLineAndWaitComplete("echo set_flash_register 0x07050701 0x94 >/proc/pon_phy/debug", ref tempStr);
_testinfo.SYSTEMLOG += tempStr + "\r\n";
if (_isOK == false)
{
goto NG;
}
_isOK = base.WriteLineAndWaitComplete("echo save_flash_matrix >/proc/pon_phy/debug", ref tempStr);
_testinfo.SYSTEMLOG += tempStr + "\r\n";
if (_isOK == false)
{
goto NG;
}
_isOK = base.WriteLineAndWaitComplete("mtd writeflash /tmp/7570_bob.conf 160 656896 reservearea", ref tempStr); //dual band
_testinfo.SYSTEMLOG += tempStr + "\r\n";
if (_isOK == false)
{
goto NG;
}
int _count = 0;
REPEAT:
_count++;
base.WriteLineAndWaitComplete("echo flash_dump >/proc/pon_phy/debug", ref tempStr);
_testinfo.SYSTEMLOG += tempStr + "\r\n";
if (tempStr.Contains("0x07050701") == false)
{
if (_count < 3)
{
goto REPEAT;
}
result = false;
}
else
{
result = true;
}
_testinfo.SYSTEMLOG += "Hoàn thành quá trình Calibration.\r\n";
if (result == false)
{
goto NG;
}
goto OK;
}
catch (Exception ex) {
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
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);
}
/// <summary>
///
/// </summary>
/// <param name="_flag">True = -37, -31 // -35, -30</param>
/// <param name="_bosainfo"></param>
/// <param name="_testinfo"></param>
/// <param name="FVA"></param>
/// <param name="VAR"></param>
/// <returns></returns>
public override bool checkLOS(bool _flag, bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
try {
string str = "";
bool ret1 = false, ret2 = false;
double value1 = _flag == true ? -37 : -35, value2 = _flag == true ? -31 : -30;
_testinfo.SYSTEMLOG += "STEP 6: LOS Check\r\n";
_testinfo.CHECKLOSRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += string.Format("- LOS Check: Thiết lập suy hao để ONT nhận mức Power: {0}dBm\r\n", value1);
VAR.Att = value1 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo DDMI_check_8472 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo show_BoB_information >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Split('\n')[n].Contains("LOS ="))
{
str = str.Split('\n')[n].Split('=')[1];
if (str.Contains("1"))
{
_testinfo.SYSTEMLOG += string.Format("Check LOS ở {0}dBm: PASS\r\n", value1);
ret1 = true;
break;
}
else
{
_testinfo.SYSTEMLOG += string.Format("Check LOS ở {0}dBm: FAIL\r\n", value1);
ret1 = false;
break;
}
}
}
if (ret1 == true)
{
_testinfo.SYSTEMLOG += string.Format("- LOS Check: Thiết lập suy hao để ONT nhận mức Power: {0}dBm\r\n", value2);
VAR.Att = value2 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo DDMI_check_8472 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo show_BoB_information >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Split('\n')[n].Contains("LOS ="))
{
str = str.Split('\n')[n].Split('=')[1];
if (str.Contains("0"))
{
_testinfo.SYSTEMLOG += string.Format("Check LOS ở {0}dBm: PASS", value2);
ret2 = true;
break;
}
else
{
_testinfo.SYSTEMLOG += string.Format("Check LOS ở {0}dBm: FAIL", value2);
ret2 = false;
break;
}
}
}
}
_testinfo.CHECKLOSRESULT = ret1 && ret2 == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(ret1 && ret2);
}
catch (Exception ex) {
_testinfo.CHECKLOSRESULT = Parameters.testStatus.FAIL.ToString();
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
return(false);
}
}
public abstract bool overloadSensitivity(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR);
//No used
public override bool setVapdAndSlope(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
throw new NotImplementedException();
}
//No used
public override bool curveDDMI(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
throw new NotImplementedException();
}
public override bool overloadSensitivity(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
try {
string str = "";
bool ret1 = false, ret2 = false;
//------------------------------------------------------------------------------------------//
_testinfo.SYSTEMLOG += "STEP 2: RX Power Overload test & Sensivity test\r\n";
_testinfo.OVERLOADRESULT = Parameters.testStatus.PASS.ToString();
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -8dBm\r\n";
VAR.Att = -8 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
for (int j = 0; j < 2; j++)
{
base.WriteLine("echo GPON_BER 6 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 3);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Contains("Pattern Aligned"))
{
Thread.Sleep(Delay_modem * 3);
base.WriteLine("echo err_cnt >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 2);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int m = 0; m < str.Split('\n').Length; m++)
{
if (str.Contains("0x0"))
{
ret1 = true;
_testinfo.SYSTEMLOG += "Test Overload -8dBm: PASS\r\n";
break;
}
else
{
ret1 = false;
_testinfo.SYSTEMLOG += "Test Overload -8dBm: FAIL\r\n";
break;
}
}
break;
}
}
if (ret1 == true)
{
break;
}
}
if (ret1 == false)
{
goto END;
}
//------------------------------------------------------------------------------------------//
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -28dBm\r\n";
VAR.Att = -28 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
for (int j = 0; j < 2; j++)
{
base.WriteLine("echo GPON_BER 6 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 3);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Contains("Pattern Aligned"))
{
Thread.Sleep(Delay_modem * 3);
base.WriteLine("echo err_cnt >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 2);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int m = 0; m < str.Split('\n').Length; m++)
{
if (str.Contains("0x0"))
{
ret2 = true;
_testinfo.SYSTEMLOG += "Test Sensitivity -28dBm: PASS\r\n";
break;
}
else
{
ret2 = false;
_testinfo.SYSTEMLOG += "Test Sensitivity -28dBm: FAIL\r\n";
break;
}
}
break;
}
else
{
ret2 = false;
_testinfo.SYSTEMLOG += "Test Sensitivity -28dBm FAIL. Kết quả Log không chứa Pattern Aligned\r\n";
break;
}
}
if (ret2 == true)
{
break;
}
else
{
continue;
}
}
goto END;
//------------------------------------------------------------------------------------------//
END:
_testinfo.OVERLOADRESULT = ret1 && ret2 == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(ret1 && ret2);
}
catch (Exception ex) {
_testinfo.OVERLOADRESULT = Parameters.testStatus.FAIL.ToString();
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
return(false);
}
}
public abstract bool writeFlash(bosainfo _bosainfo, testinginfo _testinfo);
public abstract bool checkLOS(bool _flag, bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR);
public abstract bool calibLOS(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR, ref bool _flag);
public abstract bool curveDDMI(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR);
//OK
public override bool calibLOS(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR, ref bool _flag)
{
string result1_LOS = "";
string Reg_value_LOS = "";
string Reg_value_bin_LOS = "";
string LOS_bit = "";
string LOS_Level = "";
//string LOS_Level_Hex = "";
string LOS_SLEEP_CTRL = "";
bool Tuning_LOS_Level_Result = false;
bool Check_LOS_Result = false;
bool Check_SD_Result = false;
string attenuation_level = (-36 - double.Parse(VAR.OLT_Power)).ToString();
_testinfo.CALIBLOSRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "Đã thiết lập xong máy suy hao.\r\n";
FVA.set_attenuation_level(attenuation_level);
_testinfo.SYSTEMLOG += "Đang thiết lập mức suy hao = " + attenuation_level + "\r\n";
Thread.Sleep(2000);
//ONT.Read();
//base.WriteLine("laser msg --set bc 1 1c");
base.WriteLine("laser msg --set bc 1 15"); //06.07.2018 đổi từ 1c sang 15 => nhầm code
Thread.Sleep(100);
base.WriteLine("laser msg --set 6e 1 44");
Thread.Sleep(100);
base.WriteLine("laser msg --set 6e 1 04");
Thread.Sleep(100);
base.Read();
base.WriteLine("laser msg --get bc 1");
Thread.Sleep(100);
result1_LOS = base.Read();
_testinfo.SYSTEMLOG += "result1_LOS: " + result1_LOS + "\r\n";
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_SLEEP_CTRL = Reg_value_bin_LOS.Substring(0, 1);
LOS_Level = Reg_value_bin_LOS.Substring(1, 7);
//Hien_Thi.Hienthi.SetText(rtb, "LOS_Level_bin = " + LOS_Level);
base.Read();
base.WriteLine("laser msg --get 6e 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_bit = Reg_value_bin_LOS.Substring(6, 1);
//Hien_Thi.Hienthi.SetText(rtb, "LOS_bit = " + LOS_bit);
if (LOS_bit == "1")
{
for (int m = 0; m < 78; m++)
{
_testinfo.SYSTEMLOG += "...\r\n";
_testinfo.SYSTEMLOG += "Điều chỉnh giảm LOS Level\r\n";
LOS_Level = (Convert.ToInt32((LOS_Level), 2) - Convert.ToInt32("1", 2)).ToString("X");
_testinfo.SYSTEMLOG += "LOS_Level_new = " + LOS_Level + "\r\n";
base.WriteLine("laser msg --set bc 1 " + LOS_Level);
Thread.Sleep(100);
base.Read();
base.WriteLine("laser msg --get bc 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_SLEEP_CTRL = Reg_value_bin_LOS.Substring(0, 1);
LOS_Level = Reg_value_bin_LOS.Substring(1, 7);
//Hien_Thi.Hienthi.SetText(rtb, "LOS_Level_bin = " + LOS_Level);
base.Read();
base.WriteLine("laser msg --get 6e 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_bit = Reg_value_bin_LOS.Substring(6, 1);
_testinfo.SYSTEMLOG += "LOS_bit = " + LOS_bit + "\r\n";
if (LOS_bit == "0")
{
_testinfo.SYSTEMLOG += "Phát hiện SD. Tiếp tục điều chỉnh tăng LOS Level\r\n";
for (int n = 0; n < 58; n++)
{
_testinfo.SYSTEMLOG += "...\r\n";
_testinfo.SYSTEMLOG += "Tiếp tục điều chỉnh tăng LOS Level\r\n";
LOS_Level = (Convert.ToInt32((LOS_Level), 2) + Convert.ToInt32("1", 2)).ToString("X");
_testinfo.SYSTEMLOG += "LOS_Level_new = " + LOS_Level + "\r\n";
base.WriteLine("laser msg --set bc 1 " + LOS_Level);
Thread.Sleep(100);
base.Read();
base.WriteLine("laser msg --get bc 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_SLEEP_CTRL = Reg_value_bin_LOS.Substring(0, 1);
LOS_Level = Reg_value_bin_LOS.Substring(1, 7);
//Hien_Thi.Hienthi.SetText(rtb, "LOS_Level_bin = " + LOS_Level);
base.Read();
base.WriteLine("laser msg --get 6e 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_bit = Reg_value_bin_LOS.Substring(6, 1);
_testinfo.SYSTEMLOG += "LOS_bit = " + LOS_bit + "\r\n";
if (LOS_bit == "1")
{
_testinfo.SYSTEMLOG += "[OK] Hoàn thành Tuning LOS Level.\r\n";
Tuning_LOS_Level_Result = true;
break;
}
}
break;
}
}
}
else if (LOS_bit == "0")
{
for (int m = 0; m < 78; m++)
{
_testinfo.SYSTEMLOG += "...\r\n";
_testinfo.SYSTEMLOG += "Điều chỉnh tăng LOS Level\r\n";
LOS_Level = (Convert.ToInt32((LOS_Level), 2) + Convert.ToInt32("1", 2)).ToString("X");
_testinfo.SYSTEMLOG += "LOS_Level_new = " + LOS_Level + "\r\n";
base.WriteLine("laser msg --set bc 1 " + LOS_Level);
Thread.Sleep(100);
base.Read();
base.WriteLine("laser msg --get bc 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_SLEEP_CTRL = Reg_value_bin_LOS.Substring(0, 1);
LOS_Level = Reg_value_bin_LOS.Substring(1, 7);
//Hien_Thi.Hienthi.SetText(rtb, "LOS_Level_bin = " + LOS_Level);
base.Read();
base.WriteLine("laser msg --get 6e 1");
Thread.Sleep(100);
result1_LOS = base.Read();
//Hien_Thi.Hienthi.SetText(rtb, result1_LOS);
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_bit = Reg_value_bin_LOS.Substring(6, 1);
_testinfo.SYSTEMLOG += "LOS_bit = " + LOS_bit + "\r\n";
if (LOS_bit == "1")
{
_testinfo.SYSTEMLOG += "[OK] Hoàn thành Tuning LOS Level.\r\n";
Tuning_LOS_Level_Result = true;
break;
}
}
}
_testinfo.SYSTEMLOG += string.Format("- Check LOS: -36dBm\r\n");
FVA.set_attenuation_level((-36 - double.Parse(VAR.OLT_Power)).ToString());
Thread.Sleep(1000);
base.Read();
base.WriteLine("laser msg --get 6e 1");
Thread.Sleep(100);
result1_LOS = base.Read();
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_bit = Reg_value_bin_LOS.Substring(6, 1);
_testinfo.SYSTEMLOG += "LOS_bit = " + LOS_bit + "\r\n";
if (LOS_bit == "1")
{
_testinfo.SYSTEMLOG += "Check LOS: PASS\r\n";
Check_LOS_Result = true;
}
_testinfo.SYSTEMLOG += "- Check LOS: -33dBm\r\n";
FVA.set_attenuation_level((-33 - double.Parse(VAR.OLT_Power)).ToString());
Thread.Sleep(1000);
base.Read();
base.WriteLine("laser msg --get 6e 1");
Thread.Sleep(100);
result1_LOS = base.Read();
for (int i = 0; i < result1_LOS.Split('\n').Length; i++)
{
if (result1_LOS.Split('\n')[i].Contains("I2C"))
{
Reg_value_LOS = result1_LOS.Split('\n')[i].Split(':')[1].Trim();
Reg_value_bin_LOS = hex2bin(Reg_value_LOS);
}
}
LOS_bit = Reg_value_bin_LOS.Substring(6, 1);
_testinfo.SYSTEMLOG += "LOS_bit = " + LOS_bit + "\r\n";
if (LOS_bit == "0")
{
_testinfo.SYSTEMLOG += "Check SD: PASS\r\n";
Check_SD_Result = true;
}
bool ret = Tuning_LOS_Level_Result && Check_LOS_Result && Check_SD_Result;
_testinfo.CALIBLOSRESULT = ret == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(ret);
}
//No used
public override bool checkLOS(bool _flag, bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
throw new NotImplementedException();
}
public override bool curveDDMI(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
try {
//----------------------------------BƯỚC 4: RX DDMI curve check ------------------------------------
string str = "";
bool ret1 = false, ret2 = false;
_testinfo.SYSTEMLOG += "STEP 4: RX DDMI curve check\r\n";
_testinfo.CURVEDDMIRESULT = Parameters.testStatus.Wait.ToString();
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -15dBm\r\n";
VAR.Att = -15 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
for (int i = 0; i < 2; i++)
{
base.WriteLine("echo DDMI_check_8472 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Split('\n')[n].Contains("Rx Power"))
{
str = str.Split('\n')[n].Split('=')[1];
double RX_DDMI_Temp = Convert.ToDouble(str);
RX_DDMI_Temp = (Math.Log10(RX_DDMI_Temp / 10000)) * 10;
_testinfo.SYSTEMLOG += "RX DDMI = " + RX_DDMI_Temp + "\r\n";
if (RX_DDMI_Temp > -16.5 && RX_DDMI_Temp < -13.5)
{
_testinfo.SYSTEMLOG += "Check DDMI -15dBm: PASS\r\n";
ret1 = true;
break;
}
else
{
_testinfo.SYSTEMLOG += "Check DDMI -15dBm: FAIL\r\n";
ret1 = false;
break;
}
}
else if ((n == str.Split('\n').Length - 1) && !str.Split('\n')[n].Contains("Rx Power"))
{
_testinfo.SYSTEMLOG += "Check DDMI -15dBm: FAIL\r\n";
ret1 = false;
break;
}
}
if (ret1 == true)
{
break;
}
}
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -25dBm\r\n";
VAR.Att = -25 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
for (int i = 0; i < 2; i++)
{
base.WriteLine("echo DDMI_check_8472 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
for (int n = 0; n < str.Split('\n').Length; n++)
{
if (str.Split('\n')[n].Contains("Rx Power"))
{
str = str.Split('\n')[n].Split('=')[1];
double RX_DDMI_Temp = Convert.ToDouble(str);
RX_DDMI_Temp = (Math.Log10(RX_DDMI_Temp / 10000)) * 10;
_testinfo.SYSTEMLOG += "RX DDMI = " + RX_DDMI_Temp + "\r\n";
if (RX_DDMI_Temp > -26.5 && RX_DDMI_Temp < -23.5)
{
_testinfo.SYSTEMLOG += "Check DDMI -25dBm: PASS\r\n";
ret2 = true;
break;
}
else
{
_testinfo.SYSTEMLOG += "Check DDMI -25dBm: FAIL\r\n";
ret2 = false;
break;
}
}
else if ((n == str.Split('\n').Length - 1) && !str.Split('\n')[n].Contains("Rx Power"))
{
_testinfo.SYSTEMLOG += "Check DDMI -25dBm: FAIL\r\n";
ret2 = false;
break;
}
}
if (ret2 == true)
{
break;
}
}
_testinfo.CURVEDDMIRESULT = ret1 && ret2 == true?Parameters.testStatus.PASS.ToString() : Parameters.testStatus.FAIL.ToString();
return(ret1 && ret2);
}
catch (Exception ex) {
_testinfo.CURVEDDMIRESULT = Parameters.testStatus.FAIL.ToString();
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
return(false);
}
}
//No used
public override bool overloadSensitivity(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR)
{
throw new NotImplementedException();
}
public override bool calibLOS(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR, ref bool _flag)
{
try {
string str = "";
_testinfo.SYSTEMLOG += "STEP 5: LOS Calibration\r\n";
_testinfo.CALIBLOSRESULT = Parameters.testStatus.Wait.ToString();
base.WriteLine("echo apd_ctrl >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
base.WriteLine("echo LOS_calibration 7F 00 >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -34dBm\r\n";
VAR.Att = -34 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo cal_LOS >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -30dBm\r\n";
VAR.Att = -30 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo cal_SD >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
base.WriteLine("echo set_flash_register_LOS >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 2);
str = base.Read();
if (str.Contains("0x7e"))
{
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -36dBm\r\n";
VAR.Att = -36 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo cal_LOS >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "- Thiết lập suy hao để ONT nhận mức Power: -32dBm\r\n";
VAR.Att = -32 - (Convert.ToDouble(VAR.OLT_Power));
FVA.Write("ATT " + VAR.Att.ToString() + " DB");
Thread.Sleep(Delay_suyhao);
base.WriteLine("echo cal_SD >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 4);
str = base.Read();
_testinfo.SYSTEMLOG += str + "\r\n";
base.WriteLine("echo set_flash_register_LOS >/proc/pon_phy/debug");
Thread.Sleep(Delay_modem * 2);
str = base.Read();
if (str.Contains("0x7e"))
{
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "[FAIL] Board gặp trạng thái 7E\r\n";
_testinfo.CALIBLOSRESULT = Parameters.testStatus.FAIL.ToString();
}
else
{
_testinfo.SYSTEMLOG += str + "\r\n";
_testinfo.SYSTEMLOG += "[OK] Thực hiện xong LOS Calibration\r\n";
_testinfo.CALIBLOSRESULT = Parameters.testStatus.PASS.ToString();
}
_flag = true;
}
else
{
_testinfo.CALIBLOSRESULT = Parameters.testStatus.PASS.ToString();
_flag = false;
}
return(_testinfo.CALIBLOSRESULT == Parameters.testStatus.PASS.ToString());
}
catch (Exception ex) {
_testinfo.CALIBLOSRESULT = Parameters.testStatus.FAIL.ToString();
_testinfo.SYSTEMLOG += ex.ToString() + "\r\n";
return(false);
}
}
//No used
public override bool writeFlash(bosainfo _bosainfo, testinginfo _testinfo)
{
throw new NotImplementedException();
}
public abstract bool setVapdAndSlope(bosainfo _bosainfo, testinginfo _testinfo, FVA3150 FVA, variables VAR);
