static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Start frmStart = new Start();
frmStart.ShowDialog();
if (frmStart.DialogResult != DialogResult.OK) return;
#region *** Localtion ***
FileInfo fileLocation_sys = new FileInfo(Program.strLocationr_FileName_sys);
//string[] arrDLL = Directory.GetFiles(@"C:\Windows\System32\", "*.ini", SearchOption.TopDirectoryOnly);
StreamReader srLocation;
string temp;
if (fileLocation_sys.Exists)
{
srLocation = new StreamReader(strLocationr_FileName_sys);
temp = srLocation.ReadLine();
}
else
{
FileInfo fileLocation = new FileInfo(Program.strLocationr_FileName);
if (fileLocation.Exists)
{
srLocation = new StreamReader(strLocationr_FileName);
temp = srLocation.ReadLine();
}
else
{
MessageBox.Show("Location Setting file is not exist in " + Program.strLocationr_FileName
+ " \r\nPlease contact the developer",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
}
if (temp != null)
{
if (temp == "1") Location = LocationList.SH_1;
if (temp == "2") Location = LocationList.SH_2;
if (temp == "3") Location = LocationList.SH_3;
if (temp == "4") Location = LocationList.SH_4;
if (temp == "4") Location = LocationList.SH_4;
if (temp == "11") Location = LocationList.BJ_1;
if (temp == "12") Location = LocationList.BJ_2;
if (temp == "99") Location = LocationList.Simulation;
}
#endregion Localtion
// check which program to start
if (frmStart.DialogResult == DialogResult.OK && tp == Mipi)
{
debug_mipi = true;
Application.Run(new Mipi());
}
else if (frmStart.DialogResult == DialogResult.OK && tp == SweepTest)
{
debug_mipi = false;
#region *** Variable Define
string line;
double tmpFreq;
string[] content;
/////////////////////////////////////////////////////////////
//// 2015012015 add Linear GMSK LB/HB, that is 4
int ParameterIndentify = 17 + 5 + 4 + 4;
#endregion *** Variable Define ***
#region *** Read Parameter Setting & Build Frequence List ***
FileInfo fileParameter = new FileInfo(Program.strSweepParameter_FileName);
//for LB filter verify
TestSetting.LOSS_SRC_ROLL.Add(997.6, 0.0);
TestSetting.LOSS_MSR_FILTER_LB.Add(997.6, 0.0);
//for HB filter verify
TestSetting.LOSS_SRC_ROLL.Add(1806.7, 0.0);
TestSetting.LOSS_MSR_FILTER_HB.Add(1806.7, 0.0);
//for harmonic which up 6GHz
TestSetting.LOSS_SRC_ROLL.Add(6000, 0.0);
TestSetting.LOSS_MSR_FILTER_LB.Add(6000, 0.0);
TestSetting.LOSS_MSR_FILTER_HB.Add(6000, 0.0);
if (!fileParameter.Exists)
{
MessageBox.Show("Parameter Setting file is not exist in " + Program.strSweepParameter_FileName
+ " \r\nPlease contact the developer",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
StreamReader srParameter = new StreamReader(strSweepParameter_FileName);
line = srParameter.ReadLine();
while (line != null)
{
if (line.Contains("--- Setting ---"))
{
line = srParameter.ReadLine();
ParameterIndentify--;
}
#region GMSK_LB Setting
if (line.Contains("--- GMSK_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_GMSK_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion GMSK Setting
#region GMSK_HB Setting
if (line.Contains("--- GMSK_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_GMSK_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion GMSK Setting
#region EDGE_LB Setting
if (line.Contains("--- EDGE_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_EDGE_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion EDGE_LB Setting
#region EDGE_HB Setting
if (line.Contains("--- EDGE_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_EDGE_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion EDGE_HB Setting
#region TDSCDMA Setting
if (line.Contains("--- TDSCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_TDSCDMA.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion TDSCDMA Setting
#region WCDMA Setting
if (line.Contains("--- WCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_WCDMA.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion WCDMA Setting
#region LTETDD_B38 Setting
if (line.Contains("--- LTETDD_B38 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTETDD_B38.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTETDD_B38 Setting
#region LTETDD_B40 Setting
if (line.Contains("--- LTETDD_B40 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTETDD_B40.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTETDD_B40 Setting
#region LTEFDD_LB Setting
if (line.Contains("--- LTEFDD_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTEFDD_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTEFDD_LB Setting
#region LTEFDD_HB Setting
if (line.Contains("--- LTEFDD_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTEFDD_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTEFDD_HB Setting
#region CDMA Setting
if (line.Contains("--- CDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_CDMA.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion CDMA Setting
#region EVDO Setting
if (line.Contains("--- EVDO ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_EVDO.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion EVDO Setting
#region Linear_GMSK_LB Setting
if (line.Contains("--- Linear_GMSK_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LGMSK_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion Linear GMSK Setting
#region Linear GMSK_HB Setting
if (line.Contains("--- Linear_GMSK_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LGMSK_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion Linear GMSK Setting
if (line.Contains("--- Frequency List ---"))
{
line = srParameter.ReadLine();
ParameterIndentify--;
}
#region CW LB Frequency list
if (line.Contains("--- CW LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_CW_LB.ContainsKey(tmpFreq)) TestSetting.FREQ_CW_LB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
//Harmonic
for (int i = 2; i <= 6; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
if (!TestSetting.LOSS_MSR_FILTER_LB.ContainsKey(tmpFreq * i)) TestSetting.LOSS_MSR_FILTER_LB.Add(tmpFreq * i, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region CW HB Frequency list
if (line.Contains("--- CW HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_CW_HB.ContainsKey(tmpFreq)) TestSetting.FREQ_CW_HB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
//Harmonic
for (int i = 2; i <= 3; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
if (!TestSetting.LOSS_MSR_FILTER_HB.ContainsKey(tmpFreq * i)) TestSetting.LOSS_MSR_FILTER_HB.Add(tmpFreq * i, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region EDGE LB Frequency list
if (line.Contains("--- EDGE LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_EDGE_LB.ContainsKey(tmpFreq)) TestSetting.FREQ_EDGE_LB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region EDGE HB Frequency list
if (line.Contains("--- EDGE HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_EDGE_HB.ContainsKey(tmpFreq)) TestSetting.FREQ_EDGE_HB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region TDSCDMA Frequency list
if (line.Contains("--- TDSCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_TDSCDMA.ContainsKey(tmpFreq)) TestSetting.FREQ_TDSCDMA.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region WCDMA Frequency list
if (line.Contains("--- WCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_WCDMA.ContainsKey(tmpFreq)) TestSetting.FREQ_WCDMA.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region LTE TDD_B38 Frequency list
if (line.Contains("--- LTETDD_B38 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTETDD_B38.ContainsKey(tmpFreq)) TestSetting.FREQ_LTETDD_B38.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region LTE TDD_B40 Frequency list
if (line.Contains("--- LTETDD_B40 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTETDD_B40.ContainsKey(tmpFreq)) TestSetting.FREQ_LTETDD_B40.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region LTE FDD LB Frequency list
if (line.Contains("--- LTEFDD_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTEFDD_LB.ContainsKey(tmpFreq)) TestSetting.FREQ_LTEFDD_LB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region LTE FDD HB Frequency list
if (line.Contains("--- LTEFDD_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTEFDD_HB.ContainsKey(tmpFreq)) TestSetting.FREQ_LTEFDD_HB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region CDMA Frequency list
if (line.Contains("--- CDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_CDMA.ContainsKey(tmpFreq)) TestSetting.FREQ_CDMA.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region EVDO Frequency list
if (line.Contains("--- EVDO ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_EVDO.ContainsKey(tmpFreq)) TestSetting.FREQ_EVDO.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
ParameterIndentify--;
}
#endregion
#region LCW LB Frequency list
if (line.Contains("--- LCW LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LCW_LB.ContainsKey(tmpFreq)) TestSetting.FREQ_LCW_LB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
//Harmonic
for (int i = 2; i <= 6; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
if (!TestSetting.LOSS_MSR_FILTER_LB.ContainsKey(tmpFreq * i)) TestSetting.LOSS_MSR_FILTER_LB.Add(tmpFreq * i, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region LCW HB Frequency list
if (line.Contains("--- LCW HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LCW_HB.ContainsKey(tmpFreq)) TestSetting.FREQ_LCW_HB.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq)) TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
//Harmonic
for (int i = 2; i <= 3; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i)) TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
if (!TestSetting.LOSS_MSR_FILTER_HB.ContainsKey(tmpFreq * i)) TestSetting.LOSS_MSR_FILTER_HB.Add(tmpFreq * i, 0.0);
}
}
ParameterIndentify--;
}
#endregion
if (!line.Contains("---"))
line = srParameter.ReadLine();
else if (line.Contains("--- The End ---"))
break;
}
srParameter.Close();
if (ParameterIndentify != 0)
{
MessageBox.Show("Parameter Setting file is interrupt in " + Program.strSweepParameter_FileName
+ " \r\nPlease contact the developer",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
#endregion *** Read Parameter Setting & Build Frequence List ***
#region *** Start Test Program ***
// everything is ready, start the test program
if (MessageBox.Show("Perform Loss Comp?", "Loss Comp", MessageBoxButtons.YesNo) == DialogResult.Yes)
{
NewLossComp frmNewLossComp = new NewLossComp();
frmNewLossComp.ShowDialog();
if (frmNewLossComp.DialogResult == DialogResult.OK) //if Losscomp form closed, start Benchtest from
Application.Run(new SweepTest());
}
else
Application.Run(new SweepTest());
#endregion *** Start Test Program ***
}
// if read configuration file fail, abort load the test program.
else if (frmStart.DialogResult == DialogResult.OK)
{
debug_mipi = false;
#region *** Check tp Configuration file ***
strFilePath_Testcfg = strFilePath + tp + ".csv";
if (!File.Exists(strFilePath_Testcfg))
{
MessageBox.Show("Read " + tp + " configuration file fail.\r\nThere is no configuration file '"
+ tp + ".csv' in cfg folder", "oops!!!", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
#endregion *** Check tp Configuration file ***
#region *** Get program configuration information ***
int i = 1;
string line;
string[] content;
ProductTest = new Vanchip.Common.ProductTest[TestSetting.MaxTestItem];
StreamReader srProduct = new StreamReader(strFilePath_Testcfg);
//Last Cal Date
line = srProduct.ReadLine();
content = line.Split(',');
lastCalDate = content[0];
//csv Header
csvHeader = srProduct.ReadLine();
while ((line = srProduct.ReadLine()) != null)
{
if (line == "") break;
content = line.Split(',');
ProductTest[i].Item = Convert.ToInt32(content[0]);
ProductTest[i].TestItem = content[1];
ProductTest[i].Description = content[2];
ProductTest[i].Units = content[3];
ProductTest[i].LowLimit = Convert.ToDouble(content[4]);
ProductTest[i].HighLimit = Convert.ToDouble(content[5]);
ProductTest[i].VCC = Convert.ToDouble(content[6]);
if (content[7] == "0")
ProductTest[i].VBAT = 0.01;
else
ProductTest[i].VBAT = Convert.ToDouble(content[7]);
if (content[8] == "0")
ProductTest[i].Vramp = 0.01;
else
ProductTest[i].Vramp = Convert.ToDouble(content[8]);
if (content[9] == "0")
ProductTest[i].Txen_Ven = 0.01;
else
ProductTest[i].Txen_Ven = Convert.ToDouble(content[9]);
if (content[10] == "0")
ProductTest[i].Gpctrl0_Vmode0 = 0.01;
else
ProductTest[i].Gpctrl0_Vmode0 = Convert.ToDouble(content[10]);
if (content[11] == "0")
ProductTest[i].Gpctrl1_Vmode1 = 0.01;
else
ProductTest[i].Gpctrl1_Vmode1 = Convert.ToDouble(content[11]);
if (content[12] == "0")
ProductTest[i].Gpctrl2_Vmode2 = 0.01;
else
ProductTest[i].Gpctrl2_Vmode2 = Convert.ToDouble(content[12]);
ProductTest[i].Pin = Convert.ToDouble(content[13]);
ProductTest[i].Pout = Convert.ToDouble(content[14]);
ProductTest[i].FreqIn = Convert.ToDouble(content[15]);
ProductTest[i].FreqOut = Convert.ToDouble(content[16]);
ProductTest[i].LossIn = Convert.ToDouble(content[17]);
ProductTest[i].LossOut = Convert.ToDouble(content[18]);
ProductTest[i].SocketOffset = Convert.ToDouble(content[19]);
i++;
}
srProduct.Close();
#endregion Get program configuration information
#region *** Start Test Program ***
// everything is ready, start the test program
if (MessageBox.Show("Perform Loss Comp?", "Loss Comp", MessageBoxButtons.YesNo) == DialogResult.Yes)
{
LossComp frmLoss = new LossComp();
frmLoss.ShowDialog();
if (frmLoss.DialogResult == DialogResult.OK) //if Losscomp form closed, start Benchtest from
Application.Run(new BenchTest());
}
else
Application.Run(new BenchTest());
#endregion *** Start Test Program ***
}
}
static void Main()
{
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Start frmStart = new Start();
frmStart.ShowDialog();
if (frmStart.DialogResult != DialogResult.OK)
{
return;
}
#region *** Localtion ***
FileInfo fileLocation_sys = new FileInfo(Program.strLocationr_FileName_sys);
//string[] arrDLL = Directory.GetFiles(@"C:\Windows\System32\", "*.ini", SearchOption.TopDirectoryOnly);
StreamReader srLocation;
string temp;
if (fileLocation_sys.Exists)
{
srLocation = new StreamReader(strLocationr_FileName_sys);
temp = srLocation.ReadLine();
}
else
{
FileInfo fileLocation = new FileInfo(Program.strLocationr_FileName);
if (fileLocation.Exists)
{
srLocation = new StreamReader(strLocationr_FileName);
temp = srLocation.ReadLine();
}
else
{
MessageBox.Show("Location Setting file is not exist in " + Program.strLocationr_FileName
+ " \r\nPlease contact the developer",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
}
if (temp != null)
{
if (temp == "1")
{
Location = LocationList.SH_1;
}
if (temp == "2")
{
Location = LocationList.SH_2;
}
if (temp == "3")
{
Location = LocationList.SH_3;
}
if (temp == "4")
{
Location = LocationList.SH_4;
}
if (temp == "4")
{
Location = LocationList.SH_4;
}
if (temp == "11")
{
Location = LocationList.BJ_1;
}
if (temp == "12")
{
Location = LocationList.BJ_2;
}
if (temp == "99")
{
Location = LocationList.Simulation;
}
}
#endregion Localtion
// check which program to start
if (frmStart.DialogResult == DialogResult.OK && tp == Mipi)
{
debug_mipi = true;
Application.Run(new Mipi());
}
else if (frmStart.DialogResult == DialogResult.OK && tp == SweepTest)
{
debug_mipi = false;
#region *** Variable Define
string line;
double tmpFreq;
string[] content;
/////////////////////////////////////////////////////////////
//// 2015012015 add Linear GMSK LB/HB, that is 4
int ParameterIndentify = 17 + 5 + 4 + 4;
#endregion *** Variable Define ***
#region *** Read Parameter Setting & Build Frequence List ***
FileInfo fileParameter = new FileInfo(Program.strSweepParameter_FileName);
//for LB filter verify
TestSetting.LOSS_SRC_ROLL.Add(997.6, 0.0);
TestSetting.LOSS_MSR_FILTER_LB.Add(997.6, 0.0);
//for HB filter verify
TestSetting.LOSS_SRC_ROLL.Add(1806.7, 0.0);
TestSetting.LOSS_MSR_FILTER_HB.Add(1806.7, 0.0);
//for harmonic which up 6GHz
TestSetting.LOSS_SRC_ROLL.Add(6000, 0.0);
TestSetting.LOSS_MSR_FILTER_LB.Add(6000, 0.0);
TestSetting.LOSS_MSR_FILTER_HB.Add(6000, 0.0);
if (!fileParameter.Exists)
{
MessageBox.Show("Parameter Setting file is not exist in " + Program.strSweepParameter_FileName
+ " \r\nPlease contact the developer",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
StreamReader srParameter = new StreamReader(strSweepParameter_FileName);
line = srParameter.ReadLine();
while (line != null)
{
if (line.Contains("--- Setting ---"))
{
line = srParameter.ReadLine();
ParameterIndentify--;
}
#region GMSK_LB Setting
if (line.Contains("--- GMSK_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_GMSK_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion GMSK Setting
#region GMSK_HB Setting
if (line.Contains("--- GMSK_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_GMSK_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion GMSK Setting
#region EDGE_LB Setting
if (line.Contains("--- EDGE_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_EDGE_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion EDGE_LB Setting
#region EDGE_HB Setting
if (line.Contains("--- EDGE_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_EDGE_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion EDGE_HB Setting
#region TDSCDMA Setting
if (line.Contains("--- TDSCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_TDSCDMA.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion TDSCDMA Setting
#region WCDMA Setting
if (line.Contains("--- WCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_WCDMA.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion WCDMA Setting
#region LTETDD_B38 Setting
if (line.Contains("--- LTETDD_B38 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTETDD_B38.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTETDD_B38 Setting
#region LTETDD_B40 Setting
if (line.Contains("--- LTETDD_B40 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTETDD_B40.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTETDD_B40 Setting
#region LTEFDD_LB Setting
if (line.Contains("--- LTEFDD_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTEFDD_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTEFDD_LB Setting
#region LTEFDD_HB Setting
if (line.Contains("--- LTEFDD_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LTEFDD_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion LTEFDD_HB Setting
#region CDMA Setting
if (line.Contains("--- CDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_CDMA.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion CDMA Setting
#region EVDO Setting
if (line.Contains("--- EVDO ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_EVDO.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion EVDO Setting
#region Linear_GMSK_LB Setting
if (line.Contains("--- Linear_GMSK_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LGMSK_LB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion Linear GMSK Setting
#region Linear GMSK_HB Setting
if (line.Contains("--- Linear_GMSK_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
content = line.Split(',');
TestSetting.SETTING_LGMSK_HB.Add(content[0], double.Parse(content[1]));
}
ParameterIndentify--;
}
#endregion Linear GMSK Setting
if (line.Contains("--- Frequency List ---"))
{
line = srParameter.ReadLine();
ParameterIndentify--;
}
#region CW LB Frequency list
if (line.Contains("--- CW LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_CW_LB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_CW_LB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
//Harmonic
for (int i = 2; i <= 6; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
}
if (!TestSetting.LOSS_MSR_FILTER_LB.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_MSR_FILTER_LB.Add(tmpFreq * i, 0.0);
}
}
}
ParameterIndentify--;
}
#endregion
#region CW HB Frequency list
if (line.Contains("--- CW HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_CW_HB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_CW_HB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
//Harmonic
for (int i = 2; i <= 3; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
}
if (!TestSetting.LOSS_MSR_FILTER_HB.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_MSR_FILTER_HB.Add(tmpFreq * i, 0.0);
}
}
}
ParameterIndentify--;
}
#endregion
#region EDGE LB Frequency list
if (line.Contains("--- EDGE LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_EDGE_LB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_EDGE_LB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region EDGE HB Frequency list
if (line.Contains("--- EDGE HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_EDGE_HB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_EDGE_HB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region TDSCDMA Frequency list
if (line.Contains("--- TDSCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_TDSCDMA.ContainsKey(tmpFreq))
{
TestSetting.FREQ_TDSCDMA.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region WCDMA Frequency list
if (line.Contains("--- WCDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_WCDMA.ContainsKey(tmpFreq))
{
TestSetting.FREQ_WCDMA.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region LTE TDD_B38 Frequency list
if (line.Contains("--- LTETDD_B38 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTETDD_B38.ContainsKey(tmpFreq))
{
TestSetting.FREQ_LTETDD_B38.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region LTE TDD_B40 Frequency list
if (line.Contains("--- LTETDD_B40 ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTETDD_B40.ContainsKey(tmpFreq))
{
TestSetting.FREQ_LTETDD_B40.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region LTE FDD LB Frequency list
if (line.Contains("--- LTEFDD_LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTEFDD_LB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_LTEFDD_LB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region LTE FDD HB Frequency list
if (line.Contains("--- LTEFDD_HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LTEFDD_HB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_LTEFDD_HB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region CDMA Frequency list
if (line.Contains("--- CDMA ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_CDMA.ContainsKey(tmpFreq))
{
TestSetting.FREQ_CDMA.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region EVDO Frequency list
if (line.Contains("--- EVDO ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_EVDO.ContainsKey(tmpFreq))
{
TestSetting.FREQ_EVDO.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
}
ParameterIndentify--;
}
#endregion
#region LCW LB Frequency list
if (line.Contains("--- LCW LB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LCW_LB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_LCW_LB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
//Harmonic
for (int i = 2; i <= 6; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
}
if (!TestSetting.LOSS_MSR_FILTER_LB.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_MSR_FILTER_LB.Add(tmpFreq * i, 0.0);
}
}
}
ParameterIndentify--;
}
#endregion
#region LCW HB Frequency list
if (line.Contains("--- LCW HB ---"))
{
while (!(line = srParameter.ReadLine()).Contains("---"))
{
tmpFreq = double.Parse(line);
if (!TestSetting.FREQ_LCW_HB.ContainsKey(tmpFreq))
{
TestSetting.FREQ_LCW_HB.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_POUT.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_POUT.Add(tmpFreq, 0.0);
}
if (!TestSetting.LOSS_MSR_THROUGH.ContainsKey(tmpFreq))
{
TestSetting.LOSS_MSR_THROUGH.Add(tmpFreq, 0.0);
}
//Harmonic
for (int i = 2; i <= 3; i++)
{
if (!TestSetting.LOSS_SRC_ROLL.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_SRC_ROLL.Add(tmpFreq * i, 0.0);
}
if (!TestSetting.LOSS_MSR_FILTER_HB.ContainsKey(tmpFreq * i))
{
TestSetting.LOSS_MSR_FILTER_HB.Add(tmpFreq * i, 0.0);
}
}
}
ParameterIndentify--;
}
#endregion
if (!line.Contains("---"))
{
line = srParameter.ReadLine();
}
else if (line.Contains("--- The End ---"))
{
break;
}
}
srParameter.Close();
if (ParameterIndentify != 0)
{
MessageBox.Show("Parameter Setting file is interrupt in " + Program.strSweepParameter_FileName
+ " \r\nPlease contact the developer",
"Error", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
#endregion *** Read Parameter Setting & Build Frequence List ***
#region *** Start Test Program ***
// everything is ready, start the test program
if (MessageBox.Show("Perform Loss Comp?", "Loss Comp", MessageBoxButtons.YesNo) == DialogResult.Yes)
{
NewLossComp frmNewLossComp = new NewLossComp();
frmNewLossComp.ShowDialog();
if (frmNewLossComp.DialogResult == DialogResult.OK) //if Losscomp form closed, start Benchtest from
{
Application.Run(new SweepTest());
}
}
else
{
Application.Run(new SweepTest());
}
#endregion *** Start Test Program ***
}
// if read configuration file fail, abort load the test program.
else if (frmStart.DialogResult == DialogResult.OK)
{
debug_mipi = false;
#region *** Check tp Configuration file ***
strFilePath_Testcfg = strFilePath + tp + ".csv";
if (!File.Exists(strFilePath_Testcfg))
{
MessageBox.Show("Read " + tp + " configuration file fail.\r\nThere is no configuration file '"
+ tp + ".csv' in cfg folder", "oops!!!", MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
#endregion *** Check tp Configuration file ***
#region *** Get program configuration information ***
int i = 1;
string line;
string[] content;
ProductTest = new Vanchip.Common.ProductTest[TestSetting.MaxTestItem];
StreamReader srProduct = new StreamReader(strFilePath_Testcfg);
//Last Cal Date
line = srProduct.ReadLine();
content = line.Split(',');
lastCalDate = content[0];
//csv Header
csvHeader = srProduct.ReadLine();
while ((line = srProduct.ReadLine()) != null)
{
if (line == "")
{
break;
}
content = line.Split(',');
ProductTest[i].Item = Convert.ToInt32(content[0]);
ProductTest[i].TestItem = content[1];
ProductTest[i].Description = content[2];
ProductTest[i].Units = content[3];
ProductTest[i].LowLimit = Convert.ToDouble(content[4]);
ProductTest[i].HighLimit = Convert.ToDouble(content[5]);
ProductTest[i].VCC = Convert.ToDouble(content[6]);
if (content[7] == "0")
{
ProductTest[i].VBAT = 0.01;
}
else
{
ProductTest[i].VBAT = Convert.ToDouble(content[7]);
}
if (content[8] == "0")
{
ProductTest[i].Vramp = 0.01;
}
else
{
ProductTest[i].Vramp = Convert.ToDouble(content[8]);
}
if (content[9] == "0")
{
ProductTest[i].Txen_Ven = 0.01;
}
else
{
ProductTest[i].Txen_Ven = Convert.ToDouble(content[9]);
}
if (content[10] == "0")
{
ProductTest[i].Gpctrl0_Vmode0 = 0.01;
}
else
{
ProductTest[i].Gpctrl0_Vmode0 = Convert.ToDouble(content[10]);
}
if (content[11] == "0")
{
ProductTest[i].Gpctrl1_Vmode1 = 0.01;
}
else
{
ProductTest[i].Gpctrl1_Vmode1 = Convert.ToDouble(content[11]);
}
if (content[12] == "0")
{
ProductTest[i].Gpctrl2_Vmode2 = 0.01;
}
else
{
ProductTest[i].Gpctrl2_Vmode2 = Convert.ToDouble(content[12]);
}
ProductTest[i].Pin = Convert.ToDouble(content[13]);
ProductTest[i].Pout = Convert.ToDouble(content[14]);
ProductTest[i].FreqIn = Convert.ToDouble(content[15]);
ProductTest[i].FreqOut = Convert.ToDouble(content[16]);
ProductTest[i].LossIn = Convert.ToDouble(content[17]);
ProductTest[i].LossOut = Convert.ToDouble(content[18]);
ProductTest[i].SocketOffset = Convert.ToDouble(content[19]);
i++;
}
srProduct.Close();
#endregion Get program configuration information
#region *** Start Test Program ***
// everything is ready, start the test program
if (MessageBox.Show("Perform Loss Comp?", "Loss Comp", MessageBoxButtons.YesNo) == DialogResult.Yes)
{
LossComp frmLoss = new LossComp();
frmLoss.ShowDialog();
if (frmLoss.DialogResult == DialogResult.OK) //if Losscomp form closed, start Benchtest from
{
Application.Run(new BenchTest());
}
}
else
{
Application.Run(new BenchTest());
}
#endregion *** Start Test Program ***
}
}