//
/// <summary>
///
/// </summary>
///
void GenerateCommand(ref S80211 s)
{
switch (_wifi)
{
case "802.11b":
{
s = new S80211b(int.Parse(_bandwith), int.Parse(_channel), (int)double.Parse(_rate), int.Parse(_power));
break;
}
case "802.11g":
{
s = new S80211g(int.Parse(_bandwith), int.Parse(_channel), int.Parse(_rate), int.Parse(_power), int.Parse(_anten));
break;
}
case "802.11nHT20":
{
s = new S80211n(2, int.Parse(_channel), int.Parse(_rate), int.Parse(_power), int.Parse(_anten));
break;
}
case "802.11nHT40":
{
s = new S80211n(4, int.Parse(_channel), int.Parse(_rate), int.Parse(_power), int.Parse(_anten));
break;
}
default: break;
}
}
//int Channel(int channel)
//{
// for (int i = 1; i <=11; i++)
// {
// if (channel == i)
// {
// channel1 = 2407 + 5*i;
// }
// }
// return channel1;
//}
private void btnstart_Click(object sender, EventArgs e)
{
//Control.CheckForIllegalCrossThreadCalls = false;
try
{
int i = 1;
ListDataTest.Items.Clear();
listtest.Clear();
//
foreach (var item in lines)
{
//MessageBox.Show(item);
bool ret = convertInputData(item, ref listtest);
//MessageBox.Show();
}
int j = 0;
foreach (var ditem in listtest)
{
_wifi = ditem.wifi;
_bandwith = ditem.bandwidth;
_anten = ditem.anten;
_channel = ditem.channel;
_rate = ditem.rate;
_power = ditem.power;
ListDataTest.Items.Add("wifi=" + _wifi + ";anten=" + _anten + ";Channel=" + _channel + ";rate=" + _rate + ";Power=" + _power + "\n");
lbdisplay.Text = "--";
//Check data inputed is ok/ng
//if (!InputedDataValid()) return;
//Generate command
S80211 wifiUnit = null;
GenerateCommand(ref wifiUnit);
//Write command into DUT
Clear();
string msg = "";
MethodInvoker invoker_Ok = delegate
{
WriteCode(msg);
lbdisplay.Text = "OK";
};
MethodInvoker invoker_Ng = delegate
{
lbdisplay.Text = "NG";
WriteCode("FAIL.");
};
//Thread t = new Thread(() =>
//{
#region wifi
if (_wifi == "802.11nHT20")
{
wifi1 = "N20";
}
if (_wifi == "802.11nHT40")
{
wifi1 = "N40";
}
if (_wifi == "802.11b")
{
wifi1 = "BG";
}
if (_wifi == "802.11g")
{
wifi1 = "GDO";
}
#endregion
#region Channel
if (_channel == "1")
{
channel1 = "2412";
}
if (_channel == "2")
{
channel1 = "2417";
}
if (_channel == "3")
{
channel1 = "2422";
}
if (_channel == "4")
{
channel1 = "2427";
}
if (_channel == "5")
{
channel1 = "2432";
}
if (_channel == "6")
{
channel1 = "2437";
}
if (_channel == "7")
{
channel1 = "2442";
}
if (_channel == "8")
{
channel1 = "2447";
}
if (_channel == "9")
{
channel1 = "2452";
}
if (_channel == "10")
{
channel1 = "2457";
}
if (_channel == "11")
{
channel1 = "2462";
}
#endregion
if (wifiUnit.txCommandList.Count > 0)
{
ontDevice.sendListCommand(wifiUnit.txCommandList, out msg);
this.Invoke(invoker_Ok);
Application.DoEvents();
}
else
{
this.Invoke(invoker_Ng);
}
//});
//t.Start();
E6640AVISA = new E6640A_VISA("TCPIP0::192.168.1.2::inst0::INSTR");
E6640AVISA.config_HT20_RxTest_Transmitter(channel1, wifi1, "25", "RFB");
if (_wifi == "802.11nHT20" || _wifi == "802.11nHT40" || _wifi == "802.11g")
{
SUM = E6640AVISA.HienThi();
string[] array = SUM.Split(',');
string Power = Convert.ToDouble(array[19]).ToString("00.00");
string Ferqerror = Convert.ToDouble(array[7]).ToString("00.00");
string sym = Convert.ToDouble(array[11]).ToString("00.00");
string EVM = Convert.ToDouble(array[1]).ToString("00.00");
List <string> lData = new List <string>();
lData.Add(Power);
lData.Add(Ferqerror);
lData.Add(sym);
lData.Add(EVM);
dgv.DataSource = lData;
//string[] array1 = { Power, Ferqerror, sym, EVM + "\n" };
//dgv.DataSource = array1;
////dgv.ColumnCount = 4;
//dgv.Rows.Add();
////dgv.Rows[j].Cells[0].Value = j;
//dgv.Rows[j].Cells[1].Value = Power;
//dgv.Rows[j].Cells[2].Value = Ferqerror;
//dgv.Rows[j].Cells[3].Value = sym;
//dgv.Rows[j].Cells[4].Value = EVM;
j++;
ListDataTest.Items.Add("Power: " + Convert.ToDouble(array[19]).ToString("00.00") + ";EVM: " + Convert.ToDouble(array[1]).ToString("00.00"));
//ListDataTest.Items.Add(SUM + "\n");
}
else if (_wifi == "802.11b")
{
SUM = E6640AVISA.HienThi();
string[] array = SUM.Split(',');
string Power = Convert.ToDouble(array[35]).ToString("00.00");
string Ferqerror = Convert.ToDouble(array[7]).ToString("00.00");
string chip = Convert.ToDouble(array[11]).ToString("00.00");
string EVM = Convert.ToDouble(array[1]).ToString("00.00") + "%";
List <string> lData = new List <string>();
lData.Add(Power);
lData.Add(Ferqerror);
lData.Add(chip);
lData.Add(EVM);
dgv.DataSource = lData;
//string[] array1 = { Power, Ferqerror, sym, EVM + "\n" };
//dgv.ColumnCount = 4;
//dgv.Rows.Add();
////dgv.Rows[j].Cells[0].Value = j;
//dgv.Rows[j].Cells[1].Value = Power;
//dgv.Rows[j].Cells[2].Value = Ferqerror;
//dgv.Rows[j].Cells[3].Value = sym;
//dgv.Rows[j].Cells[4].Value = EVM;
j++;
//dgv.DataSource = array1;
ListDataTest.Items.Add("Power: " + Power + ";EVM: " + EVM + ";Fer Error: " + Ferqerror + ";Chip Clock Error: " + chip + "\n");
}
for (int k = 0; k < 50; k++)
{
Thread.Sleep(100);
Application.DoEvents();
}
ListDataTest.Items.Add("Hoan thanh bai thu " + i);
i++;
//while (t.IsAlive) ;
}
//dgv.DataSource = listtest;
//dgv.Refresh();
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
//throw;
}
}
