static bool g_bHighSpeed = true; //True if 500kbps and false ig 2400bps, used in RPi PinOut
//Note: g_bCountActive and g_bTimeActive can not be true at the same time
static void Main(string[] args)
{
//start application by displaying some help on screen
TextWriterTraceListener objConsole = new ReportTraceListener(Console.Out);
Trace.Listeners.Add(objConsole);
PrintHelp(args.Length == 0);
if (args.Length == 0)
{
return; //no parameters, nothing to do, just finish here
}
//Create and initialize a RFECommunicator object to proxy a RF Explorer device (of any kind)
g_objRFE = new RFECommunicator(true, IsIOT(args)); //Initialize a new Spectrum Analyzer object
g_objRFE.ReportInfoAddedEvent += new EventHandler(OnRFE_ReportLog);
g_objRFE.ReceivedConfigurationDataEvent += new EventHandler(OnRFE_ReceivedConfigData);
g_objRFE.UpdateDataEvent += new EventHandler(OnRFE_UpdateData);
g_objRFE.AutoConfigure = false;
g_objRFE.AutoClose = true;
UpdateBaudrate(args);
//Connect to specified serial port
if (!ConnectPort(args))
{
ClosePort();
return; //if cannot connect to serial port, we cannot do anything else
}
//Request analyzer to send current configuration and enable sweep data dump
if (UpdateFrequencyRange(args))
{
g_objRFE.SendCommand_RequestConfigData();
UpdateNumberOfCsv(args);
UpdateSweepTime(args);
if (g_bTimeActive && g_bCountActive)
{
Trace.WriteLine("ERROR: Incompatibility of parameters /time and /count");
}
else
{
WaitAndProcess(2, false);
DeviceInputStage(args);
//Set working frequency range from command line parameters
if (SetFrequencyRange(args))
{
UpdateFileNames(args);
//If correct, process responses and display output for some seconds
WaitAndProcess(g_nTotalSeconds, true, g_bCountActive);
}
}
}
//Close port and finish
ClosePort();
}
public void DoConnect2()
{
String strPort;
int idx;
idx = m_dropDownPort.value;
strPort = m_dropDownPort.options[idx].text;
m_objRFE = new RFECommunicator(true);
m_objRFE.PortClosedEvent += new EventHandler(OnRFE_PortClosed);
m_objRFE.ReportInfoAddedEvent += new EventHandler(OnRFE_ReportLog);
m_objRFE.ReceivedConfigurationDataEvent += new EventHandler(OnRFE_ReceivedConfigData);
m_objRFE.UpdateDataEvent += new EventHandler(OnRFE_UpdateData);
m_objRFE.ConnectPort(strPort, 500000);
if (!m_objRFE.PortConnected)
{
return;
}
m_panelConnect.SetActive(false);
m_objRFE.SendCommand_RequestConfigData();
Thread.Sleep(500);
// Set calc mode to "average"
m_objRFE.SendCommand("C+\x02");
if (DSP_MODE_FAST == m_iDSPMode)
{
// Set DSP mode to "fast"
m_objRFE.SendCommand("Cp\x02");
}
else
{
// Set DSP mode to "filter"
m_objRFE.SendCommand("Cp\x01");
}
m_iAdvanceCounter = m_iNumStepsToAdvance;
String sRFEReceivedString;
m_objRFE.ProcessReceivedString(true, out sRFEReceivedString);
}
private void btnConnectRFExplorer_Click(object sender, EventArgs e)
{
Cursor.Current = Cursors.WaitCursor;
if (comboBoxPortsRFExplorer.Items.Count > 0)
{
m_objRFE.ConnectPort(comboBoxPortsRFExplorer.SelectedValue.ToString(), Convert.ToInt32(comboBoxBaudrateRFExplorer.SelectedItem.ToString()));
if (m_objRFE.PortConnected)
{
m_objRFE.SendCommand_RequestConfigData();
}
Thread.Sleep(2000);
m_objRFE.ProcessReceivedString(true, out m_sRFEReceivedString);
}
UpdateButtonStatus();
Cursor.Current = Cursors.Default;
}
static void Main(string[] args)
{
//start application by displaying some help on screen
PrintHelp(args.Length == 0);
if (args.Length == 0)
{
return; //no parameters, nothing to do, just finish here
}
//Create and initialize a RFECommunicator object to proxy a RF Explorer device (of any kind)
g_objRFE = new RFECommunicator(true, IsIOT(args)); //Initialize a new Spectrum Analyzer object
g_objRFE.ReportInfoAddedEvent += new EventHandler(OnRFE_ReportLog);
g_objRFE.ReceivedConfigurationDataEvent += new EventHandler(OnRFE_ReceivedConfigData);
g_objRFE.UpdateDataEvent += new EventHandler(OnRFE_UpdateData);
g_objRFE.AutoConfigure = false;
UpdateBaudrate(args);
//Connect to specified serial port
if (!ConnectPort(args))
{
ClosePort();
return; //if cannot connect to serial port, we cannot do anything else
}
//g_objRFE.DebugSentTracesEnabled = true;
//g_objRFE.DebugTracesEnabled = true;
//Request analyzer to send current configuration and enable sweep data dump
if (UpdateFrequencyRange(args))
{
g_objRFE.SendCommand_RequestConfigData();
UpdateSweepTime(args);
WaitAndProcess(2, false);
//Set working frequency range from command line parameters
if (SetFrequencyRange(args))
{
UpdateFileNames(args);
//If correct, process responses and display output for some seconds
WaitAndProcess(g_nTotalSeconds);
}
}
//Close port and finish
ClosePort();
}
private void OnHoldMode_CheckedChanged(object sender, EventArgs e)
{
if (m_objAnalyzer == null)
{
return;
}
m_objAnalyzer.HoldMode = m_chkHoldMode.Checked;
if (m_objAnalyzer.HoldMode)
{
//Send hold mode to RF Explorer to stop RS232 traffic
m_objAnalyzer.SendCommand_Hold();
}
else
{
//Not on hold anymore, restore RS232 traffic
m_objAnalyzer.SendCommand_RequestConfigData();
}
OnHoldModeChangeEvent(new EventArgs());
}
public bool Connect()
{
if (m_dev.GetConnectedPorts())
{
m_dev.ConnectPort(m_dev.ValidCP2101Ports[m_port], m_baud, RFECommunicator.IsUnixLike() && !RFECommunicator.IsMacOS(), true);
}
if (m_dev.PortConnected)
{
Console.WriteLine("Connected to port " + m_dev.ValidCP2101Ports[m_port]);
m_dev.SendCommand_RequestConfigData();
return(true);
}
else
{
Console.WriteLine("ERROR: no port available, please review your connection");
return(false);
}
}