public void enableROTOR()
{
if (console.ROTORPort == 0) return;
lock ( this )
{
if ( rotor_enabled ) return; // nothing to do already enabled
rotor_enabled = true;
}
int port_num = console.ROTORPort;
Debug.WriteLine("==============ROTOR PORT OPEN: " +port_num);
SIO = new SDRSerialPort(port_num);
/* SIO.setCommParms(console.CATBaudRate,
console.CATParity,
console.CATDataBits,
console.CATStopBits,
console.CATHandshake);
*/
SIO.setCommParms(9600, // ant rotor port is always 9600
console.CATParity,
console.CATDataBits,
console.CATStopBits,
console.CATHandshake);
Initialize();
}
public void enableCAT()
{
lock ( this )
{
if ( cat_enabled ) return; // nothing to do already enabled
cat_enabled = true;
}
int port_num = console.CATPort;
SIO = new SDRSerialPort(port_num);
SIO.setCommParms(console.CATBaudRate,
console.CATParity,
console.CATDataBits,
console.CATStopBits,
console.CATHandshake);
Initialize();
}
// private void SIOMonitor_Elapsed(object sender, System.Timers.ElapsedEventArgs e)
// {
// if(!console.MOX)
// {
// SIOMonitorCount++; // increments the counter when in receive
// Debug.WriteLine("SIOMonitorCount: "+SIOMonitorCount.ToString());
// if(SIOMonitorCount < 12) // if the counter is less than 12 (60 seconds),reinitialize the serial port
// {
// Debug.WriteLine("The SIO Timer has elapsed");
// if(!SIO.PortIsOpen)
// {
// Debug.WriteLine("The port is closed");
// SIO.OpenPort = true;
// StreamWriter sw = new StreamWriter("SIOTestLog.txt", true);
// sw.WriteLine("The serial port was forced open");
// sw.WriteLine("Time: "+DateTime.Now.ToString());
// sw.Flush();
// sw.Close();
// SIOMonitor.Enabled = true;
// SIOMonitorCount = 0;
// Fpass = true;
// disableCAT();
// enableCAT();
// }
// //Initialize();
// }
// else // consider the remote program on the serial port as being shut down
// {
// if(SIO.PortIsOpen)
// {
// port_status = "open";
// }
// else
// {
//
// port_status = "closed";
// }
//
//
// SIOMonitorCount = 0;
// disableCAT();
// enableCAT();
// // SIOMonitor.Stop();
// }
// }
// else
// SIOMonitorCount = 0;
// }
public void enableCAT()
{
lock (this)
{
if (cat_enabled)
{
return; // nothing to do already enabled
}
cat_enabled = true;
}
int port_num = console.CATPort;
SIO = new SDRSerialPort(port_num);
SIO.setCommParms(console.CATBaudRate,
console.CATParity,
console.CATDataBits,
console.CATStopBits);
Initialize();
}
// private void SIOMonitor_Elapsed(object sender, System.Timers.ElapsedEventArgs e)
// {
// if(!console.MOX)
// {
// SIOMonitorCount++; // increments the counter when in receive
// Debug.WriteLine("SIOMonitorCount: "+SIOMonitorCount.ToString());
// if(SIOMonitorCount < 12) // if the counter is less than 12 (60 seconds),reinitialize the serial port
// {
// Debug.WriteLine("The SIO Timer has elapsed");
// if(!SIO.PortIsOpen)
// {
// Debug.WriteLine("The port is closed");
// SIO.OpenPort = true;
// StreamWriter sw = new StreamWriter("SIOTestLog.txt", true);
// sw.WriteLine("The serial port was forced open");
// sw.WriteLine("Time: "+DateTime.Now.ToString());
// sw.Flush();
// sw.Close();
// SIOMonitor.Enabled = true;
// SIOMonitorCount = 0;
// Fpass = true;
// disableCAT();
// enableCAT();
// }
// //Initialize();
// }
// else // consider the remote program on the serial port as being shut down
// {
// if(SIO.PortIsOpen)
// {
// port_status = "open";
// }
// else
// {
//
// port_status = "closed";
// }
//
//
// SIOMonitorCount = 0;
// disableCAT();
// enableCAT();
// // SIOMonitor.Stop();
// }
// }
// else
// SIOMonitorCount = 0;
// }
public void enableCAT()
{
lock (this)
{
if (cat_enabled)
{
return; // nothing to do already enabled
}
cat_enabled = true;
}
Debug.WriteLine("==============CAT PORT OPEN");
int port_num = console.CATPort;
SIO = new SDRSerialPort(port_num);
SIO.setCommParms(console.CATBaudRate,
console.CATParity,
console.CATDataBits,
console.CATStopBits,
console.CATHandshake);
Initialize();
}