StringBuilder CommBuffer = new StringBuilder(); //""; //holds incoming serial data from the port
private void SerialRXEventHandler(object source, SerialRXEvent e)
{
CommBuffer.Append(e.buffer); // put the data in the string
if (parser != null) // is the parser instantiated
{
try
{
Regex rex = new Regex(".*?;"); //accept any string ending in ;
string answer;
uint result;
for (Match m = rex.Match(CommBuffer.ToString()); m.Success; m = m.NextMatch()) //loop thru the buffer and find matches
{
answer = parser.Get(m.Value); //send the match to the parser
if (answer.Length > 0)
{
result = SIO.put(answer); //send the answer to the serial port
}
CommBuffer = CommBuffer.Replace(m.Value, "", 0, m.Length); //remove the match from the buffer
}
}
catch (Exception)
{
}
}
}
StringBuilder CommBuffer = new StringBuilder();//""; //holds incoming serial data from the port
private void SerialRX2EventHandler(object sender, SerialRXEvent e)
{
// SIOMonitor.Interval = 5000; // set the timer for 5 seconds
// SIOMonitor.Enabled = true; // start or restart the timer
//double T0 = 0.00;
//double T1 = 0.00;
//int bufferLen = 0;
// SerialPort spL = (SerialPort)sender;
// SDRSerialPort2 spL = (SDRSerialPort2)sender;
// if (!SIO2.IsOpen || spL.BasePort.PortName != SIO2.BasePort.PortName) return;
CommBuffer.Append(e.buffer); // put the data in the string
if (parser != null) // is the parser instantiated
{
//bufferLen = CommBuffer.Length;
try
{
Regex rex = new Regex(".*?;"); //accept any string ending in ;
string answer;
uint result;
for (Match m = rex.Match(CommBuffer.ToString()); m.Success; m = m.NextMatch()) //loop thru the buffer and find matches
{
//testTimer1.Start();
answer = parser.Get(m.Value); //send the match to the parser
//testTimer1.Stop();
//T0 = testTimer1.DurationMsec;
//testTimer2.Start();
if (answer.Length > 0)
{
result = SIO2.put(answer); //send the answer to the serial port
}
//testTimer2.Stop();
//T1 = testTimer2.DurationMsec;
CommBuffer = CommBuffer.Replace(m.Value, "", 0, m.Length); //remove the match from the buffer
//Debug.WriteLine("Parser decode time for "+m.Value.ToString()+": "+T0.ToString()+ "ms");
//Debug.WriteLine("SIO2 send answer time: " + T1.ToString() + "ms");
//Debug.WriteLine("CommBuffer Length: " + bufferLen.ToString());
//if (bufferLen > 100)
//Debug.WriteLine("Buffer contents: "+CommBuffer.ToString());
}
}
catch (Exception)
{
//Add ex name to exception above to enable
//Debug.WriteLine("RX Event: "+ex.Message);
//Debug.WriteLine("RX Event: "+ex.StackTrace);
}
}
}
StringBuilder CommBuffer = new StringBuilder(); //""; //holds incoming serial data from the port
private void SerialRXEventHandler1(object source, SerialRXEvent e)
{
CommBuffer.Append(e.buffer); // put the data in the string
if (CommBuffer.Length >= 4)
{
try
{
console.RotorAngle = CommBuffer.ToString().TrimStart(';');
// Debug.WriteLine("COMBUFFER2: " + console.RotorAngle);
console.RotorAngleRdy = true;
CommBuffer.Clear();
}
catch (Exception)
{
}
}
} // SerialRXEventHandler1
StringBuilder CommBuffer = new StringBuilder();//""; //holds incoming serial data from the port
private void SerialRXEventHandler(object source, SerialRXEvent e)
{
CommBuffer.Append(e.buffer); // put the data in the string
if(parser != null) // is the parser instantiated
{
try
{
Regex rex = new Regex(".*?;"); //accept any string ending in ;
string answer;
uint result;
for(Match m = rex.Match(CommBuffer.ToString()); m.Success; m = m.NextMatch()) //loop thru the buffer and find matches
{
answer = parser.Get(m.Value); //send the match to the parser
if(answer.Length > 0)
result = SIO.put(answer); //send the answer to the serial port
CommBuffer = CommBuffer.Replace(m.Value, "", 0, m.Length); //remove the match from the buffer
}
}
catch(Exception)
{
}
}
}