private void initAnalyzers()
{
ApiAnalyzer = new SerialComm(MachinePortName, MachineBaudrate, (byte)ModuleId_t.Touch_e);
ApiAnalyzer.ReceiveOnlyMode = true;
ApiAnalyzer.RegisterAckTimeoutHandler(apiAckTimeoutCallback);
ApiAnalyzer.RegisterNackFailHandler(apiNackFailCallback);
ApiAnalyzer.RegisterPacketReceivedHandler(apiReceivedCallback);
ApiAnalyzer.RegisterPacketSentHandler(apiSentCallback);
ApiAnalyzer.RegisterResponseTimeoutHandler(apiResponseTimeoutCallback);
ApiAnalyzer.ackNackReceived += new SerialComm.PacketEvent(ApiAnalyzer_ackNackReceived);
ApiAnalyzer.StartThread();
MachineAnalyzer = new SerialComm(MachinePortName, MachineBaudrate, (byte)ModuleId_t.Api_e);
MachineAnalyzer.ReceiveOnlyMode = true;
MachineAnalyzer.RegisterAckTimeoutHandler(machineAckTimeoutCallback);
MachineAnalyzer.RegisterNackFailHandler(machineNackFailCallback);
MachineAnalyzer.RegisterPacketReceivedHandler(machineReceivedCallback);
MachineAnalyzer.RegisterPacketSentHandler(machineSentCallback);
MachineAnalyzer.RegisterResponseTimeoutHandler(machineResponseTimeoutCallback);
MachineAnalyzer.ackNackReceived += new SerialComm.PacketEvent(MachineAnalyzer_ackNackReceived);
MachineAnalyzer.StartThread();
}
/// <summary>
/// Start the serial communication.
/// </summary>
private void serialportForm_FormClosing(object sender, FormClosingEventArgs e)
{
SerialportForm spf = sender as SerialportForm;
serialSession = new SerialComm(spf.serialPort.PortName, spf.serialPort.BaudRate, (byte)ModuleId_t.Api_e);
serialSession.MaxSendRepetition = 3;
// Register all handler methods for the various comm events.
serialSession.RegisterPacketReceivedHandler(telegramReceivedCallback);
serialSession.RegisterPacketSentHandler(telegramSentCallback);
serialSession.RegisterAckTimeoutHandler(ackTimeoutCallback);
serialSession.RegisterNackFailHandler(nackFailCallback);
serialSession.RegisterResponseTimeoutHandler(responseTimeoutCallback);
serialSession.ackNackReceived += new SerialComm.PacketEvent(ackNackReceivedHandler);
ApiDataReceived += new PacketCallback(API_ReceiveData);
serialSession.Start();
// Comm Labels
lblPort.Text = "Portname: " + spf.serialPort.PortName;
lblBaud.Text = "Baudrate: " + spf.serialPort.BaudRate;
}
void attemptAutoConnect()
{
btnAutomatic.Text = "searching...";
btnAutomatic.Update();
foreach (string s in comboBoxPorts.Items)
{
try
{
if (autoSession != null)
{
autoSession.Pause();
while (autoSession.PortIsOpen)
{
;
}
}
autoSession = new SerialComm(s, Convert.ToInt32(textBoxBaudRate.Text), (byte)ModuleId_t.Api_e);
autoSession.RegisterAckTimeoutHandler(ackTimeoutCallback);
autoSession.RegisterPacketSentHandler(packetSentCallback);
autoSession.MaxSendRepetition = 1;
autoSession.AckTimeout = TimeSpan.FromMilliseconds(100);
autoSession.ResponseTimeout = TimeSpan.FromMilliseconds(100);
autoSession.Start();
autoConnectTimeoutTmr.Interval = 1000;
autoConnectTimeoutTmr.Tick += new EventHandler(autoConnectTimeoutTmr_Tick);
autoConnectTimeoutTmr.Start();
// send GetStatus request
autoSession.EnqueuePacket((byte)ModuleId_t.Touch_e, new SerialComm.Message_t((byte)API_Command_t.GetStatus_e, 0), new byte[0],
0, true, SerialComm.Encrypt_t.No, 0, SerialComm.ApplicationPort_t.Api_e, 0xFF);
while (status == MachineStatus_t.TryConnection && autoConnectTimeout == false)
{
}
autoConnectTimeoutTmr.Stop();
autoConnectTimeout = false;
if (status == MachineStatus_t.MachineFound)
{
autoSession.Dispose();
serialPort.PortName = autoSession.PortName;
serialPort.BaudRate = autoSession.BaudRate;
this.Close();
}
else
{
status = MachineStatus_t.TryConnection;
}
}
catch { }
}
if (autoSession != null)
{
autoSession.Dispose();
}
btnAutomatic.Text = "nothing found";
resetTimer.Interval = 2000;
resetTimer.Tick += new EventHandler(resetTimer_Tick);
resetTimer.Start();
}