public SetBaudRate ( double baudRate ) : void | ||
baudRate | double | |
return | void |
void SetupRf() { string serialPort = GetSerialPortViaPicker(); SerialPort sp = new System.IO.Ports.SerialPort(serialPort, CCRegister.BRIDGE_BAUD_RATE); /*sp.Open(); * sp.Write("{g00}"); * Log.Error(sp.ReadLine());*/ rf = new RF(sp); rf.Reset(); rf.SetupPATABLE(); rf.SetCarrierFrequency(315); txtCarrierFrequency.Text = rf.GetCarrierFrequency().ToString(); rf.SetBaudRate(4153.25); txtBaudRate.Text = rf.GetBaudRate().ToString(); rf.SetupRegisters(); rf.EnterIdleState(); rf.ShortWait(); Log.Info("CC1101 Ready", 1); }
void BtnWriteRegistersClick(object sender, EventArgs e) { ((Button)sender).Enabled = false; rf.SetCarrierFrequency(double.Parse(txtCarrierFrequency.Text)); rf.SetBaudRate(double.Parse(txtBaudRate.Text)); ((Button)sender).Enabled = true; }
void BtnWriteRegistersClick(object sender, EventArgs e) { ((Button)sender).Enabled = false; try { rf.SetCarrierFrequency(double.Parse(txtCarrierFrequency.Text)); rf.SetBaudRate(double.Parse(txtBaudRate.Text)); } catch (Exception ex) { Log.Error(ex.Message); } ((Button)sender).Enabled = true; }
private static void Main(string[] args) { /* * * Parameters required to start in console mode * -h:(data in hex, no affix FF00FF00) * -f:(frequency in mhz 433.9) * -b:(baud rate e.g. 3333) * -p:(serial port name e.g. COM3) * * Example of working params: -h:00FF00AA00FF -f:433.92 -b:3333 -p:COM23 * * / * * /* * * Optional parameter (for console or windowed) * -bb:(bridge baud rate, default 9600) * */ bool canStartInConsoleMode = true; string hexData = GetParameterValue(args, "h"); string frequencyMhz = GetParameterValue(args, "f"); string baudRate = GetParameterValue(args, "b"); string serialPortName = GetParameterValue(args, "p"); string bridgeBaudRate = GetParameterValue(args, "bb"); int bridgeBaudRateInt; double baudRateDouble; double frequencyMhzDouble; List <byte> hexDataBytes = new List <byte>(); // validate if parameters are sane if (int.TryParse(bridgeBaudRate, out bridgeBaudRateInt)) { CCRegister.BRIDGE_BAUD_RATE = bridgeBaudRateInt; Log.Info("Set bridge baud rate to " + CCRegister.BRIDGE_BAUD_RATE.ToString()); } if (!double.TryParse(baudRate, out baudRateDouble)) { canStartInConsoleMode = false; } if (!double.TryParse(frequencyMhz, out frequencyMhzDouble)) { canStartInConsoleMode = false; } if (SerialPort.GetPortNames().Length == 0) { canStartInConsoleMode = false; } bool desiredSerialPortIsAvailable = false; foreach (string availablePort in SerialPort.GetPortNames()) { if (availablePort.ToUpper() == serialPortName.ToUpper()) { SerialPort sp = new SerialPort(serialPortName); if (sp.IsOpen) { Log.Error("Specified serial port is in use!"); Environment.Exit(0); } else { desiredSerialPortIsAvailable = true; break; } sp.Dispose(); } } canStartInConsoleMode &= desiredSerialPortIsAvailable; if (hexData.Length % 2 != 0) { canStartInConsoleMode = false; } else { try { for (int i = 0; i < hexData.Length; i += 2) { hexDataBytes.Add(byte.Parse(hexData[i].ToString() + hexData[i + 1].ToString(), System.Globalization.NumberStyles.HexNumber)); } } catch (Exception ex) { Log.Error(ex.Message); Environment.Exit(0); } } // start in console mode if possible if (canStartInConsoleMode) { Log.Info("Starting CCManager in Console mode"); try { RF rf = new RF(new SerialPort(serialPortName, CCRegister.BRIDGE_BAUD_RATE)); rf.Reset(); rf.SetupPATABLE(); rf.SetCarrierFrequency(frequencyMhzDouble); rf.SetBaudRate(baudRateDouble); rf.SetupRegisters(); rf.EnterIdleState(); rf.ShortWait(); rf.Transmit(hexDataBytes.ToArray()); rf.CloseSerial(); } catch (Exception ex) { Log.Error(ex.Message); } } else { Application.EnableVisualStyles(); Application.SetCompatibleTextRenderingDefault(false); Application.Run(new MainForm()); } }
void SetupRf() { string serialPort = GetSerialPortViaPicker(); SerialPort sp = new System.IO.Ports.SerialPort(serialPort, CCRegister.BRIDGE_BAUD_RATE); /*sp.Open(); sp.Write("{g00}"); Log.Error(sp.ReadLine());*/ rf = new RF(sp); rf.Reset(); rf.SetupPATABLE(); rf.SetCarrierFrequency(315); txtCarrierFrequency.Text = rf.GetCarrierFrequency().ToString(); rf.SetBaudRate(4153.25); txtBaudRate.Text = rf.GetBaudRate().ToString(); rf.SetupRegisters(); rf.EnterIdleState(); rf.ShortWait(); Log.Info("CC1101 Ready", 1); }