public void StartListening()
{
ConfigurationRegister configRegister = Configuration.Registers.ConfigurationRegister;
configRegister.PWR_UP = true;
configRegister.PRIM_RX = true;
configRegister.Save();
StatusRegister statusRegister = Configuration.Registers.StatusRegister;
statusRegister.RX_DR = false;
statusRegister.TX_DS = false;
statusRegister.MAX_RT = false;
statusRegister.Save();
// Restore the pipe0 address, if exists
if (_receiveAddressPipe0 > 0)
{
AddressPipeRegister receiveAddressPipe0Register = Configuration.Registers.ReceiveAddressPipeRegisters[0];
receiveAddressPipe0Register.Load(BitConverter.GetBytes(_receiveAddressPipe0));
receiveAddressPipe0Register.Save();
}
TransmitPipe.FlushBuffer();
ReceivePipes.FlushBuffer();
ChipEnable(true);
}
public void StartWrite(byte[] data)
{
ConfigurationRegister configRegister = Configuration.Registers.ConfigurationRegister;
configRegister.PWR_UP = true;
configRegister.PRIM_RX = false;
configRegister.Save();
Utilities.DelayMicroseconds(150);
WritePayload(data);
ChipEnable(true);
ChipEnable(false);
}
public Radio(ICommandProcessor commandProcessor, ILoggerFactoryAdapter loggerFactoryAdapter, GpioPin powerPin, GpioPin cePin, GpioPin irqPin = null)
{
_syncRoot = new object();
_operatingMode = OperatingModes.PowerOff;
_powerPin = powerPin;
_powerPin.Write(GpioPinValue.Low);
_cePin = cePin;
_cePin.Write(GpioPinValue.Low);
_loggerFactoryAdapter = loggerFactoryAdapter;
_logger = _loggerFactoryAdapter.GetLogger(GetType());
_commandProcessor = commandProcessor;
_commandProcessor.LoggerFactory = _loggerFactoryAdapter;
_commandProcessor.GetOperatingMode = () => OperatingMode;
RegisterContainer = new RegisterContainer(_loggerFactoryAdapter, _commandProcessor);
OperatingMode = OperatingModes.PowerDown;
RegisterContainer.ResetRegistersToDefault();
Configuration = new Configuration(_loggerFactoryAdapter, _commandProcessor, RegisterContainer);
TransmitPipe = new TransmitPipe(_loggerFactoryAdapter, Configuration, _commandProcessor, RegisterContainer, _cePin);
ReceivePipes = new ReceivePipeCollection(_loggerFactoryAdapter, Configuration, _commandProcessor, RegisterContainer);
bool useIrq = irqPin != null;
if (useIrq)
{
_irqPin = irqPin;
_irqPin.Write(GpioPinValue.High);
_irqPin.ValueChanged += irqPin_ValueChanged;
}
ConfigurationRegister configurationRegister = RegisterContainer.ConfigurationRegister;
configurationRegister.MaximunTransmitRetriesMask = !useIrq;
configurationRegister.ReceiveDataReadyMask = !useIrq;
configurationRegister.TransmitDataSentMask = !useIrq;
configurationRegister.Save();
OperatingMode = OperatingModes.StandBy;
}
public void ConstantCarrierWaveOutputForTestinng()
{
Debug.WriteLine(_radio.GetArduinoDetails());
ConfigurationRegister configurationRegister = _radio.RegisterContainer.ConfigurationRegister;
configurationRegister.PowerUp = true;
configurationRegister.PrimaryReceiveMode = false;
configurationRegister.Save();
Task.Delay(150).Wait();
RfSetupRegister rfSetupRegister = _radio.RegisterContainer.RfSetupRegister;
rfSetupRegister.EnableContiuousCarrierTransmit = true;
rfSetupRegister.ForcePllSignalLock = true;
rfSetupRegister.PowerLevel = 3;
rfSetupRegister.Save();
RfChannelRegister rfChannelRegister = _radio.RegisterContainer.RfChannelRegister;
rfChannelRegister.RfChannel = 1;
rfChannelRegister.Save();
_radio.OperatingMode = OperatingModes.ReceiveMode;
}