public void WriteByte(byte address, byte value)
{
byte[] writeBuffer = new byte[] { address |= RegisterAddressWriteMask, value };
Debug.Assert(Rfm9XLoraModem != null);
Rfm9XLoraModem.WriteBytes(writeBuffer);
}
public void ReadPipe0RxAddressV0()
{
try
{
byte[] txBuffer;
byte[] rxBuffer;
byte[] replyBuffer;
// Read the Address width
txBuffer = new byte[] { SETUP_AW | R_REGISTER, 0x0 };
//Console.WriteLine(" spiBus.WriteRead...SETUP_AW");
//Console.WriteLine(" txBuffer:" + BitConverter.ToString(txBuffer));
//rxBuffer = nrf24L01Device.WriteRead(txBuffer, (ushort)txBuffer.Length);
//Console.WriteLine(" rxBuffer:" + BitConverter.ToString(rxBuffer));
Console.WriteLine(" spiBus.ExchangeData...SETUP_AW");
rxBuffer = new byte[txBuffer.Length];
spiBus.ExchangeData(spiPeriphChipSelect, ChipSelectMode.ActiveLow, txBuffer, rxBuffer);
Console.WriteLine(" rxBuffer:" + BitConverter.ToString(rxBuffer));
// Extract then adjust the address width
byte addressWidthValue = rxBuffer[1];
addressWidthValue &= 0b00000011;
addressWidthValue += 2;
Console.WriteLine("Address width 0x{0:x2} - Value 0X{1:x2} - Bits {2} Value adjusted {3}", SETUP_AW, rxBuffer[1], Convert.ToString(rxBuffer[1], 2).PadLeft(8, '0'), addressWidthValue);
// Write Pipe0 Receive address
Console.WriteLine("Address write 1");
txBuffer = new byte[addressWidthValue + 1];
txBuffer[0] = RX_ADDR_P0 | W_REGISTER;
rxBuffer = new byte[addressWidthValue + 1];
Array.Copy(Encoding.UTF8.GetBytes("ZYXWV"), 0, txBuffer, 1, addressWidthValue);
Console.WriteLine(" spiBus.Write...RX_ADDR_P0");
Console.WriteLine(" txBuffer:" + BitConverter.ToString(txBuffer));
nrf24L01Device.WriteBytes(txBuffer);
//spiBus.ExchangeData(spiPeriphChipSelect, ChipSelectMode.ActiveLow, txBuffer, rxBuffer);
Console.WriteLine(" spiBus.Write...RX_ADDR_P0");
// Read Pipe0 Receive address
Console.WriteLine("Address read 1");
txBuffer = new byte[addressWidthValue + 1];
txBuffer[0] = RX_ADDR_P0 | R_REGISTER;
Console.WriteLine(" spiBus.WriteRead...RX_ADDR_P0");
Console.WriteLine(" txBuffer:" + BitConverter.ToString(txBuffer));
//rxBuffer = nrf24L01Device.WriteRead(txBuffer, (ushort)txBuffer.Length);
rxBuffer = new byte[addressWidthValue + 1];
spiBus.ExchangeData(spiPeriphChipSelect, ChipSelectMode.ActiveLow, txBuffer, rxBuffer);
Console.WriteLine(" spiBus.WriteRead...RX_ADDR_P0");
Console.WriteLine("Address 0x{0:x2} - Value {1} Value {2}", RX_ADDR_P0, BitConverter.ToString(rxBuffer, 1), UTF8Encoding.UTF8.GetString(rxBuffer, 1, addressWidthValue));
//Console.WriteLine(" rxBuffer:" + BitConverter.ToString(rxBuffer));
// Extract the address from the rxBuffer
//replyBuffer = new byte[addressWidthValue];
//Array.Copy(rxBuffer, 1, replyBuffer, 0, addressWidthValue);
//Console.WriteLine("Address 0x{0:x2} - Value {1} Value {2}", RX_ADDR_P0, BitConverter.ToString(replyBuffer), UTF8Encoding.UTF8.GetString(replyBuffer));
/*
* // Read the RF Channel
* Console.WriteLine("Channel read 1");
* txBuffer = new byte[] { RF_CH | R_REGISTER, 0x0 };
* Console.WriteLine(" spiBus.WriteRead...RF_CH");
* Console.WriteLine(" txBuffer:" + BitConverter.ToString(txBuffer));
* //rxBuffer = nrf24L01Device.WriteRead(txBuffer, (ushort)txBuffer.Length);
* rxBuffer = new byte[4];
* spiBus.ExchangeData(spiPeriphChipSelect, ChipSelectMode.ActiveLow, txBuffer, rxBuffer);
* Console.WriteLine(" spiBus.WriteRead...RF_CH");
* Console.WriteLine(" rxBuffer:" + BitConverter.ToString(rxBuffer));
*
* ushort rfChannel1 = rxBuffer[1];
* rfChannel1 += 2400;
* Console.WriteLine("RF Channel 1 0x{0:x2} - Value 0X{1:x2} - Bits {2} Value adjusted {3}", RF_CH, rxBuffer[1], Convert.ToString(rxBuffer[1], 2).PadLeft(8, '0'), rfChannel1);
*
* // Write the RF Channel
* Console.WriteLine("Channel write");
* txBuffer = new byte[] { RF_CH | W_REGISTER, 0x12, 0x13, 0x14, 0x15 };
* Console.WriteLine(" spiBus.WriteRead...RF_CH");
* Console.WriteLine(" txBuffer:" + BitConverter.ToString(txBuffer));
* ChipEnable.State = false;
* Thread.Sleep(1000);
* nrf24L01Device.WriteRead(txBuffer, (ushort)txBuffer.Length);
* Thread.Sleep(1000);
* ChipEnable.State = true;
* Console.WriteLine(" spiBus.WriteRead...RF_CH");
*
* // Read the RF Channel
* Console.WriteLine("Channel read 2");
* txBuffer = new byte[] { RF_CH | R_REGISTER, 0x0 };
* Console.WriteLine(" spiBus.WriteRead...RF_CH");
* Console.WriteLine(" txBuffer:" + BitConverter.ToString(txBuffer));
* rxBuffer = nrf24L01Device.WriteRead(txBuffer, (ushort)txBuffer.Length);
* Console.WriteLine(" spiBus.WriteRead...RF_CH");
* Console.WriteLine(" rxBuffer:" + BitConverter.ToString(rxBuffer));
*
* ushort rfChannel2 = rxBuffer[1];
* rfChannel2 += 2400;
* Console.WriteLine("RF Channel 2 0x{0:x2} - Value 0X{1:x2} - Bits {2} Value adjusted {3}", RF_CH, rxBuffer[1], Convert.ToString(rxBuffer[1], 2).PadLeft(8, '0'), rfChannel2);
*/
Console.WriteLine("------");
}
catch (Exception ex)
{
Console.WriteLine("ReadDeviceIDDiy " + ex.Message);
}
}