static void Main()
{
try
{
// To compile this to run on Raspberry Pi
// Open command line to root directory of solution file
// For Debug run: dotnet publish ./Demo -c Debug -r linux-arm --self-contained
// For Release run: dotnet publish ./Demo -c Release -r linux-arm --self-contained
// Copy/paste the files from the /publish folder to a specific location on the Raspberry Pi
// On the Raspberry Pi, open a terminal command line window to the directory you copy/pasted the above files to
// Run this project with: dotnet ProgrammerAl.HardwareSpecific.RF.Demo.dll
// Note: This is hardware specific and will only work on a Raspberry Pi with an RFM69 Transceiver properly wired up
Console.WriteLine("Starting ---");
byte myNodeId = 1;
byte networkId = 100;
byte targetNodeId = 2;
using (var transceiver = new Rfm69Transceiver(Rf69FrequencyType.RF69Frequency915, myNodeId, networkId, "RaspberryPiRfm69Wrapper.o"))
{
Console.WriteLine("Completed Transceiver Init ---");
transceiver.MessageReceived += Transceiver_MessageReceived;
transceiver.Start();
Console.WriteLine("Transceiver now listening for messages");
var endpoint = new RfEndpoint(targetNodeId);
int i = 0;
while (true)
{
i++;
Console.WriteLine("Transmitting --- " + i);
string messageToSend = $"From Raspberry Pi with .NET Core! - {i}";
byte[] bytes = UTF8Encoding.UTF8.GetBytes(messageToSend);
transceiver.QueueStringToBeTransmitted(bytes, endpoint);
Thread.Sleep(1000);
}
}
}
catch (Exception ex)
{
Console.WriteLine(ex.ToString());
}
}
public RFMessage(MessageMemoryInfo messageMemory, int rssi, RfEndpoint connectionInfo)
{
MessageMemory = messageMemory;
RSSI = rssi;
ConnectionInfo = connectionInfo;
}