private static void MorseSignalDetect(string outputFileName, CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader.Chain(new SignalPreProcessor()
{
IQOutput = IQOutputEnum.IChannel
})
.Chain(new IQ2Wave(Frequency, SampleRate))
//.Chain(new SkipSample<float>(250000 / 1000))
.Chain(new LPF(Frequency, SampleRate, 1000f))
.Chain(new MoveAverage())
.Chain(new SignalCompare(0.2f))
.Chain(new SampleCounter())
.Chain(new SignalToByteArray(map, SIGNAL_LENGTH))
.Chain(new MorseDecode())
.Chain(new SignalReverse())
.Chain(new SaveToFilePipeline <IEnumerable <bool> >(outputFileName, x =>
{
var data = from item in x
select item ? "1" : "0";
return(DateTime.Now.ToString("s") + "," + string.Join(',', data));
}, "time,data")
{
ConsoleOutput = true
});
;
reader.Start(server, cts.Token);
}
private static void WeatherDataOutput(string outputFileName, CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader.Chain(new SignalPreProcessor()
{
IQOutput = IQOutputEnum.IChannel
})
.Chain(new IQ2Wave(Frequency, SampleRate))
//.Chain(new SkipSample<float>(250000 / 1000))
.Chain(new LPF(Frequency, SampleRate, 1000f))
.Chain(new MoveAverage())
.Chain(new SignalCompare(0.2f))
.Chain(new SampleCounter())
.Chain(new SignalToByteArray(map, SIGNAL_LENGTH))
.Chain(new MorseDecode())
.Chain(new SignalReverse())
.Chain(new MisolWeatherStationDecoder())
//.Chain(new ResultToConsole<MisolWeahterData>())
.Chain(new SaveToFilePipeline <MisolWeahterData>(outputFileName, x =>
{
return($"{DateTime.Now.ToString("s")},{Newtonsoft.Json.JsonConvert.SerializeObject(x)}");
}, "time,data")
{
ConsoleOutput = true
});
;
reader.Start(server, cts.Token);
}
private static void dumpSignalIQ(string output, CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader.Chain(new SignalPreProcessor())
//.Chain(new IQ2Wave(433900000, 250000))
//.Chain(new LPF(433900000f, 250000f, 1000f))
//.Chain(new SkipSample<Complex>(100))
//.Chain(new MoveAverage())
.Chain(new SaveToFilePipeline <Complex>(output, x => { return($"{x.Image},{x.Real}"); }, "I,Q"));
reader.Start(server, cts.Token);
}
private static void dumpSignalIQRAW(string output, CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader
//.Chain(new SignalPreProcessor())
//.Chain(new IQ2Wave(Frequency, 250000))
//.Chain(new LPF(Frequency, 250000f, 1000f))
//.Chain(new SkipSample<Complex>(100))
//.Chain(new MoveAverage())
.Chain(new SaveToFilePipeline <byte[]>(output, x => { return($"{x}"); }));
reader.Start(server, cts.Token);
}
private static void dumpSignal(CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader.Chain(new SignalPreProcessor()
{
IQOutput = IQOutputEnum.IChannel
})
.Chain(new IQ2Wave(Frequency, SampleRate))
.Chain(new LPF(Frequency, SampleRate, 1000f))
.Chain(new SkipSample <float>(SampleRate / 10000))
//.Chain(new MoveAverage())
.Chain(new SaveToFilePipeline <float>("output.csv", x => { return($"{x}"); }));
reader.Start(server, cts.Token);
}
static void Main(string[] args)
{
Dictionary <int, byte> map = new Dictionary <int, byte>
{
[0] = 0x0,
[1] = 0x1
};
//map.Add(0, 0);
//map.Add(1, 1);
IConfiguration config = new ConfigurationBuilder()
.AddJsonFile("config.json", true, false)
.Build();
var c = config.GetSection("rtl_tcp").Get <RadioConfig>();
RadioConfig[] server = new RadioConfig[] { c };
TCPReader reader = new TCPReader();
var node = reader.Chain(new SignalPreProcessor()
{
IQOutput = IQOutputEnum.IChannel
})
.Chain(new IQ2Wave(c.Frequency, c.SampleRate))
.Chain(new LPF(c.Frequency, c.SampleRate, 1000f))
.Chain(new MoveAverage())
.Chain(new SignalCompare(0.2f))
.Chain(new SampleCounter())
.Chain(new SignalToByteArray(map, SIGNAL_LENGTH))
.Chain(new MorseDecode())
.Chain(new SignalReverse())
.Chain(new MisolWeatherStationDecoder())
.Chain(new MQTTSink(config.GetSection("mqtt")?.Get <MQTTConfig>()))
.Chain(new IoTHubDeviceSink(config.GetSection("iothub_device")?.Get <IoTHubDeviceSinkConfig>()))
;
reader.Start(server, cts.Token);
Console.WriteLine("Application Started, Press Enter to exit");
Console.ReadLine();
cts.Cancel();
Console.WriteLine("waiting for threads exit...");
PipelineManager.Default.WaitAllExit();
Console.WriteLine("done");
Environment.Exit(0);
}
private static void simpleTest(CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader
.Chain(new SignalPreProcessor()
{
IQOutput = IQOutputEnum.IChannel
})
.Chain(new IQ2Wave(Frequency, SampleRate))
//.Chain(new LPF(Frequency, SampleRate, 1000f))
//.Chain(new MoveAverage())
//.Chain(new SignalCompare(0.2f))
//.Chain(new SampleCounter())
//.Chain(new SignalToByteArray(map, SIGNAL_LENGTH))
//.Chain(new MorseDecode())
//.Chain(new SignalReverse())
//.Chain(new MisolWeatherStationDecoder())
.Chain(new NullProcessor <float>());
reader.Start(server, cts.Token);
}
private static void BitSignalDetect(string outputFileName, CancellationTokenSource cts)
{
TCPReader reader = new TCPReader();
reader.Chain(new SignalPreProcessor()
{
IQOutput = IQOutputEnum.IChannel
})
.Chain(new IQ2Wave(Frequency, SampleRate))
//.Chain(new SkipSample<float>(250000 / 1000))
.Chain(new LPF(Frequency, SampleRate, 1000f))
.Chain(new MoveAverage())
.Chain(new SignalCompare(0.2f))
.Chain(new SampleCounter())
.Chain(new SignalToByteArray(map, SIGNAL_LENGTH))
.Chain(new SaveToFilePipeline <byte[]>(outputFileName, x => { return($"{BitConverter.ToString(x)}"); })
{
ConsoleOutput = true
});
;
reader.Start(server, cts.Token);
}
