public DeviceSerialDataTransport(SerialPortDataTransportSettings settings, EncodingDecorator deviceEncoding, ILogger logger) :
base(new MonitoredCachedChannelFactory <Device>(
new Codec <Device>(deviceEncoding)),
settings,
logger)
{
}
public GpsSerialDataTransport(SerialPortDataTransportSettings option, ILogger logger) :
base(new MonitoredCachedChannelFactory <Gps>(
new Codec <Gps>(Gps.Encoding.CreateBuilder().Build())),
option,
logger)
{
}
protected SerialPortTransportConfigurationViewModel(SerialPortDataTransport <T> dataTransport) : base(dataTransport)
{
serialPortDataTransportSettings = (SerialPortDataTransportSettings)dataTransport.Settings;
PortName = serialPortDataTransportSettings.PortName;
BaudRate = serialPortDataTransportSettings.BaudRate;
Parity = serialPortDataTransportSettings.Parity;
StopBits = serialPortDataTransportSettings.StopBits;
DataBits = serialPortDataTransportSettings.DataBits;
ReadTimeout = serialPortDataTransportSettings.ReadTimeout;
}
public static IServiceCollection AddSerialPortTransport <T>(
this IServiceCollection serviceCollection,
Codec <T> codec,
SerialPortDataTransportSettings settings) where T : IPacket, new()
{
var monitoredCachedChannelFactory = new MonitoredCachedChannelFactory <T>(codec);
return(serviceCollection
.AddSingleton(codec)
.AddSingleton(monitoredCachedChannelFactory)
.AddSingleton(new SerialPortDataTransport <T>(monitoredCachedChannelFactory,
settings)));
}
private static void Main(string[] args)
{
// var serial = new SerialPort("com2", 115200);
// serial.Open();
// var reader = new BinaryReader(serial.BaseStream);
// var writer = new BinaryWriter(serial.BaseStream);
// var b = new byte[] { 0xaa, 0xaa, 0x00, 0x64, 0x04, 0x04 };
var gpsSerial = new SerialPort("com3", 115200);
gpsSerial.Open();
var gpsReader = new BinaryReader(gpsSerial.BaseStream);
var gpsWriter = new BinaryWriter(gpsSerial.BaseStream);
var gpsTestData = "$GNGNS,014035.00,4332.69262,S,17235.48549,E,RR,13,0.9,25.63,11.24,,*70\r\n";
var configurationRoot = new ConfigurationBuilder()
.SetBasePath(Directory.GetCurrentDirectory())
.AddJsonFile("AppConfig.Json").Build();
// var option = new SerialPortDataTransportOption();
// configurationRoot.GetSection(nameof(DeviceSerialDataTransport)).Bind(option);
var gpsOption = new SerialPortDataTransportSettings();
configurationRoot.GetSection(nameof(GpsSerialDataTransport)).Bind(gpsOption);
// var encoding = _devicePacketEncodingBuilders.Build();
// _dataTransport = new DeviceSerialDataTransport(
// new OptionsWrapper<SerialPortDataTransportOption>(option),
// encoding);
// _dataTransport.Open();
_gpsDataTransport = new GpsSerialDataTransport(gpsOption);
_gpsDataTransport.Open();
_gpsDataTransport.Channels[0].DataReceived += (sender, arg) =>
{
lock (_o)
{
_list.Add(
$" {_gpsDataTransport.Channels[0].ToMonitoredChannel().DataReceivedCount}, {_gpsDataTransport.Channels[0].ToMonitoredChannel().LastPacketTime}");
_list.Add($" {_gpsDataTransport.Channels[0].ToCachedChannel().Packet.Count}");
_list.Add(arg.Data.ToString());
_list.Add("\r\n");
}
};
// _dataTransport.Channels[0].DataReceived += Channel_DataReceived;
// var packet = new Device() { Content = new Data() { Content = new Fault { } } };
while (true)
{
//writer.Write(b);
// if (serial.BytesToRead > 0)
// {
//Console.WriteLine(reader.ReadBytes(serial.BytesToRead).ToHexString());
//writer.Write(reader.ReadBytes(serial.BytesToRead));
gpsWriter.Write(gpsTestData);;
// }
lock (_o)
while (_list.Count > _index)
{
Console.WriteLine(_list[_index++]);
}
// (_dataTransport.Channels[0]).Transmit(packet);
Thread.Sleep(10);
}
}
