public UsbUirtProcessor(IList<IrCommandEvent> commands)
{
_driver = new Driver();
Log.Debug(string.Format("Usbuirt found version {0}", Driver.GetVersion(_driver)));
_receiver = new Receiver(_driver);
_receiver.GenerateLegacyCodes = false;
_receiver.Received += OnIrReceive;
_transmitter = new Transmitter(_driver);
_learner = new Learner(_driver);
_commands = commands;
_learnCommand = null;
//Event from ep source
OnSourceEvent = (@event, sender) =>
{
if (@event.Channel != Channel && !string.IsNullOrEmpty(@event.Channel)) return;
switch (@event.Name)
{
case "ir-transmit":
var ir = System.Text.Encoding.Default.GetString(@event.Data);
_transmitter.TransmitAsync(ir);
break;
case "ir-learn":
_learnCommand = @event as IrCommandEvent;
_learner.LearnAsync(CodeFormat.Uuirt, LearnCodeModifier.Default, null);
break;
}
};
//Error from ep source
OnSourceError = (exception, sender) =>
{
Log.Error("Error from source endpoint", exception);
};
//Close connection with ep source
OnSourceClose = (sender) =>
{
//Close HBus endpoint
Stop();
Log.Debug("closed on source close");
};
}
private void LearnCompleted(object sender, LearnCompletedEventArgs e)
{
if (_learnCommand != null)
_learnCommand.IrCode = e.Code;
if (_commands.Any(c => c.IrCode == e.Code))
{
var cmd = _commands.First(c => c.IrCode == e.Code);
_commands.Remove(cmd);
}
//Add new command
if (_commands == null)
_commands = new List<IrCommandEvent>();
_commands.Add(_learnCommand);
_learnCommand = null;
}
static void Main(string[] args)
{
//Log init
XmlConfigurator.Configure();
Console.WriteLine("HBus.Server v." + Assembly.GetExecutingAssembly().GetName().Version);
//TODO: configurator from db/xml
#region HBus scheduler processor: schedule all sensors readings
Console.WriteLine("..Configuring Scheduler processor");
var interval = Convert.ToInt32(ConfigurationManager.AppSettings["processor.scheduler.interval"]);
var sproc = new SchedulerProcessor(new[]
{
//Read sensor 1 from console node
new EventSchedule(DateTime.Now.AddSeconds(10), new Event()
{
Name = "sensor-read",
Address = "2",
Channel = "hbus",
MessageType = "event",
Source = "SN201",
}, ScheduleTypes.Period, interval),
//Read sensor 2 from console node
new EventSchedule(DateTime.Now.AddSeconds(15), new Event()
{
Name = "sensor-read",
Address = "2",
Channel = "hbus",
MessageType = "event",
Source = "SN202",
}, ScheduleTypes.Period, interval),
//Read sensor 0 from remote Arduino node
new EventSchedule(DateTime.Now.AddSeconds(20), new Event()
{
Name = "sensor-read",
Address = "7",
Channel = "hbus",
MessageType = "event",
Source = "SN701",
}, ScheduleTypes.Period, interval),
//Read sensor 1 from remote Arduino node
new EventSchedule(DateTime.Now.AddSeconds(25), new Event()
{
Name = "sensor-read",
Address = "7",
Channel = "hbus",
MessageType = "event",
Source = "SN702",
}, ScheduleTypes.Period, interval),
//Read sensor 3 from remote Arduino node
new EventSchedule(DateTime.Now.AddSeconds(30), new Event()
{
Name = "sensor-read",
Address = "7",
Channel = "hbus",
MessageType = "event",
Source = "SN703",
}, ScheduleTypes.Period, interval),
});
#endregion
#region HBus commands processor
Console.WriteLine("..Configuring HBus processor");
var hbHost = ConfigurationManager.AppSettings["processor.hbus.host"];
//HBus controller
var bus = new BusController(Address.HostAddress,
new Port[] {
//new PortTcp(hbHost,5000, 5001, 0),
new PortZMq("tcp://*:5555","tcp://127.0.0.1:5556", 0)
});
var hbusproc = new HBusProcessor(bus);
hbusproc.OnSourceEvent(new Event()
{
Name = "pin-subscribe",
MessageType = "event",
Channel = "hbus",
Source = "LS201",
Address = "2"
}, null);
#endregion
#region Websocket processor
Console.WriteLine("..Configuring websocket processor");
var wsproc = new WebsocketProcessor("ws://0.0.0.0:5050");
#endregion
#region ThingSpeak processor
Console.WriteLine("..Configuring ThingSpeak processor");
var tsKey = ConfigurationManager.AppSettings["processor.thingspeak.key"];
var tsproc = new ThingSpeakProcessor(tsKey, new[] { "SN303", "SN701" });
#endregion
#region Artik processor
Console.WriteLine("..Configuring Artik processor");
//Local console sensor
var deviceTypeId1 = ConfigurationManager.AppSettings["processor.artik.device1.type.id"];
var deviceId1 = ConfigurationManager.AppSettings["processor.artik.device1.id"];
var deviceToken1 = ConfigurationManager.AppSettings["processor.artik.device1.token"];
var deviceName1 = ConfigurationManager.AppSettings["processor.artik.device1.name"];
var deviceSource1 = ConfigurationManager.AppSettings["processor.artik.device1.source"];
var deviceAddress1 = ConfigurationManager.AppSettings["processor.artik.device1.address"];
//Remote arduino sensor temperature
var deviceTypeId2 = ConfigurationManager.AppSettings["processor.artik.device2.type.id"];
var deviceId2 = ConfigurationManager.AppSettings["processor.artik.device2.id"];
var deviceToken2 = ConfigurationManager.AppSettings["processor.artik.device2.token"];
var deviceName2 = ConfigurationManager.AppSettings["processor.artik.device2.name"];
var deviceSource2 = ConfigurationManager.AppSettings["processor.artik.device2.source"];
var deviceAddress2 = ConfigurationManager.AppSettings["processor.artik.device2.address"];
//Remote arduino sensor humidity
var deviceTypeId3 = ConfigurationManager.AppSettings["processor.artik.device3.type.id"];
var deviceId3 = ConfigurationManager.AppSettings["processor.artik.device3.id"];
var deviceToken3 = ConfigurationManager.AppSettings["processor.artik.device3.token"];
var deviceName3 = ConfigurationManager.AppSettings["processor.artik.device3.name"];
var deviceSource3 = ConfigurationManager.AppSettings["processor.artik.device3.source"];
var deviceAddress3 = ConfigurationManager.AppSettings["processor.artik.device3.address"];
//Remote arduino sensor light
var deviceTypeId4 = ConfigurationManager.AppSettings["processor.artik.device4.type.id"];
var deviceId4 = ConfigurationManager.AppSettings["processor.artik.device4.id"];
var deviceToken4 = ConfigurationManager.AppSettings["processor.artik.device4.token"];
var deviceName4 = ConfigurationManager.AppSettings["processor.artik.device4.name"];
var deviceSource4 = ConfigurationManager.AppSettings["processor.artik.device4.source"];
var deviceAddress4 = ConfigurationManager.AppSettings["processor.artik.device4.address"];
//Node console shutter device
var deviceTypeId5 = ConfigurationManager.AppSettings["processor.artik.device5.type.id"];
var deviceId5 = ConfigurationManager.AppSettings["processor.artik.device5.id"];
var deviceToken5 = ConfigurationManager.AppSettings["processor.artik.device5.token"];
var deviceName5 = ConfigurationManager.AppSettings["processor.artik.device5.name"];
var deviceSource5 = ConfigurationManager.AppSettings["processor.artik.device5.source"];
var deviceAddress5 = ConfigurationManager.AppSettings["processor.artik.device5.address"];
//Node console output pin
var deviceTypeId6 = ConfigurationManager.AppSettings["processor.artik.device6.type.id"];
var deviceId6 = ConfigurationManager.AppSettings["processor.artik.device6.id"];
var deviceToken6 = ConfigurationManager.AppSettings["processor.artik.device6.token"];
var deviceName6 = ConfigurationManager.AppSettings["processor.artik.device6.name"];
var deviceSource6 = ConfigurationManager.AppSettings["processor.artik.device6.source"];
var deviceAddress6 = ConfigurationManager.AppSettings["processor.artik.device6.address"];
var artikproc = new ArtikProcessor(
new[]
{
new ArtikEvent(deviceId1, deviceTypeId1, deviceToken1, deviceName1, deviceSource1, deviceAddress1, "hbus"),
new ArtikEvent(deviceId2, deviceTypeId2, deviceToken2, deviceName2, deviceSource2, deviceAddress2, "hbus"),
new ArtikEvent(deviceId3, deviceTypeId3, deviceToken3, deviceName3, deviceSource3, deviceAddress3, "hbus"),
new ArtikEvent(deviceId4, deviceTypeId4, deviceToken4, deviceName4, deviceSource4, deviceAddress4, "hbus"),
new ArtikEvent(deviceId5, deviceTypeId5, deviceToken5, deviceName5, deviceSource5, deviceAddress5, "hbus"),
new ArtikEvent(deviceId6, deviceTypeId6, deviceToken6, deviceName6, deviceSource6, deviceAddress6, "hbus"),
}
);
#endregion
#region UsbUirt processor
#if USE_USBUIRT
/*
1500002D1FCA power
170000821ECA 1
150000231ECA 2
*/
var ircmd = new IrCommandEvent
{
IrCode = "170000821ECA", //button 1 on remote
Name = "pin-activate",
MessageType = "event",
Channel = "hbus",
Source = "CS201",
Address = "2"
};
var irproc = new UsbUirtProcessor(new List<IrCommandEvent> { ircmd });
#endif
#endregion
Console.WriteLine("Build processors connections");
//Scheduler => HBus
Console.WriteLine("..Connect scheduler to HBus");
sproc.AddSubscriber(hbusproc);
//HBus => websocket
Console.WriteLine("..Connect websocket to HBus");
hbusproc.AddSubscriber(wsproc);
//websocket => HBus
Console.WriteLine("..Connect HBus to websocket");
wsproc.AddSubscriber(hbusproc);
//HBus => ThingsSpeak
Console.WriteLine("..Connect ThingsSpeak to HBus");
hbusproc.AddSubscriber(tsproc);
//HBus => Artik Cloud
Console.WriteLine("..Connect Artik Cloud to HBus");
hbusproc.AddSubscriber(artikproc);
//Artik Cloud => HBus
Console.WriteLine("..Connect HBus to Artik Cloud ");
artikproc.AddSubscriber(hbusproc);
#if USE_USBUIRT
//UsbUirt => HBus
Console.WriteLine("..Connect UsbUirt to HBus");
irproc.AddSubscriber(hbusproc);
#endif
Console.WriteLine("Starting processors");
hbusproc.Start();
wsproc.Start();
tsproc.Start();
artikproc.Start();
#if USE_USBUIRT
irproc.Start();
#endif
Console.WriteLine("Press enter to stop");
Console.ReadLine();
Console.WriteLine("Stopping processors");
wsproc.Stop();
hbusproc.Stop();
#if USE_USBUIRT
irproc.Stop();
#endif
}
