//private System.Collections.Concurrent.ConcurrentQueue<Tuple<byte[], byte[]>> _inBuf;
public MsGUdp(MQTT_SNPl pl)
{
_pl = pl;
_scanBusy = 0;
//_inBuf = new System.Collections.Concurrent.ConcurrentQueue<Tuple<byte[], byte[]>>();
_udpT = Topic.root.Get("/$YS/MQTT-SN/udp");
if (!_udpT.CheckAttribute(Topic.Attribute.Required) || _udpT.GetState().ValueType != JSC.JSValueType.Boolean)
{
_udpT.SetAttribute(Topic.Attribute.Required | Topic.Attribute.Config);
var act = new JSL.Array(1);
var r_a = JSC.JSObject.CreateObject();
r_a["name"] = "MQTT_SN.RefreshNIC";
r_a["text"] = "Refresh";
act[0] = r_a;
_udpT.SetField("Action", act);
_udpT.SetState(true);
}
else if (!(bool)_udpT.GetState())
{
return; // udp disabled
}
_scanBusy = 1;
ScanNIC(false);
try {
_udp = new UdpClient(1883);
_udp.EnableBroadcast = true;
_udp.BeginReceive(new AsyncCallback(ReceiveCallback), null);
_advTick = new Timer(SendAdv, null, 4500, 900000);
Topic t;
if (Topic.root.Exist("/$YS/MQTT-SN/radius", out t) && t.GetState().IsNumber)
{
_gwRadius = (byte)(int)t.GetState();
if (_gwRadius < 1 || _gwRadius > 3)
{
_gwRadius = 0;
}
}
else
{
_gwRadius = 1;
}
}
catch (Exception ex) {
Log.Error("MsGUdp.ctor() {0}", ex.Message);
}
}
public static void Init(MQTT_SNPl pl)
{
_pl = pl;
ThreadPool.RegisterWaitForSingleObject(_startScan, ScanSerialPorts, null, 289012, false);
_portsTopic = Topic.root.Get("/$YS/MQTT-SN/ports");
if (!_portsTopic.CheckAttribute(Topic.Attribute.Required) || _portsTopic.GetState().ValueType != JSC.JSValueType.Boolean)
{
var act = new JSL.Array(1);
var r_a = JSC.JSObject.CreateObject();
r_a["name"] = "MQTT_SN.RefreshPorts";
r_a["text"] = "Refresh";
act[0] = r_a;
_portsTopic.SetField("Action", act);
_portsTopic.SetState(true);
_portsTopic.SetAttribute(Topic.Attribute.Required | Topic.Attribute.Config);
_scanBusy = 1;
}
_portValuesSR = _portsTopic.Subscribe(SubRec.SubMask.Chldren | SubRec.SubMask.Value, PortValuesChanged);
_startScan.Set();
}