public RelayDevices(ILoggerFactory loggerFactory, IControlledAreas controlledAreas, ISlaveCollection slaveCollection)
{
_logger = loggerFactory.CreateLogger <RelayDevices>();
_relays = new List <RelayDevice>();
_controlledAreas = controlledAreas;
//_piCollection = piCollection as PiCollection;
_slaveCollection = slaveCollection as SlaveColection;
//bool startFresh = !System.IO.File.Exists(_xmlPath);
//load(startFresh, loggerFactory);
foreach (var rpi in _slaveCollection.zeros.Where(z => z.Relays.Count > 0))
{
rpi.Relays.ForEach(r => {
RelayDevice relay = new RelayDevice((Enums.ControlledAreas)r.area,
r.deviceName,
r.state == 1,
rpi.ipAddress);
relay.mcu.port = rpi.port;
_relays.Add(relay);
});
//foreach (var rpiDevice in rpi.Relays)
//{
// RelayDevice relay = new RelayDevice((Enums.ControlledAreas)rpiDevice.area,
// rpiDevice.deviceName,
// rpiDevice.state == 1,
// rpi.ipAddress);
// relay.mcu.port = rpi.port;
// _relays.Add(relay);
//}
}
foreach (var nodeMcu in _slaveCollection.nodeMCUs.Where(z => z.Relays.Count > 0))
{
nodeMcu.Relays.ForEach(r => {
RelayDevice relay = new RelayDevice((Enums.ControlledAreas)r.area,
r.deviceName,
r.state == 1,
nodeMcu.ipAddress);
relay.mcu.port = nodeMcu.port;
_relays.Add(relay);
});
//foreach (var rpiDevice in rpi.Relays)
//{
// RelayDevice relay = new RelayDevice((Enums.ControlledAreas)rpiDevice.area,
// rpiDevice.deviceName,
// rpiDevice.state == 1,
// rpi.ipAddress);
// relay.mcu.port = rpi.port;
// _relays.Add(relay);
//}
}
_relays.ForEach(d => d.createLogger(loggerFactory));
_relays.ForEach(d => d.controlledAreas = _controlledAreas.controlledAreas);
return;
}
public override async Task ReceiveAsync(string message)
{
//_logger.LogInformation($"ReceiveAsync({NickName}): {message}");
//RFSwitchResponce responce = new RFSwitchResponce() { success = false};
string responce = "";
try
{
var rcv = JsonConvert.DeserializeObject <MCUMessage>(message);
string[] devices = rcv.Message.Split('|');
switch (rcv.MessageType)
{
case "startup":
//MCU has powered up. get the timestamp of the switch config
{
if (rcv.Message == "1")
{
responce = "";
break;
}
int identified = 0;
//areaId:areaName:deviceId:deviceName:inProgress:motionPin:startMillis:runToMillis:endMillis:duration
for (int i = 0; i < devices.Length; i++)
{
//relay:areaId:deviceName:deviceId:swState
string[] parts = devices[i].Split(':');
int areaId = Convert.ToInt32(parts[0]);
int remoteDeviceId = Convert.ToInt32(parts[1]);
string deviceName = parts[2].Trim();
int swState = Convert.ToInt32(parts[3]);
RelayDevice relaydevice = this.webSocketHandler.relayDevices.Where(d => (int)d.area == areaId && d.deviceName == deviceName && d.mcu.ipAddress == this.NickName).FirstOrDefault();
if (relaydevice != null)
{
identified++;
relaydevice.setWebSocketConnection(remoteDeviceId, this);
//relaydevice.mcu.remoteDeviceId = deviceId;
if (relaydevice.swState != swState)
{
relaydevice.setState(swState, true);
//AreaEventType eventType = swState == 1 ? AreaEventType.SwitchOn : AreaEventType.SwitchOff;
//AreaEvent evt = new AreaEvent(relaydevice.area, relaydevice.deviceName, eventType, NickName, AreaEventStatus.Complete);
//relaydevice.Events.Add(evt);
//EventLogger.logEvent(evt);
//relaydevice.swState = swState;
}
//relaydevice.Connection = this;
}
else
{
_logger.LogWarning($"Failed to find motion: Area {areaId} Name: {deviceName}");
}
}
if (this.NickName.StartsWith("RpiZero"))
{
responce = $"Startup complete. {devices.Length} relays received. {identified} identified";
}
}
break;
case "status":
{
for (int i = 0; i < devices.Length; i++)
{
string[] parts = devices[i].Split(':');
int areaId = Convert.ToInt32(parts[1]);
string name = parts[2].Trim();
int deviceId = Convert.ToInt32(parts[3]);
string swState = parts[4];
RelayDevice relaydevice = this.webSocketHandler.relayDevices.Where(d => (int)d.area == areaId && d.deviceName == name && d.mcu.ipAddress == this.NickName).FirstOrDefault();
if (relaydevice != null)
{
relaydevice.swState = Convert.ToInt32(swState);
}
else
{
_logger.LogWarning($"Failed to find motion: Area {areaId} Name: {name}");
}
}
}
break;
case "relayChanged":
case "relaychanged":
{
//relay:area name:device name:device id:swState
string[] parts = devices[0].Split(':');
int deviceId = Convert.ToInt32(parts[3]);
int swState = Convert.ToInt32(parts[4]);
//RelayDevice relaydevice = this.webSocketHandler.relays.Where(d => (int)d.area == areaId && d.deviceName == name && d.mcu.ipAddress == this.NickName).FirstOrDefault();
RelayDevice relaydevice = this.webSocketHandler.relayDevices.Where(d => d.mcu.ipAddress == this.NickName && d.mcu.remoteDeviceId == deviceId).FirstOrDefault();
if (relaydevice != null)
{
relaydevice.setState(swState, true);
}
else
{
_logger.LogWarning($"Failed to find motion: Area {parts[1]} Name: {parts[2]}");
}
}
break;
case "ping":
{
responce = $"ping:received from RelayController: {NickName}";
}
break;
}
}
catch (Exception ex)
{
_logger.LogError($"ReceiveAsync() Unexpected error: {ex.Message}");
}
bool sendResponce = true;
if (sendResponce && !string.IsNullOrEmpty(responce))
{
await SendMessageAsync(responce);
}
/*
* var receiver = Handler.Connections.FirstOrDefault(m => ((RFSwitchConnection)m).NickName == receiveMessage.Receiver);
*
* if (receiver != null)
* {
* var sendMessage = JsonConvert.SerializeObject(new SendMessage
* {
* Sender = NickName,
* Message = receiveMessage.Message
* });
*
* await receiver.SendMessageAsync(sendMessage);
* }
* else
* {
* var sendMessage = JsonConvert.SerializeObject(new SendMessage
* {
* Sender = NickName,
* Message = "Can not seed to " + receiveMessage.Receiver
* });
*
* await SendMessageAsync(sendMessage);
* }*/
}