public static void Init(IJournal journal, SignalsFactory signals, InvertorsService powers)
{
mSpeed = signals.GetSignal(SensorName.Derivative(SystemName.Conveyor, SignalName.Speed));
if (mSpeed == null)
{
throw new Exception("bad signal");
}
mSpeed.Update(mCurrentSpeed);
//mSpeed.OnChange += sensor => Console.WriteLine("Conveyor speed: {0}");
AcceptCheckout.OnTimeout += sender => mSpeed.Update(mCurrentSpeed);
mCord = new Cord(signals.GetSignal(SensorName.Cord(6)));
mCord.OnChange += sensor =>
{
if (sensor.Value > 0)
{
//Console.WriteLine("Conveyor: cord F6");
OnErrorCaller(sensor);
}
};
mKv9 = new Relay(journal, RelayName.Kv9, signals);
mKv9.OnError += OnErrorCaller;
mKv10 = new Relay(journal, RelayName.Kv10, signals);
mKv10.OnError += OnErrorCaller;
mState = signals.GetSignal(SensorName.Derivative(SystemName.Conveyor, SignalName.Status));
}
public static void Init(SignalsFactory signals, InvertorsService powers)
{
mTaskEngineStop = new DelayedTask(100);
mTaskEngineStop.OnTimeout += sender => InternalStop();
// active
mKv1Feedback = signals.GetSignal(SensorName.Relay(RelayName.Kv1, SignalName.Feedback));
mKv1Feedback.OnChange += sensor =>
{
//Console.WriteLine("mKv1Feedback: {0}", sensor.Value);
// выключился активный режим выпрямителя
//if(sensor.Value == 0)
// SetState(SystemState.Failure, sensor, args);
};
// charge
mKv2Feedback = signals.GetSignal(SensorName.Relay(RelayName.Kv2, SignalName.Feedback));
mKv2Feedback.OnChange += sensor =>
{
//Console.WriteLine("mKv2Feedback: {0}", sensor.Value);
// включился режим заряда выпрямителя
/*
* if (sensor.Value > 0)
* {
* if (mState != SystemState.Init)
* SetState(SystemState.Failure, sensor, args);
* }
*/
};
/*
* mEngineSpeed = signals.GetSignal(SensorName.Derivative(SystemName.System, SignalName.Speed)) as LocalOutput;
* if (mEngineSpeed == null)
* throw new Exception("bad signal");
*
* mEngineSpeed.Set(mCurrentSpeed);
* //mEngineSpeed.OnChange += sensor => Console.WriteLine("Engine speed: {0}", args.Code);
* AcceptCheckout.OnTimeout += sender => mEngineSpeed.Set(mCurrentSpeed);
*
* mInvertors = powers;
*
* foreach (var invertor in mInvertors.Invertors)
* {
* invertor.OnError += (sender, args) =>
* {
* OnErrorCaller(sender, args);
*
* SetInvertorState(sender.Id, 2);
* };
* }
*
* for (var i = 0; i < 4; i++)
* {
* var rv = new Cord(signals.GetSignal(SensorName.Cord((byte)(i + 2))));
* rv.OnChange += sensor =>
* {
* if (sensor.Value <= 0) return;
*
* Console.WriteLine(sensor.Id);
* OnErrorCaller(null, new EngineEventArgs { Sensor = sensor });
* };
* Cords.Add(rv);
* }
*
* mKv8 = new Relay(RelayName.Kv8, signals);
* mKv8.OnError += sensor => OnErrorCaller(null, new EngineEventArgs { Sensor = sensor });
*
* State.Add(SensorName.Invertor(1), signals.GetSignal(SensorName.Derivative(SystemName.Uz, 2, SignalName.Status)));
* State.Add(SensorName.Invertor(2), signals.GetSignal(SensorName.Derivative(SystemName.Uz, 3, SignalName.Status)));
* State.Add(SensorName.Invertor(3), signals.GetSignal(SensorName.Derivative(SystemName.Uz, 4, SignalName.Status)));
* State.Add(SensorName.Invertor(4), signals.GetSignal(SensorName.Derivative(SystemName.Uz, 5, SignalName.Status)));
*/
}
