public void Load(IMeasurementUpdate update)
{
/*
foreach (IndexedValue<Binary> v in update.BinaryUpdates)
{
NewBinaries.Add(v);
//Console.WriteLine("value: " + v.value.value + " index: " + v.index);
}
foreach (IndexedValue<Analog> v in update.AnalogUpdates)
{
NewAnalogs.Add(v);
//Console.WriteLine("value: " + v.value.value + " index: " + v.index);
}*/
if (OnMeasurementsReceived != null)
OnMeasurementsReceived(this, update);
/*
foreach (var v in update.CounterUpdates) Console.WriteLine("value: " + v.value.value + " index: " + v.index);
foreach (var v in update.ControlStatusUpdates) Console.WriteLine("value: " + v.value.value + " index: " + v.index);
foreach (var v in update.SetpointStatusUpdates) Console.WriteLine("value: " + v.value.value + " index: " + v.index);
foreach (var v in update.OctetStringUpdates) Console.WriteLine("value: " + v.value.AsString() + " index: " + v.index);
*/
}
public void Callback_OutstationMeasurementReceived(OutstationWrapper ow, IMeasurementUpdate update)
{
// TODO make async
DateTime update_time = DateTime.UtcNow;
// TODO: FIX
if (update.AnalogUpdates.Count > 0)
{
foreach (IndexedValue<Analog> ana in update.AnalogUpdates)
{
// TODO: better way to do this?
IndexedValue<DataPoint> dp = new IndexedValue<DataPoint>(ana.value, ana.index);
update_point_master(ow, dp, update_time);
update_point_history(ow, dp, update_time);
}
}
if (update.BinaryUpdates.Count > 0)
{
foreach (IndexedValue<Binary> bin in update.BinaryUpdates)
{
IndexedValue<DataPoint> dp = new IndexedValue<DataPoint>(bin.value, bin.index);
update_point_master(ow, dp, update_time);
update_point_history(ow, dp, update_time);
}
}
if (OnOutstationMeasurementReceived != null)
OnOutstationMeasurementReceived();
TulipContext.SaveChanges();
}
