public override void Refresh()
{
int integer = random.Next(-100, 100);
double fraction = (double)integer / (double)100;
PriorState = CurrentState;
CurrentState = new ThermocoupleState {
Temperature = PriorState.Temperature + fraction
};
_publishThermocoupleStateChange(this.CreateComponentStateChange());
}
public override void Refresh()
{
var newTemp = CurrentState.Temperature + TemperatureChange;
if (newTemp < Temperature.RoomTemp)
{
newTemp = Temperature.RoomTemp;
}
if (newTemp > Temperature.BoilingTemp)
{
newTemp = Temperature.BoilingTemp;
}
// Only update if there is a temp change
if (newTemp != CurrentState.Temperature)
{
PriorState = CurrentState;
CurrentState = new ThermocoupleState {
Temperature = newTemp
};
//_logger.LogInformation($"Thermo: {Location} {CurrentState}");
_publishThermocoupleStateChange(this.CreateComponentStateChange());
}
}
public SimulationThermocouple(ILogger <Thermocouple> logger) : base(logger)
{
CurrentState = new ThermocoupleState {
Temperature = Temperature.RoomTemp
};
}
private (Mock <IHub> MockHub, IHub Hub, SimulationThermocouple Thermocouple) CreateUtils(Location location, ThermocoupleState state)
{
var logger = new Mock <ILogger <Thermocouple> >();
var mockHub = new Mock <IHub>();
var hub = mockHub.Object;
var thermo = new SimulationThermocouple(logger.Object);
thermo.CurrentState = state;
thermo.Location = location;
return(mockHub, hub, thermo);
}
public RandomFakedThermocouple(ILogger <Thermocouple> logger) : base(logger)
{
CurrentState = new ThermocoupleState {
Temperature = 70
};
}
