private void LogState()
{
IBoiler boiler = _repo.Retrieve();
BoilerStatus bs = new BoilerStatus(boiler);
bs.LoggedDate = DateTime.Now;
_logger.Save(bs);
}
public IBoiler Save(IBoiler boiler)
{
elementPin.State = boiler.IsElementOn.AsGPIOState();
pumpPin.State = boiler.IsPumpOn.AsGPIOState();
_boiler.TargetTemp = boiler.TargetTemp;
_boiler.TempOffset = boiler.TempOffset;
return(this.Retrieve());
}
public MockRepository()
{
_boiler = new Boiler();
_boiler.ActualTemp = 10;
_boiler.TargetTemp = 20;
_saveCalledCount = 0;
_retrieveCalledCount = 0;
_lastRecorded = DateTime.Now;
}
public MockRepository()
{
_boiler = new Boiler();
_boiler.ActualTemp = 10;
_boiler.TargetTemp = 20;
_saveCalledCount = 0;
_retrieveCalledCount = 0;
_lastRecorded = DateTime.Now;
}
public BoilerStatus(IBoiler boiler)
{
IsElementOn= boiler.IsElementOn;
IsPumpOn = boiler.IsPumpOn;
IsBurstOn = boiler.IsBurstOn;
IsAuto = boiler.IsAuto;
TargetTemp = boiler.TargetTemp;
TempOffset = boiler.TempOffset;
ActualTemp = boiler.ActualTemp;
BurstTime = boiler.BurstTime;
BurstInterval = boiler.BurstInterval;
}
public BoilerStatus(IBoiler boiler)
{
IsElementOn = boiler.IsElementOn;
IsPumpOn = boiler.IsPumpOn;
IsBurstOn = boiler.IsBurstOn;
IsAuto = boiler.IsAuto;
TargetTemp = boiler.TargetTemp;
TempOffset = boiler.TempOffset;
ActualTemp = boiler.ActualTemp;
BurstTime = boiler.BurstTime;
BurstInterval = boiler.BurstInterval;
}
public BoilerMonitor(IBoilerRepository repo, ITimerAdapter timer, IBoilerStatusRepository logger)
{
_repo = repo;
_logger = logger;
lastOff = DateTime.Now.AddHours(-1);
IBoiler b = logger.Retrieve().ToBoiler();
_repo.Save(b);
timer.Initialize(MonitorState);
}
private void MonitorState(object source)
{
IBoiler boiler = _repo.Retrieve();
DateTime n = DateTime.Now;
boiler.DisableOnHighTemp();
boiler.EnableOnLowTemp(n);
boiler.BurstCycleOff(n);
boiler.BurstCycleOn(n);
_repo.Save(boiler);
LogState();
}
public IBoiler Save(IBoiler boiler)
{
_saveCalledCount++;
_boiler = boiler;
// fudge to make the gauge move tick.
decimal diffInSeconds = (decimal)((DateTime.Now - _lastRecorded).TotalSeconds);
boiler.ActualTemp = Math.Round(boiler.ActualTemp + (diffInSeconds * (boiler.IsElementOn == false ? -1 : 1)),2);
if (boiler.ActualTemp > 100) boiler.ActualTemp = 100;
if (boiler.ActualTemp < 0) boiler.ActualTemp = 0;
_lastRecorded = DateTime.Now;
return this.Retrieve();
}
public IBoiler Save(IBoiler boiler)
{
_saveCalledCount++;
_boiler = boiler;
// fudge to make the gauge move tick.
decimal diffInSeconds = (decimal)((DateTime.Now - _lastRecorded).TotalSeconds);
boiler.ActualTemp = Math.Round(boiler.ActualTemp + (diffInSeconds * (boiler.IsElementOn == false ? -1 : 1)), 2);
if (boiler.ActualTemp > 100)
{
boiler.ActualTemp = 100;
}
if (boiler.ActualTemp < 0)
{
boiler.ActualTemp = 0;
}
_lastRecorded = DateTime.Now;
return(this.Retrieve());
}
public Boiler(IBoiler hardware)
{
this._hardware = hardware;
}
public EspressoMaker(IBeanGrinder beanGrinder, IBoiler waterBoiler, IPortaFilter portaFilter)
{
_beanGrinder = beanGrinder;
_waterBoiler = waterBoiler;
_portaFilter = portaFilter;
}
