public ThrottlingLogger(
ILogEvents logger,
TimeSpan mimimumFrequency,
int maximumNumberOfBufferedItems,
MessageEvaluationBehaviourOptions messageEvaluationBehaviour,
ErrorBehaviourOptions individualLogEntryErrorBehaviour)
{
if (logger == null)
{
throw new ArgumentNullException(nameof(logger));
}
if (mimimumFrequency.Ticks <= 0)
{
throw new ArgumentOutOfRangeException(nameof(mimimumFrequency), "must be a positive duration");
}
if (maximumNumberOfBufferedItems <= 0)
{
throw new ArgumentOutOfRangeException(nameof(maximumNumberOfBufferedItems), "must be a positive value");
}
if ((messageEvaluationBehaviour != MessageEvaluationBehaviourOptions.EvaluateWhenLogged) && (messageEvaluationBehaviour != MessageEvaluationBehaviourOptions.EvaluateWhenQueued))
{
// Note: Explicitly check for all valid values rather than using Enum.IsDefined since IsDefined uses reflection and logging should be as cheap as possible
// (so reflection is best avoided)
throw new ArgumentOutOfRangeException(nameof(messageEvaluationBehaviour));
}
if ((individualLogEntryErrorBehaviour != ErrorBehaviourOptions.Ignore) && (individualLogEntryErrorBehaviour != ErrorBehaviourOptions.ThrowException))
{
// Note: Explicitly check for all valid values rather than using Enum.IsDefined since IsDefined uses reflection and logging should be as cheap as possible
// (so reflection is best avoided)
throw new ArgumentOutOfRangeException(nameof(individualLogEntryErrorBehaviour));
}
MaximumNumberOfBufferedItems = maximumNumberOfBufferedItems;
MinimumFrequency = mimimumFrequency;
MessageEvaluationBehaviour = messageEvaluationBehaviour;
IndividualLogEntryErrorBehaviour = individualLogEntryErrorBehaviour;
_logger = logger;
_messages = new ConcurrentQueue <LogEventDetails>();
_timer = new PauseableTimer(
mimimumFrequency,
FlushQueueIfNotAlreadyDoingSo
);
_lastFlushedAt = null;
_flushInProgressIndicator = 0;
}
public MotorModel(short pinNumber1, short pinNumber2,
SensorModel frontLim, SensorModel backLim,
int fwdTime = Constants.defaultMotorFwdTime, int backTime = Constants.defaultMotorBackTime,
bool in1 = false, bool in2 = false)
{
this._pinNumber1 = pinNumber1;
this._pinNumber2 = pinNumber2;
this._in1 = in1;
this._in2 = in2;
ForwardTime = fwdTime;
_lastForwardTime = ForwardTime;
BackwardTime = backTime;
_lastBackwardTime = BackwardTime;
_forwardTimer = new PauseableTimer(ForwardTime);
_forwardTimer.Elapsed += OnForwardTimerElapsed;
_backwardTimer = new PauseableTimer(BackwardTime);
_backwardTimer.Elapsed += OnBackwardTimerElapsed;
frontLim.PropertyChanged += OnFrontLimitHit;
backLim.PropertyChanged += OnBackLimitHit;
LimitMode = false;
}
