protected virtual QState S_Sparking(IQEvent ev)
{
switch (ev.QSignal)
{
case QSignals.Entry: {
LogStateEvent(StateLogType.Entry, s_Sparking);
SetTimeOut("Sparking_t1_Spark", TimeSpan.FromSeconds(SparkFrequencyInterval()), new QEvent("Spark"), TimeOutType.Repeat);
SetTimeOut("Sparking_t0_StopSpinning", TimeSpan.FromSeconds(RandomSpinInterval()), new QEvent("StopSpinning"), TimeOutType.Single);
} return(null);
case QSignals.Exit: {
ClearTimeOut("Sparking_t1_Spark");
ClearTimeOut("Sparking_t0_StopSpinning");
LogStateEvent(StateLogType.Exit, s_Sparking);
} return(null);
case QualifiedFlintSignals.Spark: {
FuelMixture.Send(new QEvent(FuelMixtureSignals.Ignite));
LogStateEvent(StateLogType.EventTransition, s_Sparking, s_Sparking, "Spark", "t1-every SparkFrequencyInterval() raise Spark/^FuelMixture.Ignite()");
TransitionTo(s_Sparking, s_trans_t1_Spark_Sparking_2_Sparking);
return(null);
} // Spark
case QualifiedFlintSignals.StopSpinning: {
LogStateEvent(StateLogType.EventTransition, s_Sparking, s_NoSparks, "StopSpinning", "t0-after RandomSpinInterval() raise StopSpinning");
TransitionTo(s_NoSparks, s_trans_t0_StopSpinning_Sparking_2_NoSparks);
return(null);
} // StopSpinning
} // switch
return(TopState);
} // S_Sparking
protected virtual QState S_Empty(IQEvent ev)
{
switch (ev.QSignal)
{
case QSignals.Entry: {
LogStateEvent(StateLogType.Entry, s_Empty, "^FuelMixture.StopFlow()");
FuelMixture.Send(new QEvent(FuelMixtureSignals.StopFlow));
} return(null);
case QSignals.Exit: {
LogStateEvent(StateLogType.Exit, s_Empty);
} return(null);
} // switch
return(TopState);
} // S_Empty
protected virtual QState S_Open(IQEvent ev)
{
switch (ev.QSignal)
{
case QSignals.Entry: {
LogStateEvent(StateLogType.Entry, s_Open, "^FuelMixture.Mix(FlowValue)");
FuelMixture.Send(new QEvent(FuelMixtureSignals.Mix, FlowValue));
} return(null);
case QSignals.Exit: {
LogStateEvent(StateLogType.Exit, s_Open);
} return(null);
case QualifiedValveSignals.Empty: {
LogStateEvent(StateLogType.EventTransition, s_Open, s_Empty, "Empty", "Empty");
TransitionTo(s_Empty, s_trans_Empty_Open_2_Empty);
return(null);
} // Empty
case QualifiedValveSignals.User_DecreaseFlow: {
ChangeFlowRate(-1);
LogStateEvent(StateLogType.EventTransition, s_Open, s_Open, "User.DecreaseFlow", "User.DecreaseFlow/ChangeFlowRate(-1)");
TransitionTo(s_Open, s_trans_User_DecreaseFlow_Open_2_Open);
return(null);
} // User.DecreaseFlow
case QualifiedValveSignals.User_IncreaseFlow: {
ChangeFlowRate(1);
LogStateEvent(StateLogType.EventTransition, s_Open, s_Open, "User.IncreaseFlow", "User.IncreaseFlow/ChangeFlowRate(1)");
TransitionTo(s_Open, s_trans_User_IncreaseFlow_Open_2_Open);
return(null);
} // User.IncreaseFlow
case QualifiedValveSignals.User_Release: {
LogStateEvent(StateLogType.EventTransition, s_Open, s_Closed, "User.Release", "User.Release");
TransitionTo(s_Closed, s_trans_User_Release_Open_2_Closed);
return(null);
} // User.Release
} // switch
return(TopState);
} // S_Open