public long? GetExpectedEndTime(ContextManagerRealization realization)
{
var agentInstanceContext = realization.AgentInstanceContextCreate;
var current = agentInstanceContext.SchedulingService.Time;
var msec = TimePeriodCompute.DeltaAdd(current, null, true, agentInstanceContext);
return current + msec;
}
public OutputConditionTimeFactory(
bool hasVariable,
TimePeriodCompute timePeriodCompute,
bool isStartConditionOnCreation,
int scheduleCallbackId)
{
IsVariable = hasVariable;
TimePeriodCompute = timePeriodCompute;
IsStartConditionOnCreation = isStartConditionOnCreation;
ScheduleCallbackId = scheduleCallbackId;
}
public OutputConditionFactory MakeOutputConditionTime(
bool hasVariable,
TimePeriodCompute timePeriodCompute,
bool isStartConditionOnCreation,
int scheduleCallbackId)
{
return new OutputConditionTimeFactory(
hasVariable,
timePeriodCompute,
isStartConditionOnCreation,
scheduleCallbackId);
}
public OutputProcessViewDirectDistinctOrAfterFactory(
OutputStrategyPostProcessFactory postProcessFactory,
bool distinct,
EventPropertyValueGetter distinctKeyGetter,
TimePeriodCompute afterTimePeriod,
int? afterConditionNumberOfEvents,
EventType resultEventType)
: base(postProcessFactory)
{
IsDistinct = distinct;
DistinctKeyGetter = distinctKeyGetter;
this.AfterTimePeriod = afterTimePeriod;
this.AfterConditionNumberOfEvents = afterConditionNumberOfEvents;
}
public OutputConditionPolledTimeFactory(TimePeriodCompute timePeriodCompute)
{
this.timePeriodCompute = timePeriodCompute;
}
public long AbsExpiry(PatternAgentInstanceContext context)
{
var current = context.StatementContext.SchedulingService.Time;
return current + TimePeriodCompute.DeltaAdd(current, null, true, context.AgentInstanceContext);
}
