public void Schedule_AutoStartDisabledRunOnceEnabled_StartsManuallyAndRunsEachRegistrationOnlyOnce()
{
var entity0 = new Entity {
Id = "entity0"
};
var entity1 = new Entity {
Id = "entity1"
};
Entity lastInvokedEntity = null;
var timerFactory = new TestTimerFactory();
using var scheduler = new EntityActionScheduler <Entity>(e =>
{
lastInvokedEntity = e;
return(Task.CompletedTask);
}, autoStart: false, runOnce: true, timerFactory);
scheduler.ScheduleEntity(entity0, TimeSpan.FromMilliseconds(Period0));
scheduler.ScheduleEntity(entity1, TimeSpan.FromMilliseconds(Period1));
Assert.Equal(2, timerFactory.Count);
timerFactory.VerifyTimer(0, Timeout.Infinite);
timerFactory.VerifyTimer(1, Timeout.Infinite);
scheduler.Start();
VerifyEntities(scheduler, entity0, entity1);
Assert.Equal(2, timerFactory.Count);
timerFactory.VerifyTimer(0, Period0);
timerFactory.VerifyTimer(1, Period1);
timerFactory.FireTimer(1);
Assert.Same(entity1, lastInvokedEntity);
VerifyEntities(scheduler, entity0);
timerFactory.FireTimer(0);
Assert.Same(entity0, lastInvokedEntity);
Assert.False(scheduler.IsScheduled(entity0));
Assert.False(scheduler.IsScheduled(entity1));
timerFactory.AssertTimerDisposed(0);
timerFactory.AssertTimerDisposed(1);
}
private void VerifyEntities(EntityActionScheduler <Entity> scheduler, params Entity[] entities)
{
var actualCount = 0;
foreach (var entity in entities)
{
Assert.True(scheduler.IsScheduled(entity));
actualCount++;
}
Assert.Equal(entities.Length, actualCount);
}