private void Delay(byte delayLevel, List <Computation> computes, IEnumerable context)
{
delayLevel = Math.Max(delayLevel, currentOutputDelay);
List <DelayedOutputCreation> list;
if (delay == null)
{
delay = new List <List <DelayedOutputCreation> >();
}
if (delay.Count > delayLevel)
{
list = delay[delayLevel];
if (list == null)
{
list = new List <DelayedOutputCreation>();
delay[delayLevel] = list;
}
}
else
{
while (delay.Count < delayLevel)
{
delay.Add(null);
}
list = new List <DelayedOutputCreation>();
delay.Add(list);
}
var output = new DelayedOutputCreation(computes, context);
list.Add(output);
}
private void Delay(byte delayLevel, List<Computation> computes, IEnumerable context)
{
delayLevel = Math.Max(delayLevel, currentOutputDelay);
ConcurrentQueue<DelayedOutputCreation> list;
if (delay.Count > delayLevel)
{
list = delay[delayLevel];
if (list == null)
{
lock (_delayLockObject)
{
list = CreateDelayLevel(delayLevel);
}
}
}
else
{
lock (_delayLockObject)
{
if (delay.Count <= delayLevel)
{
while (delay.Count < delayLevel)
{
delay.Add(null);
}
list = new ConcurrentQueue<DelayedOutputCreation>();
delay.Add(list);
}
else
{
list = CreateDelayLevel(delayLevel);
}
}
}
var output = new DelayedOutputCreation(computes, context);
list.Enqueue(output);
}
private void Delay(byte delayLevel, List<Computation> computes, IEnumerable context)
{
delayLevel = Math.Max(delayLevel, currentOutputDelay);
List<DelayedOutputCreation> list;
if (delay == null) delay = new List<List<DelayedOutputCreation>>();
if (delay.Count > delayLevel)
{
list = delay[delayLevel];
if (list == null)
{
list = new List<DelayedOutputCreation>();
delay[delayLevel] = list;
}
}
else
{
while (delay.Count < delayLevel)
{
delay.Add(null);
}
list = new List<DelayedOutputCreation>();
delay.Add(list);
}
var output = new DelayedOutputCreation(computes, context);
list.Add(output);
}