public Pool(int startSize, IBurstStrategy burstStrategy, IPooledItemFactory <T> fillStrategy)
{
_burstStrategy = burstStrategy;
Count = startSize;
_fillStrategy = fillStrategy;
Initialize();
}
public UnboundedPool(string instanceName, IPooledItemFactory <TItem> factory, Bounds bounds, EvictionCriteria criteria)
: base(instanceName, factory, new LinkedQueue <TimeRecord <TItem> >(), criteria)
{
this.bounds = bounds;
PreFill();
}
public BoundedPool(string instanceName, IPooledItemFactory <TItem> factory, Bounds bounds, EvictionCriteria criteria)
: base(instanceName, factory, new BoundedLinkedQueue <TimeRecord <TItem> >(bounds.MaxCount), criteria)
{
this.bounds = bounds;
PreFill();
DeadItem += OnDeadItem;
}
protected AbstractPool(string instanceName, IPooledItemFactory <TItem> factory, Threading.IQueue <TimeRecord <TItem> > pool, EvictionCriteria evictionCriteria)
{
this.instanceName = instanceName;
this.factory = factory;
this.pool = pool;
this.evictionCriteria = evictionCriteria;
// setup eviction timer
evictionTimer = new Timer();
evictionTimer.Interval = evictionCriteria.Interval.TotalMilliseconds;
evictionTimer.Elapsed += EvictIdleItems;
evictionTimer.Start();
// item leak timer
leakTimer = new Timer();
leakTimer.Interval = 1000;
leakTimer.Elapsed += ProcessLeakedItems;
leakTimer.Start();
}
private void PrepareInterfaces()
{
_burstStrategy = new BurstStrategy();
_fillStrategy = new FillStrategy();
}
public Pool(int startSize, IPooledItemFactory <T> fillStrategy)
{
_fillStrategy = fillStrategy;
Count = startSize;
Initialize();
}
