public AsyncRecord(AsyncScheduler scheduler, IFuture cacheKeyToEvict, IFuture future)
{
this.cacheKeyToEvict = cacheKeyToEvict;
this.future = future;
this.scheduler = scheduler;
present = null;
asyncState = AsyncState.Prequeued;
queuePriority = 0;
qtpRef = new AsyncRef(this, "qRef");
}
public AsyncRecord(AsyncScheduler scheduler, IFuture cacheKeyToEvict, IFuture future)
{
this._cacheKeyToEvict = cacheKeyToEvict;
this._future = future;
this.scheduler = scheduler;
this._present = null;
this.asyncState = AsyncState.Prequeued;
this.queuePriority = 0;
this.qtpRef = new AsyncRef(this, "qRef");
}
public void Flush()
{
this.PreflushDispose();
this.computeAsyncScheduler = new AsyncScheduler(1, "computeScheduler" + this.suffix);
this.networkAsyncScheduler = new AsyncScheduler(8, "networkScheduler" + this.suffix);
this.computeCache = new MemoryCache("computeCache" + this.suffix, 100);
this.networkCache = new MemoryCache("networkCache" + this.suffix);
this.boundsCache = new MemoryCache("boundsCache" + this.suffix);
this.asyncCache = new AsyncRecordCache("asyncCache" + this.suffix, true);
this.documentFetchCache = new MemoryCache("documentCache" + this.suffix, 10000);
}
public void Flush()
{
this.PreflushDispose();
this.computeAsyncScheduler = new AsyncScheduler(1, "computeScheduler" + this.suffix);
this.networkAsyncScheduler = new AsyncScheduler(8, "networkScheduler" + this.suffix);
this.computeCache = new MemoryCache("computeCache" + this.suffix, 100);
this.networkCache = new MemoryCache("networkCache" + this.suffix);
this.boundsCache = new MemoryCache("boundsCache" + this.suffix);
this.asyncCache = new AsyncRecordCache("asyncCache" + this.suffix, true);
this.documentFetchCache = new MemoryCache("documentCache" + this.suffix, 10000);
}
public void Activate()
{
Dictionary <AsyncScheduler, LinkedList <AsyncRef> > dictionary = new Dictionary <AsyncScheduler, LinkedList <AsyncRef> >();
foreach (AsyncRef current in this.list)
{
AsyncScheduler scheduler = current.asyncRecord.GetScheduler();
if (!dictionary.ContainsKey(scheduler))
{
dictionary[scheduler] = new LinkedList <AsyncRef>();
}
dictionary[scheduler].AddLast(current);
}
foreach (KeyValuePair <AsyncScheduler, LinkedList <AsyncRef> > current2 in dictionary)
{
current2.Key.Activate(current2.Value);
}
InterestList.globalInterestCounter.crement(this.list.Count);
}
public Asynchronizer(AsyncScheduler scheduler, IFuturePrototype innerPrototype)
{
this.scheduler = scheduler;
this.innerPrototype = innerPrototype;
}
public static IFuture MakeFuture(AsyncScheduler scheduler, IFuture innerFuture)
{
return(new MemCacheFuture(scheduler.GetCache(), new AsynchronizerFuture(scheduler, innerFuture)));
}
public Asynchronizer(AsyncScheduler scheduler, IFuturePrototype innerPrototype)
{
this.scheduler = scheduler;
this.innerPrototype = innerPrototype;
}
public static IFuture MakeFuture(AsyncScheduler scheduler, IFuture innerFuture)
{
return new MemCacheFuture(scheduler.GetCache(), new AsynchronizerFuture(scheduler, innerFuture));
}
