internal void AddReference(string id, IVowpalWabbitMarshalAction marshalAction)
{
List <IncompleteReferenceRequest> requests = null;
lock (this.lockObject)
{
// ignore duplicate keys - still update the sliding timer
if (this.cache.Contains(id))
{
return;
}
this.cache.Add(
new CacheItem(id, marshalAction),
this.cacheItemPolicyFactory(id));
requests = (List <IncompleteReferenceRequest>) this.cacheRequests.Get(id);
if (requests != null)
{
foreach (var req in requests)
{
req.DontDispose = true;
}
this.cacheRequests.Remove(id);
this.numberOfOpenRequests -= requests.Count;
}
}
// since this can be called from another thread we need to dispatch to the serializer and let it decide
// when to resolve the marshalling request
if (requests != null)
{
foreach (var req in requests)
{
if (req.Serializer.Resolve(() => req.Marshal(marshalAction)))
{
this.exampleComplete(req.Serializer);
}
}
}
}
internal void AddReference(string id, IVowpalWabbitMarshalAction marshalAction)
{
List<IncompleteReferenceRequest> requests = null;
lock (this.lockObject)
{
// ignore duplicate keys - still update the sliding timer
if (this.cache.Contains(id))
return;
this.cache.Add(
new CacheItem(id, marshalAction),
this.cacheItemPolicyFactory(id));
requests = (List<IncompleteReferenceRequest>)this.cacheRequests.Get(id);
if (requests != null)
{
foreach (var req in requests)
req.DontDispose = true;
this.cacheRequests.Remove(id);
this.numberOfOpenRequests -= requests.Count;
}
}
// since this can be called from another thread we need to dispatch to the serializer and let it decide
// when to resolve the marshalling request
if (requests != null)
{
foreach (var req in requests)
if (req.Serializer.Resolve(() => req.Marshal(marshalAction)))
this.exampleComplete(req.Serializer);
}
}
