Task INodeMemory.Access <T>(NodeMemoryAccessor <T> accessor)
{
var memoryAccess = accessor as NodeMemoryAccessor <IAlphaMemory <TFact> >;
if (memoryAccess == null)
{
throw new ArgumentException($"The memory type is invalid: {typeof(IAlphaMemory<TFact>)}", nameof(memoryAccess));
}
return(Task.Factory.StartNew(() => memoryAccess(this), CancellationToken.None, TaskCreationOptions.None, _scheduler));
}
Task IAlphaMemoryMap.Access <T>(IAlphaMemoryNode <T> node, NodeMemoryAccessor <IAlphaMemory <T> > accessor)
{
var memory = _memories.GetOrAdd(node, add => new AlphaMemory <T>(_loggerFactory));
return(memory.Access(accessor));
}
Task IBetaMemoryMap.Access <T>(IBetaMemoryNode <T> node, NodeMemoryAccessor <IBetaMemory <T> > accessor)
{
var memory = _memories.GetOrAdd(node, add => new BetaMemory <T>());
return(memory.Access(accessor));
}
Task IWorkingMemory.Access <TRight>(IBetaMemoryNode <TRight> node, NodeMemoryAccessor <IBetaMemory <TRight> > accessor)
{
return(_betaMemories.Access(node, accessor));
}
Task IWorkingMemory.Access <T>(IAlphaMemoryNode <T> node, NodeMemoryAccessor <IAlphaMemory <T> > accessor)
{
return(_alphaMemories.Access(node, accessor));
}
