protected internal virtual void VisitAlphaMemoryNode(TContext builder, AlphaMemoryNode node)
{
foreach (var objectSink in node.Sinks)
{
Visit(builder, objectSink);
}
}
protected internal override void VisitAlphaMemoryNode(SchemaBuilder builder, AlphaMemoryNode node)
{
if (builder.IsVisited(node))
{
return;
}
builder.AddNode(node, ReteNode.Create);
builder.AddLinks(node, node.Sinks);
base.VisitAlphaMemoryNode(builder, node);
}
internal static NodeInfo Create(AlphaMemoryNode node, IAlphaMemory memory)
{
var items = memory.Facts.Select(f => f.Object.ToString());
return(new NodeInfo(NodeType.AlphaMemory, string.Empty, Empty, Empty, items));
}
protected internal override void VisitAlphaMemoryNode(SnapshotBuilder builder, AlphaMemoryNode node)
{
if (builder.IsVisited(node))
{
return;
}
builder.AddNode(node, n => NodeInfo.Create(n, _workingMemory.GetNodeMemory(n)));
builder.AddLinks(node, node.Sinks);
base.VisitAlphaMemoryNode(builder, node);
}
internal static NodeInfo Create(AlphaMemoryNode node, IAlphaMemory memory)
{
return new NodeInfo(NodeType.AlphaMemory, string.Empty, Empty, Empty, memory.Facts.Select(f => f.Object.ToString()));
}
internal static ReteNode Create(AlphaMemoryNode node)
{
return(new ReteNode(node.Id, NodeType.AlphaMemory, outputType: node.NodeInfo.OutputType,
rules: node.NodeInfo.Rules));
}
