/// <summary>Creates a new <see cref="PredictionTreeFollow"/> instance with the <paramref name="initialPaths"/>, and <paramref name="edgeNode"/> provided.</summary>
/// <param name="initialPaths">The <see cref="PredictionTree"/> built from the analysis of the incoming paths to a rule which are in an initial deadlock for disambiguation upon the rule entering the <paramref name="edgeNode"/>.</param>
/// <param name="edgeNode">The <see cref="PredictionTreeLeaf"/> which delineates the ambiguity.</param>
internal PredictionTreeFollow(PredictionTree initialPaths, PredictionTreeLeaf edgeNode)
{
this.initialPaths = initialPaths;
this.edgeNode = edgeNode;
/* *
* Initial variations are used to deconstruct the incoming states
* *
* Necessary because certain commonality groupings yield similarities
* that are only similar to the edgeNode, which means the transition
* sets are identical.
* *
* ToDo: Verify this claim.
* */
}
public TerminalTailSource(PredictionTreeLeaf parent)
{
this.parent = parent;
}
/// <summary>Creates a new <see cref="PredictionTreeLeafVeins"/> instance with the <paramref name="parent"/> provided.</summary>
/// <param name="parent">The <see cref="PredictionTreeLeaf"/> from which the <see cref="PredictionTreeLeafVeins"/> is derived.</param>
public PredictionTreeLeafVeins(PredictionTreeLeaf leaf, SyntacticalDFAState originalState, IOilexerGrammarProductionRuleEntry rule)
{
this.Leaf = leaf;
this.DFAOriginState = originalState;
this.Rule = rule;
}
public PredictionTreeFollowCaller(PredictionTreeLeaf followNode)
{
this.Node = followNode;
}
internal void PostConnect(PredictionTreeLeaf rootNode, PredictionTreeDFAdapter rootAdapter)
{
this.rootNode = rootNode;
this.rootAdapter = rootAdapter;
}
