/// <summary>Given Rules paired with LNodes produced by <see cref="StageOneParser"/>,
/// this method translates each LNode into a <see cref="Pred"/> and updates
/// <see cref="Rule.Pred"/> to point to the new Pred.</summary>
public void Parse(IEnumerable <Pair <Rule, LNode> > rules)
{
_rules = LLParserGenerator.AddRulesToDict(rules.Select(p => p.A));
foreach (var pair in rules)
{
Debug.Assert(pair.A.Pred == null);
pair.A.Pred = NodeToPred(pair.B);
if (pair.A.HasRecognizerVersion) // oops, need to keep recognizer in sync with main rule
{
pair.A.MakeRecognizerVersion().Pred = pair.A.Pred;
}
}
Remove_any_in_Labels();
}
/// <summary>Given Rules paired with LNodes produced by <see cref="StageOneParser"/>,
/// this method translates each LNode into a <see cref="Pred"/> and updates
/// <see cref="Rule.Pred"/> to point to the new Pred.</summary>
public void Parse(IEnumerable <Pair <Rule, LNode> > rules)
{
_rules = LLParserGenerator.AddRulesToDict(rules.Select(p => p.A));
foreach (var pair in rules)
{
Debug.Assert(pair.A.Pred == null);
_parsingRecognizerVersion = _ruleChangesInRecognizer = false;
pair.A.Pred = NodeToPred(pair.B);
if (_ruleChangesInRecognizer)
{
_parsingRecognizerVersion = true;
pair.A.GetOrMakeRecognizerVersion().Pred = NodeToPred(pair.B);
}
else if (pair.A.HasRecognizerVersion)
{
pair.A.Recognizer.Pred = pair.A.Pred;
}
}
Remove_any_in_Labels();
}
