public void GrammarDump(IListener st, ITokenText token)
{
if (token.Synset != null && token.Synset != SynSet.Empty)
{
string definition = nlp.GetDefinition(token);
if (!string.IsNullOrEmpty(definition))
{
st.Say(definition);
}
// Token is not a Lexeme, it's an Impromptu proxy acting like all interfaces are present
var ints = token.GetType().GetInterfaces();
var edges = SynSet.Graph.Follow(token.Synset, null);
var synonyms = edges.Where(e => e.Predicate == Relation.WordFor).Select(e => e.End)
.OfType <Lexeme>()
.Where(e => ints.Intersect(e.Interfaces).Intersect(wordFormTypes).Any())
.Select(e => e.Text)
.Where(e => e != token.Text)
.ToList();
if (synonyms.Any())
{
st.Say(" Synonyms " + string.Join(", ", synonyms));
}
// Dump the relations of this Lexeme
foreach (var outboundEdge in edges)
{
if (outboundEdge.Predicate != Relation.WordFor)
{
st.Say(outboundEdge.Predicate.ToString() + " " + outboundEdge.End.ToString());
}
}
}
if (token is IVerb verb)
{
st.Say(" Present self : I " + verb.PresentSelf.Text +
", Present third person: He " + verb.PresentThirdPerson.Text +
", Present plural: We " + verb.PresentPlural.Text +
", Present participle: " + verb.PresentParticiple.Text +
", Past I/He:" + verb.Past.Text +
", Past participle: " + verb.PastParticiple.Text +
", Past plural: We " + verb.PastPlural.Text +
", Infinitive: To " + verb.Infinitive.Text);
}
else if (token is INoun noun)
{
if (noun is Countable)
{
st.Say(" Noun singular " + ((Countable)noun).Singular.Text +
", plural " + ((Countable)noun).Plural.Text);
}
else if (noun is Uncountable)
{
st.Say(" Uncountable noun " + ((Uncountable)noun).Singular.Text);
}
}
else if (token is IAdjective adjective)
{
st.Say(" Adjective " + adjective.Normal.Text +
(adjective.Comparative == null ? "" : ", Comparative " + adjective.Comparative.Text) +
(adjective.Comparative == null ? "" : ", Superlative " + adjective.Superlative.Text));
}
else if (token is IAdverb adverb)
{
st.Say(" Adverb " + adverb.Text);
}
else if (token is IPreposition preposition)
{
st.Say(" Preposition " + preposition.Text);
}
else if (token is IConjunction conjunction)
{
st.Say(" Conjunction " + conjunction.Text);
}
else if (token is IOperator @operator)
{
st.Say(" Operator " + @operator.Text);
}
else
{
st.Say(" Some other form of word " + token.Text);
}
var interestingInterfaces = token.GetType().GetInterfaces()
.Select(x => x.Name)
.Except(new[] { "IActLikeProxyInitialize", "IActLikeProxy", "ISerializable", "ITokenText", "IToken" })
.ToList();
if (interestingInterfaces.Any())
{
st.Say(" Interfaces: " + string.Join(", ", interestingInterfaces));
}
}
public NLPActionResult GrammarDump(define2 define, ITokenText token)
{
intent.GrammarDump(st, token);
return(NLPActionResult.None);
}