public void InitialTest()
{
RulesKeyValues = new Dictionary<List<p.TermsRight>, string>();
Values = new List<string>();
var sentence = new List<string> { "I", "feel", "it" };
p.Grammar grammar = new p.Grammar();
MaryRunsTest();
grammar.InitTest(RulesKeyValues, Values);
p.EarleyParser parser = new p.EarleyParser();
parser.Parse(sentence, grammar);
var x = new JavaScriptSerializer().Serialize(parser.Charts);
this.Context.Response.Write(x);
}
public void FirstTest(List<string> sentence, TestsAvailable test)
{
RulesKeyValues = new Dictionary<List<p.TermsRight>, string>();
Values = new List<string>();
switch (test)
{
case TestsAvailable.AddAndMultiplyNumbersTest:
AddAndMultiplyNumberTest();
break;
case TestsAvailable.JohnMaryTest:
JohnMaryTest();
break;
case TestsAvailable.MaryRunsTest:
MaryRunsTest();
break;
default:
break;
}
//Gramar initalizing with Rules created above
p.Grammar grammar = new p.Grammar();
grammar.InitTest(RulesKeyValues, Values);
//Runing test for given grammar and sentence
RunTest(grammar, sentence);
}
public string ParseSentence(string sentenceToParse)
{
List<Response> response =
(List<Response>)new JavaScriptSerializer().Deserialize(sentenceToParse, typeof(List<Response>));
RulesKeyValues = new Dictionary<List<p.TermsRight>, string>();
Values = new List<string>();
var sentence = response[0]
.sentence?.Split(new[] { " " }, StringSplitOptions.RemoveEmptyEntries)?.ToList();
if (sentence == null || !sentence.Any())
CustomErrorParseSentence(out response, out sentence);
p.Grammar grammar = new p.Grammar();
Dictionary<string, List<string>> grammarHelper = new Dictionary<string, List<string>>();
foreach (var rule in response[0].rules)
{
if (grammarHelper.Any(r => r.Key == rule.leftSide))
grammarHelper[rule.leftSide].Add(rule.rightSide);
else grammarHelper.Add(rule.leftSide, new List<string>() { rule.rightSide });
}
foreach (var entity in grammarHelper)
{
List<p.TermsRight> terms = new List<p.TermsRight>();
foreach (var termRight in entity.Value)
{
List<string> termsRight = termRight.Split(new[] { " " }, StringSplitOptions.RemoveEmptyEntries).ToList();
terms.Add(new p.TermsRight(termsRight));
foreach (var t in termsRight)
if (t.All(x => char.IsLower(x)) || t.All(x => char.IsNumber(x)))
Values.Add(entity.Key);
}
RulesKeyValues.Add(p.Grammar.ListOfListsBuilder(terms.ToArray()), entity.Key);
}
grammar.InitTest(RulesKeyValues, Values);
p.EarleyParser parser = new p.EarleyParser();
parser.Parse(sentence, grammar);
var JSONresult = new JavaScriptSerializer().Serialize(parser.Charts);
return JSONresult;
}
