//This should only operate on normalized sentences.
public Sentence ParsedSentenceFactory(string sentence, string original)
{
diagnostics = new SentenceDiagnostics(original, sentence);
if (String.IsNullOrWhiteSpace(sentence))
{
return(new Sentence(new NullOrSymbols(original), diagnostics));
// throw new TpParseException("Do not give me a null sentence. Can't tell if null sentence is from input or got lost in translation");
}
//This may have already been done by the normalizer, but if not, no problem.
if (sentence.Contains(" li pi "))
{
sentence = sentence.Replace(" li pi ", " li XXXXZiXXXX ");
}
ParserUtils.ThrowOnDoubleParticles(sentence, dialect);
if (sentence.StartCheck(" "))
{
throw new TpParseException("Do not give me a sentence that leads with whitespace, I do not want to do defensive Trim() all day. (Call at least NormalizeExplict)");
}
if (sentence.StartCheck("///"))
{
Comment c = new Comment(sentence);
return(new Sentence(c, diagnostics));
}
if (sentence.EndCheck(" li") || sentence.EndCheck(" li."))
{
throw new TpParseException("Something went wrong, sentence ends with li: " + original);
}
//Normalization is really expensive. We must stop calling it twice.
//sentence = Normalizer.NormalizeText(sentence, config); //Any way to avoid calling this twice?
//HACK: This is necessary (otherwise we have to deal with optional quotes starting, ending words)
//But we'd rather do this on a sentence level in Discourse.
bool startsQuotedSpeech;
bool endsQuotedSpeech;
if (sentence.StartCheck("«"))
{
startsQuotedSpeech = true;
sentence = sentence.Replace("«", " ").Trim();
}
if (sentence.EndCheck("»", "».", "»!") || sentence.EndCheck("»:", "»?"))
{
endsQuotedSpeech = true;
sentence = sentence.Replace("»", " ").Trim();
}
//TODO: do something with quoted speech. Big problem #1 it spans multiple sentences
if (sentence.EndCheck(" "))
{
throw new TpParseException("Normalizer failed to trim: " + original);
}
//Get the final punctuation out or it will mess up parsing later.
string possiblePunctuation = sentence[sentence.Length - 1].ToString();
Punctuation punctuation;
if (Punctuation.TryParse(possiblePunctuation, out punctuation))
{
sentence = sentence.Substring(0, sentence.Length - 1);
}
//Square bracket sentence contains all others
//[S]
//F la [S]
//S la [S]
//F la S la [S]
//Maximal.. maybe later
//F la S la F la S => (F la S ) la (F la [S])
//F la S la S la F la S la S
//[{F la S} la {S} la {F la S}] la <S>
//Just dealing with la fragments
Sentence headSentence = null;
List <Sentence> preconditions = new List <Sentence>();
string[] laParts = Splitters.SplitOnLa(sentence);
//Degenerate sentences.
if (laParts[laParts.Length - 1] == "la")
{
//We have a vocative sentence...
Fragment fragment = new Fragment(ProcessEnPiChain(laParts[0]));
Sentence fragmentSentence = new Sentence(fragment, punctuation, diagnostics);
return(fragmentSentence);
}
if (laParts.Length > 1)
{
int i = 0;
List <Fragment> laFragments = new List <Fragment>();
Sentence currentSentence = null;
foreach (string subSentence in laParts.Reverse())
{
i++;
if (i == 1)
{
//Head sentence.
// subSentence.StartCheck("la ") ? subSentence.Substring(3) : subSentence
string laLessString = subSentence.RemoveLeadingWholeWord("la");
headSentence = ProcessSimpleSentence(laLessString, punctuation, original);
continue; //Not dealing with "kin la!"
}
//Fragments & preconditions
const string liFinder = @"\bli\b";
Match m = Regex.Match(subSentence, liFinder);
if (m.Success)
{
//This is a sentence
//Maybe should recurse.
string laLessString = subSentence.RemoveLeadingWholeWord("la");
currentSentence = ProcessSimpleSentence(laLessString, null, original);
preconditions.Add(currentSentence);
}
else
{
string laLessString = subSentence.RemoveLeadingWholeWord("la");
Fragment fragment;
if (laLessString.StartCheck("~"))
{
string[] parts = Splitters.SplitOnPrepositions(laLessString);
fragment = new Fragment(ProcessPrepositionalPhrases(parts).ToArray());
}
else
{
fragment = new Fragment(ProcessEnPiChain(laLessString));
}
if (currentSentence == null)
{
if (headSentence == null)
{
throw new TpParseException(
"Sentence appears to be headed by a fragment. Shouldn't deal with those here.: " + original);
}
headSentence.LaFragment.Add(fragment);
}
else
{
laFragments.Add(fragment);
}
}
}
}
else
{
//No la at all.
//Simple Sentence
return(ProcessSimpleSentence(sentence, punctuation, original));
}
if (headSentence == null)
{
throw new TpParseException("This is not a sentence, should deal with it with it's own parser: " + original);
}
if (preconditions.Count == 0)
{
return(headSentence);
}
Sentence s = new Sentence(diagnostics, preconditions.ToArray(), headSentence);
return(s);
}
public Sentence ProcessSimpleSentence(string sentence, Punctuation punctuation, string original)
{
//Think this is causing a bug.
////HACK: Still need a better way to deal with quotes.
//if (sentence.EndCheck("»") || sentence.EndCheck("«"))
//{
// sentence = sentence.Substring(0, sentence.Length - 1);
//}
//Comment? Get out of here!
if (sentence.StartCheck("///"))
{
Comment c = new Comment(sentence);
return(new Sentence(c, diagnostics));
}
//Simple exclamation! Get out of here!
if (Exclamation.IsExclamation(sentence))
{
return(new Sentence(new Exclamation(new HeadedPhrase(new Word(sentence))), punctuation, new SentenceDiagnostics(original, sentence)));
}
List <Vocative> headVocatives = null;
//jan Mato o, ale li pona. Head vocative!
//kin la o moku. //not a vocative (hopefully dealt with elsewhere)
//jan Mato o moku! //Head vocative, & imperative, with 2nd o discarded
//jan Mato o o moku! //Head vocative, & imperative, with 2nd o discarded
if (sentence.ContainsCheck(" o o "))//Explicit vocative & imperative
{
//Okay, we know exactly when the head vocatives end.
headVocatives = new List <Vocative>();
string justHeadVocatives = sentence.Substring(0, sentence.IndexOf(" o o ", StringComparison.Ordinal));
//Process head vocatives.
ProcessHeadVocatives(Splitters.SplitOnO(justHeadVocatives), headVocatives, allAreVocatives: true);
//BUG: Add the dummy! (And it still doesn't work!)
sentence = "jan Sanwan o " + sentence.Substring(sentence.IndexOf(" o o ", StringComparison.Ordinal) + 5);
}
//Starts with o, then we have imperative & no head vocatives.
bool endsOrStartsWithO = sentence.StartCheck("o ") && sentence.EndCheck(" o");
if (!endsOrStartsWithO)
{
//jan So o! (We already deal with degenerate vocative sentences elsewhere)
//jan So o sina li nasa.
//jan So o nasa!
//jan So o mi mute o nasa. <-- This is the problem.
//These could be vocatives or imperatives.
if (sentence.ContainsCheck(" o ", " o,", ",o ") && sentence.ContainsCheck(" li "))
{
headVocatives = new List <Vocative>();
ProcessHeadVocatives(Splitters.SplitOnO(sentence), headVocatives, allAreVocatives: false);
//int firstLi = sentence.IndexOf(" li ");
int lastO = sentence.LastIndexOf(" o ", StringComparison.Ordinal);
if (lastO < 0)
{
lastO = sentence.LastIndexOf(" o,", StringComparison.Ordinal);
}
sentence = sentence.Substring(lastO + 2);
}
}
//Process tag conjunctions and tag questions
Particle conjunction = null;
TagQuestion tagQuestion = null;
if (sentence.StartCheck("taso "))
{
conjunction = Particles.taso;
sentence = sentence.Substring(5);
}
else if (sentence.StartCheck("anu "))
{
conjunction = Particles.anu;
sentence = sentence.Substring(4);
}
else if (sentence.StartCheck("en "))
{
//Well, either parse it or throw. Otherwise, this gets skipped.
//is this legal?
conjunction = Particles.en;
sentence = sentence.Substring(3);
}
else if (sentence.StartCheck("ante ")) //never seen it.
{
conjunction = Particles.ante;
sentence = sentence.Substring(5);
}
//Should already have ? stripped off
if (sentence.EndsWith(" anu seme"))
{
tagQuestion = new TagQuestion();
sentence = sentence.Substring(0, sentence.LastIndexOf(" anu seme", StringComparison.Ordinal));
}
if (sentence.EndCheck(" li"))
{
throw new TpParseException("Something went wrong-- sentenc ends with li. " + sentence);
}
if (sentence.StartsOrContainsOrEnds("la"))
{
throw new TpParseException("If it contains a la, anywhere, it isn't a simple sentence. " + sentence);
}
bool isHortative = false;
bool isImperative = false;
if (sentence.StartCheck("o ") && sentence.ContainsCheck(" li "))
{
//o mi mute li moku
isHortative = true;
sentence = sentence.RemoveLeadingWholeWord("o");
}
if (sentence.StartCheck("o ") && !sentence.ContainsCheck(" li "))
{
//o pana e pan
isImperative = true;
//sentence = sentence.RemoveLeadingWholeWord("o");
}
// someting o ==> vocative
string[] liParts = Splitters.SplitOnLiOrO(sentence);
if (liParts.Length == 1 && Exclamation.IsExclamation(liParts[0]))
{
//HACK: Duplicate code. & it only deals with a single final puncution mark.
string possiblePunctuation = sentence[sentence.Length - 1].ToString();
if (Punctuation.TryParse(possiblePunctuation, out punctuation))
{
sentence = sentence.Substring(0, sentence.Length - 1);
}
//The whole thing is o! (or pakala! or the like)
//pona a! a a a! ike a!
TokenParserUtils tpu = new TokenParserUtils();
Word[] tokes = tpu.ValidWords(sentence);
HeadedPhrase parts = new HeadedPhrase(tokes[0], new WordSet(ArrayExtensions.Tail(tokes)));
bool modifiersAreA = true;
foreach (Word w in parts.Modifiers)
{
if (w == "a")
{
continue; //peculiar to exclamations & repeats.
}
if (w == "kin")
{
continue; //modifies just about anything
}
modifiersAreA = false;
}
if (modifiersAreA)
{
Exclamation exclamation = new Exclamation(parts);
Sentence s = new Sentence(exclamation, punctuation, diagnostics);
return(s);
}
}
//Degenerate sentences.
if (liParts[liParts.Length - 1].Trim(new char[] { ',', '«', '»', '!', ' ' }) == "o")
{
//We have a vocative sentence...
Vocative vocative = new Vocative(ProcessEnPiChain(liParts[0]));
Sentence s = new Sentence(vocative, punctuation, diagnostics);
return(s);
}
string subjects = liParts[0].Trim();
ComplexChain subjectChain = null;
int startAt = 1; //slot 0 is normally a subject
if (subjects.Contains("«"))
{
int foo = 3;
}
if (subjects.StartCheck("o ") ||
subjects.StartCheck("«o "))
{
//This is a verb phrase with implicit subjects!
startAt = 0;
}
else
{
subjectChain = ProcessEnPiChain(subjects);
}
PredicateList verbPhrases = new PredicateList();
for (int i = startAt; i < liParts.Length; i++)
{
string predicate = liParts[i].Trim();
verbPhrases.Add(ProcessPredicates(predicate));
}
//Head or complete sentence.
Sentence parsedSentence = new Sentence(subjectChain, verbPhrases, diagnostics, new SentenceOptionalParts
{
Conjunction = conjunction,
//Etc
Punctuation = punctuation,
IsHortative = isHortative,
TagQuestion = tagQuestion,
HeadVocatives = headVocatives != null ? headVocatives.ToArray() : null
});
return(parsedSentence);
}