public string GetWordPron(string word)
{
var a = new SpanishWord(word);
AnalyzeWordPron(a);
return(a.Pron);
}
public void Parse(SpanishWord word)
{
number = 0; st = State.E; syl = new Syllable()
{
Number = number++
}; cacheLast = null; this.word = word; word.SyllableList.AddLast(syl);
for (var comb = word.CharCombList.First; comb != null; comb = comb.Next)
{
Read(comb);
}
ReadEndOfWord();
}
public PronounciationNotSet(SpanishWord word) : base(word.Content)
{
}
public PronSetTwiceException(SpanishWord word) : base($"The pronunciation of word {word.Content} is set twice")
{
}
public void Parse(SpanishWord word)
{
machine.Parse(word);
}
public void AnalyzeWordPron(SpanishWord word)
{
spanishLexer.CutCombs(word);
spanishParser.Parse(word);
spanishAnnouncer.Announce(word);
}
public virtual List <(int, int)> FindAllCombs(SpanishWord word)
{
var letterUsedFlags = 0;
var w = "^" + word.Content + '$';
var ans = new List <(int, int)>();
foreach (var ruleClout in LexerRules)
{
var cache = "";
var state = ruleClout[cache];
for (int i = 0; i < w.Length;)
{
char c = w[i];
//Console.WriteLine($"state {(cache == "" ? "@Empty" : cache)} Reading {c}");
var output = state.FindNext(c);
startEmit:
var nextCache = output.State.Replace(ReplaceInputMacro, c);
if (output.EmitComb)
{
var startPos = i - output.Length - output.ProbeMove; // +1 -1 done here
var outLen = output.Length;
if (startPos == -1)
{
startPos += 1;
outLen -= 1;
}
else if (startPos + outLen == word.Content.Length + 1)
{
outLen -= 1;
}
var mask = BitMask.GetMask(startPos, outLen);
if ((mask & letterUsedFlags) != 0) // there is a conflict, go to default next
{
output = state.DefaultNext;
goto startEmit;
}
else
{
ans.Add((startPos, outLen));
letterUsedFlags |= mask;
}
}
cache = nextCache;
state = ruleClout[cache];
if (output.ProbeMove != 0)
{
i -= output.ProbeMove;
}
i++;
}
}
ans.Sort((a, b) => a.Item1 - b.Item1);
#if DEBUG
foreach (var ccc in ans)
{
Console.Write(ccc);
}
Console.WriteLine();
#endif
return(ans);
}
