public void LoadLexiconFile()
{
using (var parser = new PatrParser())
{
parser.CommentChar = '|';
parser.CodePage = Encoding.UTF8.CodePage;
Assert.NotNull(parser);
parser.LoadLexiconFile(LexiconFileName, 1);
}
}
public override void MorphAndLookupWord(Morpher morpher, string word, bool prettyPrint, bool printTraceInputs)
{
try
{
ICollection <WordGrammarTrace> wordGrammarTraces = null;
if (m_fDotrace)
{
wordGrammarTraces = new Set <WordGrammarTrace>();
}
morpher.TraceAll = m_fDotrace;
WordAnalysisTrace trace;
ICollection <WordSynthesis> synthesisRecs = morpher.MorphAndLookupWord(word, out trace);
foreach (WordSynthesis ws in synthesisRecs)
{
WordGrammarTrace wordGrammarTrace = null;
IEnumerable <PcPatrMorph> morphs = GetMorphs(ws);
if (m_fDotrace)
{
wordGrammarTrace = new WordGrammarTrace(((uint)ws.GetHashCode()).ToString(), morphs);
wordGrammarTraces.Add(wordGrammarTrace);
}
WritePcPatrLexiconFile(m_patrlexPath, morphs);
m_patr.LoadLexiconFile(m_patrlexPath, 0);
string sentence = BuildPcPatrInputSentence(morphs);
try
{
if (m_patr.ParseString(sentence) != null)
{
BuildXmlOutput(morphs);
if (m_fDotrace)
{
wordGrammarTrace.Success = true;
}
}
else if (m_fDotrace)
{
wordGrammarTrace.Success = false;
}
}
catch (Exception)
{
}
}
if (m_fDotrace)
{
Write(trace, prettyPrint, printTraceInputs);
ConvertWordGrammarTraceToXml(wordGrammarTraces);
}
}
catch (MorphException exc)
{
Write(exc);
}
}
protected PatrParser CreateAndSetupTestParser()
{
PatrParser parser = null;
try
{
parser = new PatrParser {
CommentChar = '|', CodePage = Encoding.UTF8.CodePage
};
Assert.NotNull(parser);
parser.LoadGrammarFile(GrammarFileName);
parser.LoadLexiconFile(LexiconFileName, 1);
return(parser);
}
catch (Exception)
{
if (parser != null)
{
parser.Dispose();
}
throw;
}
}
public void MorphAndLookupWord(Morpher morpher, string word, bool prettyPrint, bool printTraceInputs, string[] selectTraceMorphs)
{
try
{
ICollection <WordGrammarTrace> wordGrammarTraces = null;
if (m_fDotrace)
{
wordGrammarTraces = new HashSet <WordGrammarTrace>();
}
morpher.TraceAll = m_fDotrace;
WordAnalysisTrace trace;
ICollection <WordSynthesis> synthesisRecs = morpher.MorphAndLookupWord(word, out trace, selectTraceMorphs);
foreach (WordSynthesis ws in synthesisRecs)
{
WordGrammarTrace wordGrammarTrace = null;
IEnumerable <PcPatrMorph> morphs = GetMorphs(ws);
if (wordGrammarTraces != null)
{
wordGrammarTrace = new WordGrammarTrace(((uint)ws.GetHashCode()).ToString(), morphs, m_cache);
wordGrammarTraces.Add(wordGrammarTrace);
}
if (morphs.Count() == 1)
{
var morph = morphs.First();
var formid = morph.formId;
var forms = m_cache.LanguageProject.LexDbOA.AllAllomorphs.Where(a => a.Hvo.ToString() == formid);
var form = forms.First();
var morphtype = form.MorphTypeRA;
if (morphtype.IsBoundType)
{
if (wordGrammarTrace != null)
{
wordGrammarTrace.Success = false; // this is not really true; what other options are there?
}
continue;
}
}
WritePcPatrLexiconFile(m_patrlexPath, morphs);
m_patr.LoadLexiconFile(m_patrlexPath, 0);
string sentence = BuildPcPatrInputSentence(morphs);
try
{
if (m_patr.ParseString(sentence) != null)
{
BuildXmlOutput(morphs);
if (wordGrammarTrace != null)
{
wordGrammarTrace.Success = true;
}
}
else if (wordGrammarTrace != null)
{
wordGrammarTrace.Success = false;
}
}
catch (Exception)
{
}
}
if (m_fDotrace)
{
Write(trace, prettyPrint, printTraceInputs);
ConvertWordGrammarTraceToXml(wordGrammarTraces);
}
}
catch (MorphException exc)
{
Write(exc);
}
}