public List <string> Suggest(string word)
{
lock (lockObj)
{
requireValidHandle();
List <string> suggestions = new List <string>();
if (!isValidInput(word))
{
return(suggestions);
}
IntPtr voikkoSuggestCstr = Libvoikko.voikkoSuggestCstr(handle, ByteArray.s2n(word));
if (voikkoSuggestCstr == IntPtr.Zero)
{
return(suggestions);
}
unsafe
{
for (byte **cStr = (byte **)voikkoSuggestCstr; *cStr != (byte *)0; cStr++)
{
suggestions.Add(ByteArray.n2s(new IntPtr(*cStr)));
}
}
Libvoikko.voikkoFreeCstrArray(voikkoSuggestCstr);
return(suggestions);
}
}
public Voikko(String language, String path)
{
IntPtr error = new IntPtr();
handle = Libvoikko.voikkoInit(ref error, ByteArray.s2n(language), ByteArray.s2ansi(path));
if (handle == IntPtr.Zero && error != IntPtr.Zero)
{
throw new VoikkoException(ByteArray.n2s(error));
}
}
public string GetHyphenationPattern(string word)
{
lock (lockObj)
{
requireValidHandle();
if (!isValidInput(word))
{
// return string of spaces
return(new string(' ', word.Length));
}
IntPtr cPattern = Libvoikko.voikkoHyphenateCstr(handle, ByteArray.s2n(word));
string pattern = ByteArray.n2s(cPattern);
Libvoikko.voikkoFreeCstr(cPattern);
return(pattern);
}
}
public static List <VoikkoDictionary> listDicts(string path)
{
List <VoikkoDictionary> dicts = new List <VoikkoDictionary>();
IntPtr cDicts = Libvoikko.voikko_list_dicts(ByteArray.s2ansi(path));
unsafe
{
for (void **cDict = (void **)cDicts; *cDict != (void *)0; cDict++)
{
dicts.Add(new VoikkoDictionary(ByteArray.n2s(Libvoikko.voikko_dict_language(new IntPtr(*cDict))),
ByteArray.n2s(Libvoikko.voikko_dict_variant(new IntPtr(*cDict))),
ByteArray.n2s(Libvoikko.voikko_dict_description(new IntPtr(*cDict)))));
}
}
Libvoikko.voikko_free_dicts(cDicts);
return(dicts);
}
public List <Analysis> Analyze(string word)
{
lock (lockObj)
{
requireValidHandle();
List <Analysis> analysisList = new List <Analysis>();
if (!isValidInput(word))
{
return(analysisList);
}
IntPtr cAnalysisList = Libvoikko.voikkoAnalyzeWordCstr(handle, ByteArray.s2n(word));
if (cAnalysisList == IntPtr.Zero)
{
return(analysisList);
}
unsafe
{
for (void **cAnalysis = (void **)cAnalysisList; *cAnalysis != (void *)0; cAnalysis++)
{
IntPtr cKeys = Libvoikko.voikko_mor_analysis_keys(new IntPtr(*cAnalysis));
Analysis analysis = new Analysis();
for (byte **cKey = (byte **)cKeys; *cKey != (byte *)0; cKey++)
{
string key = ByteArray.n2s(new IntPtr(*cKey));
IntPtr val = Libvoikko.voikko_mor_analysis_value_cstr(new IntPtr(*cAnalysis), ByteArray.s2n(key));
analysis[key] = ByteArray.n2s(val);
Libvoikko.voikko_free_mor_analysis_value_cstr(val);
}
analysisList.Add(analysis);
}
}
Libvoikko.voikko_free_mor_analysis(cAnalysisList);
return(analysisList);
}
}
private GrammarError getGrammarError(IntPtr cError, int offset, string language)
{
int errorCode = Libvoikko.voikkoGetGrammarErrorCode(cError);
IntPtr startPos = Libvoikko.voikkoGetGrammarErrorStartPos(cError);
IntPtr errorLength = Libvoikko.voikkoGetGrammarErrorLength(cError);
IntPtr cSuggestions = Libvoikko.voikkoGetGrammarErrorSuggestions(cError);
List <string> suggestions = new List <string>();
if (cSuggestions != IntPtr.Zero)
{
unsafe
{
for (byte **cStr = (byte **)cSuggestions; *cStr != (byte *)0; cStr++)
{
suggestions.Add(ByteArray.n2s(new IntPtr(*cStr)));
}
}
}
IntPtr cShortDescription = Libvoikko.voikkoGetGrammarErrorShortDescription(cError, ByteArray.s2n(language));
string shortDescription = ByteArray.n2s(cShortDescription);
Libvoikko.voikkoFreeErrorMessageCstr(cShortDescription);
return(new GrammarError(errorCode, offset + (int)startPos, (int)errorLength, suggestions, shortDescription));
}
