/**
   * Parses a sentence, using the parser. The private ArrayList of currentParses is filled with the
   * ParsedSentences.
   */
  private Sentence parseSentence(String sentence) {
    if (sentence == null) return null;

    Sentence sent = null;
    if (sentence.length() < DEFAULT_MAX_SENTENCE_LENGTH) {
      sent = parser.parse(sentence);
    } else {
      System.err.println("Sentence too long, len=" + sentence.length() + " : " + sentence);
      sent = new Sentence();
    }
    return sent;
  }
  private void init() {
    if (_is_inited) return;
    _is_inited = true;

    // At this time, we only have algs for English.
    // So, don't waste CPU time on algs if its not English.
    if (null != _lang && "en" != _lang) do_apply_algs = false;

    parser = _use_sock ? new RemoteLGParser() : new LocalLGParser();
    if (null != _lang) parser.setLanguage(_lang);
    if (null != _dict_path) parser.setDictPath(_dict_path);
    parser.getConfig().setStoreConstituentString(true);
    parser.getConfig().setStoreSense(true);

    // XXX TODO: this is loading the English Language morphy;
    // we need to load a generic language handler.
    Morphy morphy =
        MorphyFactory.getImplementation(MorphyFactory.DEFAULT_SINGLE_THREAD_IMPLEMENTATION);
    context = new RelexContext(parser, morphy);

    sentenceAlgorithmApplier = new SentenceAlgorithmApplier();

    setMaxParses(DEFAULT_MAX_PARSES);
    setMaxParseSeconds(DEFAULT_MAX_PARSE_SECONDS);
    setMaxCost(DEFAULT_MAX_PARSE_COST);

    // Hobbs-algo stuff.
    phraseMarkup = new PhraseMarkup();
    antecedents = new Antecedents();
    hobbs = new Hobbs(antecedents);

    doco = new Document();

    stats = new ParseStats();
    sumtime = new TreeMap<String, Long>();
    cnttime = new TreeMap<String, Long>();
  }
 public void setMaxParseSeconds(int maxParseSeconds) {
   if (!_is_inited) init();
   parser.getConfig().setMaxParseSeconds(maxParseSeconds);
 }
 public void setAllowSkippedWords(boolean allow) {
   if (!_is_inited) init();
   parser.getConfig().setAllowSkippedWords(allow);
 }
 public void setMaxCost(int maxCost) {
   if (!_is_inited) init();
   parser.getConfig().setMaxCost(maxCost);
 }
 /**
  * Set the max number of parses that are computed. Default: 1000; default is set in
  * link-grammar/jni-client.c
  *
  * <p>Sets the max number of linkages (parses) that are computed by link-grammar. This should be
  * set to a value that is significantly larger than the expected number of parses for a sentence.
  * Setting this below 1000 is strongly discourged, you won't get what you want. Use setMaxParses()
  * above to control the number of parses displayed.
  *
  * <p>Caution: Setting this number too low will result in a **random** subset of possible linakges
  * to be explored. This random subset might not include the best (highest-scoring) linkages, which
  * is probably not what you want. This method is here really so as to increase the number of
  * linakges about 1000 (for the ANY language).
  */
 public void setMaxLinkages(int maxLinkages) {
   if (!_is_inited) init();
   parser.setMaxLinkages(maxLinkages);
 }
 /**
  * Set the max number of parses. This will NOT reduce processing time; up to 1000 parses are still
  * computed, but only this many are returned. To reduce processing time, use setMaxLinkages below.
  */
 public void setMaxParses(int maxParses) {
   if (!_is_inited) init();
   parser.getConfig().setMaxLinkages(maxParses);
 }
 public String getVersion() {
   if (!_is_inited) init();
   return parser.getVersion() + "\t" + Version.getVersion();
 }