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!7

concept Example {
  S input;
  Triple<S> triple;
  transient Triple<S> guessed;
}

static F1<S, Triple<S>> guesser;
static JLabel lblStatus;
static Map<S, Triple<S>> examples, errors;

p-subst {
  dbIndexing(Example, 'input);
  autoRestart();
  for (S s : keys(gac36k()))
    uniq(Example, input := s);
    
  print("Making CRUD");
  sexyTable_drag = false;
  final SimpleCRUD<Example> crud = new(Example) {
    void saveComponent(Example c, S field, JComponent comp) {
      if (eqOneOf(field, 'triple, 'guessed))
        cset(c, field, unstructureOrNull(getTextTrim(comp)));
      else
        super.saveComponent(c, field, comp);
    }
  };
  crud.renderer = func(Example e) {
    litorderedmap(Input := e.input, Triple := ai_tripleToString(e.triple), Guessed := ai_tripleToString(e.guessed))
  };
  crud.show();
  swing {
    tablePopupMenuItemFirst(crud.table, "Accept", voidfunc(int row) {
      for (Example e : crud.selectedConcepts())
        cset(e, triple := e.guessed);
    });
    
    /*containerAddFirst(crud.buttons, jbutton("Set multi...", r {
      final L<Example> l = crud.selectedConcepts();
      showTextFieldForm("Set multi (" + l(l) + ")", "Verb", first(l).verb_guessed, voidfunc(S s) {
        for (Example e : l) cset(e, verb := s);
      });
    }), jbutton("Show errors", f showErrors));*/
  }
  
  addToFrame(crud.panel, lblStatus = jlabel());
  
  thread { guessLoop(); }
}

static Map<S, Triple<S>> examples() {
  ret mapFromKeyAndValueField([Example e : list(Example) | e.triple != null], 'input, 'triple);
}

svoid guessLoop {
  repeat with sleep 5 {
    int changes = 0;
    new HashMap<S, Triple<S>> guessedMap;
    Window anim = miniLoadingAnim();
    try {
      examples = examples();
      int nTrain = l(examples)/2;
      Map<S, Triple<S>> trainExamples = keysToMap(examples, selectRandom_fast(keysList(examples), nTrain));
      
      guesser = new F1<S, Triple<S>>() {
        Triple<S> get(S s) {
          ret ai_tripelize(unquoteIfNotContainingOtherQuotes(s));
        }
      };

      for (Example e) {
        Triple<S> t = (Triple<S>) pcallF(guesser, e.input);
        changes += cset(e, guessed := t);
        guessedMap.put(e.input, t);
      }
      if (changes > 0) change();
      
      Pair<Double, Map<S, Triple<S>>> p = scoreTripelizer(mapGetter(guessedMap), examples);
      double score = p.a;
      errors = p.b;
      
      setText(lblStatus, n(examples, "example") + ", trained with " + l(trainExamples) + ", score: " + formatDouble(score*100, 1) + "% ("
      + iround((1-score)*l(examples)) + " missing)");
    } finally {
      disposeWindow(anim);
    }
  }
}

svoid showErrors {
  showTable(map(keys(errors), func(S input) {
    litorderedmap(Input := input, Real := ai_tripleToString(examples.get(input)), Guessed := ai_tripleToString(errors.get(input)))
  }), "Errors");
}