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sclass BakedBot {
  VirtualMechLists lists = new SimpleMechLists;
  Class bot;
  int goodTests, badTests;
  static S defaultSnippetID = #1017706;
  S snippetID = defaultSnippetID;
  
  *(VirtualMechLists *lists) { _init(); }
  *() { _init(); }
  
  void _init {
    bot = hotwireDependentSharingClasses(snippetID, VirtualMechLists);
    setOpt(bot, mechLibID := null);
    setOpt(bot, makeAndroid3_disable := true);
    //lists.verbose = true;
    setLists(lists);
    runMain(bot);
  }
  
  S answer(S s) {
    ret unnull(callAnswerMethod(bot, s));
  }
  
  S answer_verbose(S s) {
    ret print("< ", answer(print("> ", s)));
  }
  
  S check(S input, S expectedOutput) {
    ret assertEqualsVerbose_match(unnull(expectedOutput), answer(print("> ", input)));
  }
  
  bool pcheck(S input, S expectedOutput) {
    pcall-short { check(input, expectedOutput); ++goodTests; true; }
    ++badTests; false;
  }
  
  bool pcheckOrPrintLog(S input, S expectedOutput) {
    if (pcheck(input, expectedOutput)) true;
    ret false with printLines((LS) getOpt(getBot('TelegramFactsBot), 'checkingLog));
  }
  
  void setList(S name, S text) {
    lists.setText(name, text);
  }
  
  S getList(S name) {
    ret lists.mL_raw(name);
  }
  
  void setAuthorized(bool b) {
    setOpt(bot, authorized := b);
  }
  
  S answerAuthed(S s) {
    final bool authedOld = isTrue(getOpt(bot, 'authorized));
    setAuthorized(true);
    tempAfterwards(r { setAuthorized(authedOld); });
    ret answer(s);
  }
  
  void setLists(VirtualMechLists lists) {
    this.lists = lists;
    setAll(callOpt(bot, 'mechMode), readMode := lists, writeMode := lists);
  }
  
  O getBot(S shortClassName) {
    ret firstWithShortClassName((L) get(bot, 'bots), shortClassName);
  }
  
  void cleanMeUp {
    cleanUp(bot);
    bot = null;
  }
  
  O factsBot() {
    ret getBot('TelegramFactsBot);
  }
  
  void addFact(S fact) {
    if (!contains(lines(lists.mL_raw("Random facts")), fact))
      lists.append("Random facts", fact);
  }
  
  void printTestStats {
    print("\nGood tests: " + goodTests + ", bad tests: " + badTests + "\n");
  }
  
  void imagineMode() {
    set(factsBot(), imagineMode := true);
  }
  
  Collection<S> imaginedFacts() {
    ret (Collection<S>) get(factsBot(), 'imaginedFacts);
  }
  
  void useIterate(bool useIterate) {
    set(factsBot(), +useIterate);
  }
  
  void useDiskCache(bool useDiskCache) {
    setOpt(bot, transpileRaw_useDiskCache := useDiskCache);
  }
  
  void debug(bool debug) {
    set(factsBot(), +debug);
  }
  
  void setRules(S rules) {
    if (lists cast SimpleMechLists)
      lists.setText("NL Logic Examples", rules);
  }
}