Ли генератор работать на Arduino файлы?

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Я скачал это Генератор Кода Класса C++ [^] а также python, чтобы запустить его. Я думать Я ввел правильную командную строку, но получаю ошибку "недопустимый синтаксис".

ТИА

Код Arduino:

/*
    Basic timer converted to polymorphic/inherited form.
    Utilizes virtual function to effect timer reset.

    reference Arduino.cc thread http://forum.arduino.cc/index.php?topic=567010.new#new
*/

// debounce disabled for users without the library
//#include <Bounce2.h>

#define BUTTON_PIN 6   // to enable the timer DIO6
#define RESET_PIN 8    // to reset a timer DIO8
#define externalLED1 7 //  +5--/\/\/-->|--DIO7

byte LED_PIN = 13;    // on board LED

// Instantiate a Bounce object
//Bounce debouncer = Bounce();

// create a class called 'PLCtimer'

class PLCtimer {
    /*
       This is the base class - All types:
       > produce a positive-going one-scan pulse 'os' upon reaching
       preset value.
       > respond to a reset command by setting accumulated value to
       zero and resetting done and tt.
       > set the done bit upon reaching preset.
    */

  public:
    unsigned long _Accumulator = 0;
    bool _Reset: 1;
    bool _Enable: 1;
    bool _Done: 1;
    bool _OSRise: 1;
    bool _Control: 1;

  private:
    unsigned long _Preset;
    unsigned long _CurrentMillis;
    unsigned long _LastMillis = 0;
    bool _TimerRunning: 1;
    bool _OSFall: 1;
    bool _OSRSetup: 1;
    bool _OSFSetup: 1;


  public:
    // constructor - permits setting of variables upon instantiation
    // Timers are instantiated with enable false by default

    @PLCtimer::PLCtimer(unsigned long pre, boolean en = 0)
    {
      _Preset = pre;
      negativePresetWarning(pre); // preset validation
    }; // end constructor
    /*
       User-added error handler from pert @ Arduino.cc, post #13
       thread http://forum.arduino.cc/index.php?topic=559655.new#new
       Timers may not have a negative preset value.
    */
    void negativeError( void ) __attribute__((error("Negative PLCtimer preset! Check instantiations!")));
    void negativePresetWarning(unsigned long number) {
      if (number < 0) {
        negativeError();
      }
    }
    /*
      ===== Access functions for timer status/controls
    */
    // Allows to start/stop a timer
    void setEN(bool en) {
      _Enable = en;
    }
    // Allows to reset a timer
    void setres(bool res) {
      _Reset = res;
    }
    // Returns enable state of timer
    byte getEN() {
      return _Enable;
    }
    // Returns reset state of timer
    bool getres() {
      return _Reset;
    }
    // Returns done status of timer
    bool getDn() {
      return _Done;
    }
    // Returns timer timing state of timer
    bool getTt() {
      return _TimerRunning;
    }
    // Returns timer timing state of timer
    bool getIntv() {
      return _TimerRunning;
    }
    // Returns state of timer done rising one-shot
    bool getOSRise() {
      return _OSRise;
    }
    // Returns state of timer done falling one-shot
    bool getOSFall() {
      return _OSFall;
    }
  private:
    /*
       Virtual timer Reset function
       Reset conditions to be determined by descendants
    */
    virtual bool Reset();

  public:

    //    Function to operate timers created under PLCtimer
    //    ----------------------------------------
    //    Update timer accumulated value & condition
    //    flags 'tt' (timer timing) and 'dn' (done) based
    //    on timer type.
    //    Function returns boolean status of done, 'dn'
    //    ===========================

    boolean update() {
      _CurrentMillis = millis(); // Get system clock ticks
      if (_Enable or _Control) { // timer is enabled to run
        _Accumulator = _Accumulator + _CurrentMillis - _LastMillis;
        if (_Accumulator >= _Preset) { // timer done?
          _Accumulator = _Preset; // Don't let accumulator run away
          _Done = true;
        }
      }
      _LastMillis = _CurrentMillis;

      // 9/25/18 - Modified the virtual function Reset() to return
      // a boolean.  The derived classes now only return a yes/no
      // to the base class to handle resetting of done and clearing
      // of accumulator.
      // This saves 50+ bytes versus resetting in the derived classes.

      if ( Reset()) { // Find out if reset needed based on derived class' criteria.
        _Done = false;
        _Accumulator = 0;
      }
     
      /*
        ----- Generate a positive going one-shot pulse on timer done f-t transition
      */
      _OSRise = (_Done and _OSRSetup);
      _OSRSetup = !_Done;
      /*
        ----- and another positive going one-shot pulse on timer done t-f transition
      */
      _OSFall = (!_Done and _OSFSetup);
      _OSFSetup = _Done;
      /*
        ----- condition the timer timing status
      */
      if ((_Enable or _Control) and !_Done and !_Reset) {
        _TimerRunning = true;
      }
      else _TimerRunning = false;
      return _Done;
    }; // end of base class update Timer operation

} ; // end of class PLCtimer

void setup() {
}

void loop() {
 
} //end of loop

Что я уже пробовал:

Вместо снимка экрана вот командная строка, которую я использую.

>>> python make_cpp_class.py PLCtimer c:\documents\arduino\PLCtimer_python\PLCtimer_python.ino

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