c++ - Tinkercad による Arduino C++ コードの書き込みでの役に立たないエラー

Question

私のソースの一部が本当に悪いように見える場合は申し訳ありません。これは、Arduino コードと c++ を書く最初の試みです。私は通常、C# のコンフォート ゾーンにとどまります。

Tinkercad 回路でソースを実行しようとすると、次のエラーが発生します。Tinkercad がエラーを吐き出す方法は、学習にとって恐ろしいものです。それが合っているという私の間違いを指摘できる人は誰でも非常に役に立ちます.

エラー

 - 2:23: error: use of enum 'LedActionTypes' without previous
   declaration
 - 4:23: error: use of enum 'SignalTypes' without previous declaration
 - 4:64: error: use of enum 'SignalDirections' without previous declaration
 - 5:23: error: use of enum 'SignalTypes' without previous declaration
 - 5:64: error: use of enum 'SignalDirections' without previous declaration
 - 5:103: error: use of enum 'DigitalSignalValues' without previous declaration
 - 8:16: error: variable or field 'AddAction' declared void
 - 8:16: error: 'LedAction' was not declared in this scope

私のソースコード

/* Enums */
enum SignalTypes
{
    General = 0,
    Analog = 1,
    Digital = 2,
};

enum SignalDirections
{
    Inbound = 0x0,
    Outbound = 0x1,
};

enum DigitalSignalValues
{
    Low = 0x0,
    High = 0x1,
};

enum LedActionTypes
{
    None = 0,
    ChangeBrightness = 1,
};

/* LED Action object */
class LedAction {
    // Functions
    void Constructor(enum LedActionTypes action, int intensity, int delay)
    {
        // Check for valid intensity value
        if (intensity < 0)
            intensity = 0;
        if (intensity > 255)
            intensity = 255;
        Intensity = intensity;

        Finished = false;
        Action = action;

        CompleteOn = millis() + delay;
    }

public:
    // Properties
    boolean Finished;
    enum LedActionTypes Action = None;
    int Intensity = 0;
    unsigned long CompleteOn = 0;


    // Constructor
    LedAction()
    {
        Constructor(Action, Intensity, 0);
    }
    LedAction(enum LedActionTypes action)
    {
        Constructor(action, Intensity, 0);
    }
    LedAction(enum LedActionTypes action, int intensity, int delay)
    {
        Constructor(action, intensity, delay);
    }


    // Methods
    void Loop() {
        if (Finished) { return; }

        unsigned long currentTimeStamp = millis();

        if (CompleteOn >= currentTimeStamp)
        {
            //Process the action
            Finished = true;
        }
    }
};


/* LED object */
class Led {
    // Functions
    void Constructor(enum SignalTypes signalType, byte pbPin, enum SignalDirections signalDirection, int intensity)
    {
        // Check for valid intensity value
        if (intensity < 0)
            intensity = 0;
        if (intensity > 255)
            intensity = 255;
        Intensity = intensity;

        Constructor(SignalType, PBPin, SignalDirection, DigitalSignalValue);
    }
    void Constructor(enum SignalTypes signalType, byte pbPin, enum SignalDirections signalDirection, enum DigitalSignalValues signalValue)
    {
        SignalType = signalType;
        PBPin = pbPin;
        SignalDirection = signalDirection;
        DigitalSignalValue = signalValue;
    }

public:
    // Properties
    byte PBPin;
    int Intensity;
    enum DigitalSignalValues DigitalSignalValue;
    enum SignalTypes SignalType = Analog;
    enum SignalDirections SignalDirection = Outbound;
    LedAction Actions[20]{ LedAction(None) };


    // Constructor
    Led()
    {
        Constructor(SignalType, 0, SignalDirection, 0);
    }
    Led(byte pbPin, enum SignalDirections signalDirection, int intensity)
    {
        Constructor(SignalType, pbPin, signalDirection, intensity);
    }
    Led(byte pbPin, enum SignalDirections signalDirection, enum DigitalSignalValues signalValue)
    {
        Constructor(SignalType, pbPin, signalDirection, signalValue);
    }
    Led(enum SignalTypes signalType, byte pbPin, enum SignalDirections signalDirection, int intensity)
    {
        Constructor(signalType, pbPin, signalDirection, intensity);
    }
    Led(enum SignalTypes signalType, byte pbPin, enum SignalDirections signalDirection, enum DigitalSignalValues signalValue)
    {
        Constructor(signalType, pbPin, signalDirection, signalValue);
    }


    // Methods
    void Setup()
    {
        switch (SignalType)
        {
        case Analog:
            analogWrite(PBPin, Intensity);
            break;
        case Digital:
            digitalWrite(PBPin, Intensity);
            pinMode(PBPin, SignalDirection);
            break;
        }
    }

    void Loop()
    {
        int n;

        // Loop through all actions and find unfinished ones then fire them off
        for ( n=0 ; n<20 ; ++n )
        {
            if (!Actions[n].Finished)
            {
                Actions[n].Loop();
                if (Actions[n].Finished)
                {
                    //Action was just flagged ready to process
                    switch (Actions[n].Action)
                    {
                    case ChangeBrightness:
                        digitalWrite(PBPin, Actions[n].Intensity);
                        break;
                    }

                }
            }
        }
    }

    void AddAction(LedAction action)
    {
        int n;

        // Loop through all actions and find an unfinished one then reuse it
        for (n = 0; n < 20; ++n)
        {
            if (!Actions[n].Finished)
            {
                action.Finished = false;
                Actions[n] = action;
                break;
            }
        }
    }

    void ClearAllActions()
    {
        int n;

        // Loop through all actions and mark all as finished
        for (n = 0; n < 20; ++n)
        {
            if (!Actions[n].Finished)
            {
                Actions[n].Finished = true;
            }
        }
    }
};

Tinkercad Circuits のコードの例は、 https: //www.tinkercad.com/things/gmGeFVKOA3e-adrunio-test/editel にあります。

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