daisy_patch_sm.h

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#pragma once
 
#include "daisy.h"
 
namespace daisy
{
namespace patch_sm
{
    enum
    {
        CV_1 = 0,
        CV_2,
        CV_3,
        CV_4,
        CV_5,
        CV_6,
        CV_7,
        CV_8,
        ADC_9,
        ADC_10,
        ADC_11,
        ADC_12,
        ADC_LAST,
    };
 
    enum
    {
        CV_OUT_BOTH = 0,
        CV_OUT_1,
        CV_OUT_2,
    };
 
 
    class DaisyPatchSM
    {
      public:
        enum class PinBank
        {
            A,
            B,
            C,
            D
        };
 
        DaisyPatchSM() {}
        ~DaisyPatchSM() {}
 
        void Init();
 
        void StartAudio(AudioHandle::AudioCallback cb);
 
        void StartAudio(AudioHandle::InterleavingAudioCallback cb);
 
        void ChangeAudioCallback(AudioHandle::AudioCallback cb);
 
        void ChangeAudioCallback(AudioHandle::InterleavingAudioCallback cb);
 
        void StopAudio();
 
        void SetAudioBlockSize(size_t size);
 
        void SetAudioSampleRate(float sr);
 
        void SetAudioSampleRate(SaiHandle::Config::SampleRate sample_rate);
 
        size_t AudioBlockSize();
 
        float AudioSampleRate();
 
        float AudioCallbackRate();
 
        void StartAdc();
 
        void StopAdc();
 
        void ProcessAnalogControls();
 
        void ProcessDigitalControls();
 
        void ProcessAllControls()
        {
            ProcessAnalogControls();
            ProcessDigitalControls();
        }
 
        float GetAdcValue(int idx);
 
        Pin GetPin(const PinBank bank, const int idx);
 
        void StartDac(DacHandle::DacCallback callback = nullptr);
 
        void StopDac();
 
        void WriteCvOut(const int channel, float voltage);
 
        inline void Delay(uint32_t milliseconds)
        {
            System::Delay(milliseconds);
        }
 
        inline uint32_t GetRandomValue() { return Random::GetValue(); }
 
        inline float GetRandomFloat(float min = 0.f, float max = 1.f)
        {
            return Random::GetFloat(min, max);
        }
 
        void SetLed(bool state);
 
        template <typename... VA>
        static void Print(const char* format, VA... va)
        {
            Log::Print(format, va...);
        }
 
        template <typename... VA>
        static void PrintLine(const char* format, VA... va)
        {
            Log::PrintLine(format, va...);
        }
 
        static void StartLog(bool wait_for_pc = false)
        {
            Log::StartLog(wait_for_pc);
        }
 
        bool ValidateSDRAM();
 
        bool ValidateQSPI(bool quick = true);
 
        System      system;
        SdramHandle sdram;
        QSPIHandle  qspi;
        AudioHandle audio;
        AdcHandle   adc;
        UsbHandle   usb;
        Pcm3060     codec;
        DacHandle   dac;
 
        GPIO          user_led;
        AnalogControl controls[ADC_LAST];
        GateIn        gate_in_1, gate_in_2;
        GPIO          gate_out_1, gate_out_2;
 
 
        constexpr static Pin A1  = Pin(PORTX, 0); 
        constexpr static Pin A2  = Pin(PORTA, 1); 
        constexpr static Pin A3  = Pin(PORTA, 0); 
        constexpr static Pin A4  = Pin(PORTX, 0); 
        constexpr static Pin A5  = Pin(PORTX, 0); 
        constexpr static Pin A6  = Pin(PORTX, 0); 
        constexpr static Pin A7  = Pin(PORTX, 0); 
        constexpr static Pin A8  = Pin(PORTB, 14); 
        constexpr static Pin A9  = Pin(PORTB, 15); 
        constexpr static Pin A10 = Pin(PORTX, 0);  
        constexpr static Pin B1  = Pin(PORTX, 0);  
        constexpr static Pin B2  = Pin(PORTX, 0);  
        constexpr static Pin B3  = Pin(PORTX, 0);  
        constexpr static Pin B4  = Pin(PORTX, 0);  
        constexpr static Pin B5  = Pin(PORTC, 14); 
        constexpr static Pin B6  = Pin(PORTC, 13); 
        constexpr static Pin B7  = Pin(PORTB, 8);  
        constexpr static Pin B8  = Pin(PORTB, 9);  
        constexpr static Pin B9  = Pin(PORTG, 14); 
        constexpr static Pin B10 = Pin(PORTG, 13); 
        constexpr static Pin C1  = Pin(PORTA, 5); 
        constexpr static Pin C2  = Pin(PORTA, 7); 
        constexpr static Pin C3  = Pin(PORTA, 2); 
        constexpr static Pin C4  = Pin(PORTA, 6); 
        constexpr static Pin C5  = Pin(PORTA, 3); 
        constexpr static Pin C6  = Pin(PORTB, 1); 
        constexpr static Pin C7  = Pin(PORTC, 4); 
        constexpr static Pin C8  = Pin(PORTC, 0); 
        constexpr static Pin C9  = Pin(PORTC, 1); 
        constexpr static Pin C10 = Pin(PORTA, 4); 
        constexpr static Pin D1  = Pin(PORTB, 4);  
        constexpr static Pin D2  = Pin(PORTC, 11); 
        constexpr static Pin D3  = Pin(PORTC, 10); 
        constexpr static Pin D4  = Pin(PORTC, 9);  
        constexpr static Pin D5  = Pin(PORTC, 8);  
        constexpr static Pin D6  = Pin(PORTC, 12); 
        constexpr static Pin D7  = Pin(PORTD, 2);  
        constexpr static Pin D8  = Pin(PORTC, 2);  
        constexpr static Pin D9  = Pin(PORTC, 3);  
        constexpr static Pin D10 = Pin(PORTD, 3);  
        class Impl;
 
      private:
        using Log = Logger<LOGGER_INTERNAL>;
 
        float callback_rate_;
 
        Impl* pimpl_;
    };
} // namespace patch_sm
 
} // namespace daisy