#define DEBUG 1

#define prnt Serial1.print
#define prntln Serial1.println
#define LengthOf(x)(sizeof(x)/sizeof(x[0]))
#define LITERAL(...) "" #__VA_ARGS__

/* ------------------------------------------------------- */

template<typename T>
struct Pair { const char* key; T val; };

typedef Pair<int> Pair_int;
Pair_int myInt = {"INT",41};
Pair_int myInts[2] = {
  {"INT1",41},
  {"INT2",42}
};

//Pair<int> myPair = {"PAIR1",42};

/*

typedef Pair<float> floatPair;
floatPair myFloat = {"FLOAT",4.2};

template <typename T> 
struct Pair { 
  size_t x; 
  T *ary; 
};
typedef Pair<int> iArray;
typedef Pair<float> fArray;
*/
/* ------------------------------------------------------- */

enum : int {
  LEN      = 13,
  SOLENOID = 16,  // 12V 3A Power Solenoid
  RUMBLE   = 17,  // 3V Rumble Motor inside gun
  BULBS    = 18,  // Dual 12v bulbs on top of gun
  CLICK    = 19,  // Mini-solenoid inside gun
  I2C_SDA  = 20,  // I2C SDA-pin on Pico (yellow)
  I2C_SCL  = 21,  // I2C SCL-pin on Pico (green)
  BOOT_BTN = 22,  // BOOTSEL button on Pico
  LED      = 25,  // LED_BUILTIN on Pico
  TRIGGER  = 26,  // Gun Trigger
  TILT     = 27,  // Mercury Switch pin
  TEMP     = 28   // DS18S20 Signal pin
};

/*
typedef enum : int { OFF,ON } State;
typedef enum : int { NONE, IN, OUT } Mode;

typedef struct { 
  const char*  key;
  int          val;
} KeyVal;




*/
void setup() {
  Serial1.begin(115200);
  Serial1.println(myInt.val);
  Serial1.println(myInts[1].val);
}


void loop() {
  delay(1); // this speeds up the simulation
}

///////////////////////////////////////////////////////////////////////