# define buttonPin  7
# define ledPin 8

typedef bool digitalReading;

const unsigned long debounce = 50;
# define PRESST LOW

void setup() {
  Serial.begin(115200);
  Serial.println("\nwell do you?\n");

  pinMode(buttonPin, INPUT_PULLUP);
  pinMode(ledPin, OUTPUT);
}

unsigned long now;
unsigned long timer;

digitalReading previousButtonReading;    // readings are true when button is pressed

void loop()
{
  now = millis();

  bool switchAction = false;

  if (now - timer > debounce) {
// ok, it's been a minute. read the switch  
    digitalReading buttonReading = digitalRead(buttonPin) == PRESST;
// if it's different...
    if (buttonReading != previousButtonReading) {
      Serial.print("I see that button ");
// ...it must have gotten pressed or released since
      if (buttonReading) {
        Serial.println("pressed.");
// flag for action on switch gets pressed
        switchAction = true;
      }
      else Serial.println("released.");

// time stamp and remember for next pass
      previousButtonReading = buttonReading;
      timer = now;
    }
  }


  if (switchAction)
    digitalWrite(ledPin, digitalRead(ledPin) == HIGH ? LOW : HIGH);
}

/*

      Serial.print("buttonReading "); Serial.print(buttonReading);
      Serial.print(" previousButtonReading "); Serial.print(previousButtonReading);
      Serial.println();
    
   

*/

/*

hey...
# define clock 9
  pinMode(clock, OUTPUT);

  



unsigned char lastButtonRead; // #1 - bool, byte false button was not pressed at power up. deal with it
unsigned char currentButtonState;


  
void loop0() {
  
  unsigned char currentButtonRead = digitalRead(buttonPin) == LOW; // #1 - bool, byte low is pressed is true

  if (currentButtonRead != lastButtonRead) { // #2, #3 - bool, bool
    timer = millis(); // #4 - unsigned long
    lastButtonRead = currentButtonRead; // #5 - bool, bool
  }

  if ((millis() - timer) > debounce) {
// yes at loop speed    Serial.println("see these transitions?");

     // #6 - unsigned long, unsigned long, unsigned long
//      Serial.print("currentButtonState "); Serial.print(currentButtonState);
//      Serial.print("lastButtonRead "); Serial.print(lastButtonRead);
//      Serial.println();
    
      if (currentButtonState == PRESST && lastButtonRead != PRESST) { // #7, #8 - bool, bool

      Serial.println(" and ");
// change LED states // #9
      digitalWrite(ledPin, digitalRead(ledPin) == HIGH ? LOW : HIGH);

    }
      currentButtonState = lastButtonRead; // #10 - bool, bool
  }
//    delay(777);
}

unsigned long counter;

void loop1()
{
  now = millis();
  counter++;

//  digitalWrite(clock, (now >> 8) & 0x1 ? LOW : HIGH);  
static unsigned long reportTime;
if (now - reportTime > 10000) {
  reportTime = now;
  Serial.print(now); Serial.print(" ");
  Serial.println(counter);
}


  if (now - timer > debounce) {
// ok, it's been a minute. read the switch  
    bool buttonReading = digitalRead(buttonPin) == LOW;
    if (buttonReading != lastButtonRead) {
      lastButtonRead = buttonReading;
      timer = now;
      Serial.print("I see that button ");
      if (buttonReading == PRESST) {
        Serial.print("pressed.");
        digitalWrite(ledPin, digitalRead(ledPin) == HIGH ? LOW : HIGH);
      }
      else Serial.print("released."); 
    }
  }
}

*/