// ************************************************************************************************
//
// Documentation for this, and the rest of the LC libraies that make this up.
// Here's the book : https://github.com/leftCoast/LC_libraryDocs/blob/main/LC_libraries.pdf
// Search for : mechButton
//
// ************************************************************************************************

// In this example we'll setup a callback for a mechButton.

#include <mechButton.h>

#define BTN_PIN	2     // Pin we'll hook the button to. The other side hooks to ground.
#define RED_PIN	13    // Usual pin number for built in LED.

mechButton aButton(BTN_PIN);  // Set button one to pin BTN_PIN.

// Your standard sketch setup()
void setup() {
   
  Serial.begin(115200);              // Fire up our serial monitor thing.
  pinMode(RED_PIN,OUTPUT);           // Set up the LED pin for output.
  digitalWrite(RED_PIN,true);        // Set true because it ain't pushed yet.
  aButton.setCallback(myCallback);   // Set up our callback. (Also calls hookup() for idling.)
}


// This is the guy that's called when the button changes state.
void myCallback(void) {

  bool  state;

  state = aButton.getState();
  Serial.print("Button just became ");  // We just saw the button change state.
  if (state) {                          // If the button state is now high.
    Serial.println("true!");            // Tell the user.
  } else {                              // Else it just bacame low. (Grounded, pushed)
    Serial.println("false!");           // Tell user.
  }                                     //
  digitalWrite(RED_PIN,state);          // Set the new state.
}


// Your standard sketch loop()
void loop() { idle();	 }                // Let all the idlers have time to do their thing.