#include <Wire.h>
#include <Mesh.h>
#include <AquilaProtocol.h>
#include <AquilaServices.h>
#include <AltairTemperature.h>

/*
	Temperature Function example

	Exposes a function for getting the current temperature from
	Altair's integrated temperature sensor.

	For more information on how to use the service from the Hub,
	see: http://docs.aquila2.apiary.io/
 */

float temperature(uint8_t method, char *data, uint8_t dataSize)
{
	float temp = getTempC();
	return temp;
}



/*
        Example_ButtonEvent
        In this example we will use Altair's internal
        button for triggering an event that can be connected
        to other devices via interactions.
*/

// Altair's internal button
        #define BUTTON 33

// Event that will be emited when the button is pressed
        Event buttonPressed;

// Simple button status check routine
        bool buttonLastState = HIGH;
        bool buttonIsPressed()
      {
        bool actualState = digitalRead(BUTTON);

        if(actualState == LOW && buttonLastState == HIGH)
      {
        buttonLastState = LOW;
        return true;
      }
        else if(actualState == HIGH)
      {
        buttonLastState = HIGH;
      }

      return false;
  }



void setup()
{
	Serial.begin(9600);
	Mesh.begin();
	Aquila.begin();
	Services.begin();

	Services.function("temperature", temperature);

	Aquila.setClass("mx.makerlab.tempexample");
	Aquila.setName("PcDeMaNo");

        // Button setup
        pinMode(BUTTON, INPUT);
        // Aquila setup
        //Mesh.begin();
        //Aquila.begin();
        Aquila.setClass("mx.makerlab.button");
        Aquila.setName("PcDeMaNo");
        // Registering event
        buttonPressed = Aquila.addEvent("Button Pressed");
        // Anouncing device

	Mesh.announce(HUB);
}

void loop()
{
	Mesh.loop();
	Aquila.loop();
	Services.loop();

        // Checking button
        if(buttonIsPressed())
        {
        Aquila.emit(buttonPressed);
        }
}