IDeATe

Outcome

Move up Delete Move down

Outcome

The webhook will communicate with the Partice Cloud, and publish an event on the other persons account.
By pressing the button from one circuit, the motor of the other circuir will activate.

Move up Delete Move down

Process

We had to request a token in cmd. Once we had that we shared it with each other so we could add it to the integrations' advanced settings
Once that worked successfully, we wrote the code and publish it in particle.

Move up Delete Move down

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Move up Delete Move down

Reflection

Make sure that we are subscribing to right event

Move up Delete Move down

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Move up Delete Move down

int solPin = D2;

bool shouldActivate = false;


void handleActivateMotor( const char *event, const char *data)
{
  for( int i = 0; i < 5; i++ )
  {
    digitalWrite(solPin, HIGH);
    delay( 100 ) ;
    digitalWrite(solPin, LOW);
    delay( 100 );
  }
}

void setup()
{
  pinMode(solPin, OUTPUT);
  Particle.subscribe( "blinkLED", handleActivateMotor );
}

void loop()
{


}

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Move up Delete Move down

// We will be using D2 to control our LED
int ledPin = D2;

// Our button wired to D0
int buttonPin = D3;

void setup()
{

  // For input, we define the
  // pushbutton as an input-pullup
  // this uses an internal pullup resistor
  // to manage consistent reads from the device

  pinMode( buttonPin , INPUT_PULLUP); // sets pin as input

  // We also want to use the LED

  pinMode( ledPin , OUTPUT ); // sets pin as output
	
	// blink the LED when the setup is complete
	blinkLED( 3, ledPin );

}

void loop()
{
   // find out if the button is pushed
   // or not by reading from it.
   int buttonState = digitalRead( buttonPin );

  // remember that we have wired the pushbutton to
  // ground and are using a pulldown resistor
  // that means, when the button is pushed,
  // we will get a LOW signal
  // when the button is not pushed we'll get a HIGH

  // let's use that to set our LED on or off

  if( buttonState == LOW )
  {
    // turn the LED On
    digitalWrite( ledPin, HIGH);
     Particle.publish( "doPairedPublish" );
  }else{
    // otherwise
    // turn the LED Off
    digitalWrite( ledPin, LOW);

  }
	delay( 1000 );

}

void blinkLED( int times, int pin ){
    
    for( int i = 0; i < times ; i++ ){
        digitalWrite( pin, HIGH );
        delay( 500 );
        digitalWrite( pin, LOW );
        delay( 500 );
    }
    
}

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Outcome

Outcome

The webhook will communicate with the Partice Cloud, and publish an event on the other persons account.
By pressing the button from one circuit, the motor of the other circuir will activate.

Process

We had to request a token in cmd. Once we had that we shared it with each other so we could add it to the integrations' advanced settings
Once that worked successfully, we wrote the code and publish it in particle.

Attribution

Reflection

Make sure that we are subscribing to right event

Attribution

Attribution

Attribution

Outcome

Outcome

The webhook will communicate with the Partice Cloud, and publish an event on the other persons account.By pressing the button from one circuit, the motor of the other circuir will activate.

Process

We had to request a token in cmd. Once we had that we shared it with each other so we could add it to the integrations' advanced settingsOnce that worked successfully, we wrote the code and publish it in particle.

Attribution

Reflection

Make sure that we are subscribing to right event

Attribution

Attribution

Attribution

The webhook will communicate with the Partice Cloud, and publish an event on the other persons account.
By pressing the button from one circuit, the motor of the other circuir will activate.

We had to request a token in cmd. Once we had that we shared it with each other so we could add it to the integrations' advanced settings
Once that worked successfully, we wrote the code and publish it in particle.