MEGR 3171-IOT Project-Group 9- WAKEY WAKEY

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Servo myservo; //This is the command to signify that this is for a servo motor.

int servopin = A0; //This is where the servo sensor is plugged in. Power of servo to argon 3v3 pin and ground of servo to argon GND pin.
int led1 = D7; //This is the onboard LED that we will use to show the process has been completed.
int firstLED = D6; //This is the external LED. Connect from D6 to LED to GND.

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void setup()
{
    pinMode(firstLED, OUTPUT);

Particle.subscribe("wakey_wakey_LED_group_9", wakey_wakey_9, ALL_DEVICES); //subscribed to turn on external LED.

Particle.subscribe("wakey_wakey_button_group_9", wakey_uppy_9, ALL_DEVICES); //This is the code that will pick up 
    //the published event delivered from the other argon/particle device and run the function "wakey_uppy_9".
    
    pinMode(led1, OUTPUT); //Set the onboard LED as an output,
    
    myservo.attach(servopin); //Start the command to run the servo.
    myservo.write(30); //Set servo position to 30 degrees.
}

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void wakey_uppy_9(const char *event, const char *data) //this is the function to run the servo code. This will occur once the argon 
//sences the published event.
{
    digitalWrite(firstLED, LOW);//Turns off external LED signaled to turn on earlier.
    
    digitalWrite(led1, HIGH); //Flash onboard LED three times to signal subsribed event recieved.  HIGH turns it on, LOW turns it off.
    delay (200);
    digitalWrite(led1, LOW);
    
    delay (100); //Delay bewteen LED flashes
    
    digitalWrite(led1, HIGH); //Second Flash
    delay (200);
    digitalWrite(led1, LOW);
    
    delay (100); //Delay bewteen LED flashes
    
    digitalWrite(led1, HIGH); //Third Flash
    delay (200);
    digitalWrite(led1, LOW);
    
    delay (100); //Delay bewteen LED flash and servo running.
    
    myservo.write(50); //Move servo to position 80 degrees
    delay (500); //delay of 500 milliseconds which is 0.5 seconds.
    
    myservo.write(30); //Move servo to position 100 degrees.
    delay (1000);

    digitalWrite(led1, HIGH); //Flash onboard LED to show completion.
    delay (200);
    digitalWrite(led1, LOW);

Particle.publish("wake_wakey_all_done_group_9");//This is the code that will tell
    //the alarm clock argon to turn off LED and stop recording time data.
}

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 void wakey_wakey_9 (const char *event, const char *data) {
     digitalWrite(firstLED, HIGH); // flashes LED to let you know button is live and that alarm has went off
     delay(1000);
     digitalWrite(firstLED, LOW);
     delay(1000);
     digitalWrite(firstLED, HIGH);
     delay(1000);
     }
     
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Servo myservo; //This is the command to signify that this is for a servo motor.

int servopin = A0; //This is where the servo sensor is plugged in. Power of servo to argon 3v3 pin and ground of servo to argon GND pin.
int led1 = D7; //This is the onboard LED that we will use to show the process has been completed.
int firstLED = D6; //This is the external LED. Connect from D6 to LED to GND.

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void setup(){

    pinMode(led1, OUTPUT); //Set the onboard LED as an output.
    pinMode(firstLED, OUTPUT); //Set the external LED pin (D6) as an output.
    
    myservo.attach(servopin); //Start the command to run the servo.
    
Particle.subscribe("wakey_wakey_eggs_and_bakey", good_morning, ALL_DEVICES);//This is the code that will pick up
    //the published event from IFTTT and run the function "good_morning".

Particle.subscribe("wakey_wakey_button_group_9", wakey_uppy_9, ALL_DEVICES); //This is the code that will pick up 
    //the published event delivered from the other argon/particle devices and run the function "wakey_uppy_9".
    
Particle.subscribe("wake_wakey_all_done_group_9", wakey_stoppy_9, ALL_DEVICES); //This is the code that will pick up
    //the published event from the other argon/particle device and run the function "wakey_stoppy_9"
}

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void good_morning(const char *event, const char *data)//This function is to get all the argons to begin communicating with each other.
{
    digitalWrite(firstLED, HIGH);//This LED will turn off when time stops.
    
    Particle.publish("wakey_wakey_LED_group_9"); //Publishes the event to turn on other LED's on group's argon
}

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void wakey_uppy_9(const char *event, const char *data) //this is the function to run the servo code. This will occur once the argon 
//sences the published event.
{
    digitalWrite(led1, HIGH); //Flash onboard LED three times to signal subsribed event recieved. HIGH turns it on, LOW turns it off.
    delay (200);
    digitalWrite(led1, LOW);
    
    delay (100); //Delay bewteen LED flashes
    
    digitalWrite(led1, HIGH); //Second Flash
    delay (200);
    digitalWrite(led1, LOW);
    
    delay (100); //Delay bewteen LED flashes
    
    digitalWrite(led1, HIGH); //Third Flash
    delay (200);
    digitalWrite(led1, LOW);
    
    delay (100); //Delay bewteen LED flash and servo running.
    
    myservo.write(60); //Move servo to position 80 degrees
    delay (500); //delay of 500 milliseconds which is 0.5 seconds.
    
    myservo.write(100); //Move servo to position 100 degrees.
    delay (1000);

    digitalWrite(led1, HIGH); //Flash onboard LED to show completion.
    delay (200);
    digitalWrite(led1, LOW);
}

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void wakey_stoppy_9(const char *event, const char *data)//This is the function to turn off the external LED & stop recording time.
//This will occur once the argon sences the published event.
{
    digitalWrite(firstLED, LOW); //Turns off external LED.
    
Particle.publish("wakey_wakey_data_data_group_9"); //Publishes timer data to google sheets.
}

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