GetData(){
  if(wifi =="yes"){
    // wake up wifi
  }
 
 // Define where the data will come from (FAA DIGITAL ATIS) ...
 // This is what the raw JSON data looks like from the datis API ...
 
//  [{"airport":"KMSP","type":"arr","code":"J","datis":"MSP ARR INFO J 1253Z. 01009KT 10SM SCT140 BKN180 BKN250 01/M04 A2981
//  (TWO NINER EIGHT ONE) RMK AO2 SLP100 T00111044. VISUAL RWY 30L APCH IN USE, VISUAL RWY 30R APCH IN USE. NOTICE TO AIRMEN.
//  RWYS 4, 22 CLSD. CTN, BIRDS NEAR MSP. READ BACK HS AND ALT. ALL ACFT TAXI WITH TRANSPONDER AND ALTITUDE ENCODING ON.
//  ...ADVS YOU HAVE INFO J."},{"airport":"KMSP","type":"dep","code":"Y","datis":"MSP DEP INFO Y 1253Z. 01009KT 10SM SCT140
//  BKN180 BKN250 01/M04 A2981 (TWO NINER EIGHT ONE) RMK AO2 SLP100 T00111044. DEPARTING RWY 30L, RWY 30R. NOTICE TO AIRMEN.
//  RWYS 4, 22 CLSD. ALL ACFT CTC GND METERING ON ONE THREE THREE POINT FIVE SEVEN WHEN READY TO PUSHBACK OR TAXI. CTN,
//  BIRDS NEAR MSP. READ BACK HS AND ALT. ALL ACFT TAXI WITH TRANSPONDER AND ALTITUDE ENCODING ON. ...ADVS YOU HAVE INFO Y."}]
 
 
      String serverPath = "https://datis.clowd.io/api/KMSP";
      http.begin(serverPath.c_str());

      // Send HTTP GET request

      int httpResponseCode = http.GET();
     
      if(httpResponseCode>0){
        Serial.print("HTTP Response code: ");
        Serial.println(httpResponseCode);
        String payload = http.getString();
      //Serial.println(payload);

 // Clear buffer space for the Json document ...
 DynamicJsonDocument doc(2048);

// Length (with one extra character for the null terminator)
int str_len = payload.length() + 1;

// Prepare the character array (the buffer)
char json[str_len];

// Copy it over
payload.toCharArray(json, str_len);

  // Deserialize the JSON document
  DeserializationError error = deserializeJson(doc, json);

  // Test if parsing succeeds.
  if(error){
    Serial.print(F("deserializeJson() failed: "));
    Serial.println(error.f_str());
    return;
  }

// The Json array will have two parts, arriving and departing.
// Read each part and assign to a text string.

// Arrival Runway(s)
String arrive = doc[0]["datis"];
Serial.println(arrive);

// Departure Runway(s)
String depart = doc[1]["datis"];
Serial.println(depart);

// Runway definitions for MSP
// Zero them out ... they will stay zero unless they are found in the ATIS
R4A=0;
R4D=0;
R22A=0;
R22D=0;
R12RA=0;
R12LA=0;
R12RD=0;
R12LD=0;
R17A=0;
R17D=0;
R35A=0;
R35D=0;
R30LA=0;
R30RA=0;
R30LD=0;
R30RD=0;
// This is the status LED
runstat=4;

//  The end of each runway has six LEDs lighting either arriving or departing ...
//  These numbers are the LED (address) numbers on the LED Strip,
//  The address of the first LED to light on that runway.
//R4A=11;
//R4D=37;
//R22A=42;
//R22D=16;
//R12RA=125;
//R12RD=100;
//R12LA=60;
//R12LD=79;
//R17A=133;
//R17D=152;
//R35A=158;
//R35D=138;
//R30LA=95;
//R30LD=120;
//R30RA=84;
//R30RD=65;


//  When the JSON data is decoded and arrival and departure are separated, the two strings will now look like this ...
//
//  String arrive = doc[0]["datis"];
//  ==========================================================================================================================================  
//  MSP ARR INFO J 1253Z. 01009KT 10SM SCT140 BKN180 BKN250 01/M04 A2981 (TWO NINER EIGHT ONE) RMK AO2 SLP100 T00111044.
//  VISUAL RWY 30L APCH IN USE, VISUAL RWY 30R APCH IN USE. NOTICE TO AIRMEN. RWYS 4, 22 CLSD. CTN, BIRDS NEAR MSP.
//  READ BACK HS AND ALT. ALL ACFT TAXI WITH TRANSPONDER AND ALTITUDE ENCODING ON. ...ADVS YOU HAVE INFO J.
//
//  String depart = doc[1]["datis"];
//  ==========================================================================================================================================
//  MSP DEP INFO Y 1253Z. 01009KT 10SM SCT140 BKN180 BKN250 01/M04 A2981 (TWO NINER EIGHT ONE) RMK AO2 SLP100 T00111044.
//  DEPARTING RWY 30L, RWY 30R. NOTICE TO AIRMEN. RWYS 4, 22 CLSD. ALL ACFT CTC GND METERING ON ONE THREE THREE POINT FIVE
//  SEVEN WHEN READY TO PUSHBACK OR TAXI. CTN, BIRDS NEAR MSP. READ BACK HS AND ALT. ALL ACFT TAXI WITH TRANSPONDER AND ALTITUDE ENCODING ON.
//  ...ADVS YOU HAVE INFO Y.


// ========= DETERMINE DEPARTURE RUNWAYS ========================
//

int dstart = depart.indexOf("DEPARTING");
int dstop = depart.indexOf(".", dstart);
String drunway = depart.substring(dstart, dstop);
// Serial.println(drunway);

if(drunway.indexOf("4") > 0){
R4D=37;
}

if(drunway.indexOf("22") > 0){
R22D=16;
}

if(drunway.indexOf("12R") > 0){
R12RD=100;
}

if(drunway.indexOf("12L") > 0){
R12LD=79;
}

if(drunway.indexOf("17") > 0){
R17D=152;
}

if(drunway.indexOf("35") > 0){
R35D=138;
}

if(drunway.indexOf("30R") > 0){
R30RD=65;
}

if(drunway.indexOf("30L") > 0){
R30LD=120;
}


// ========= DETERMINE ARRIVAL RUNWAYS ========================
//

int astart = 0;
int newLine = 0;
String arunway = "";

while(arrive.indexOf("APCH", astart) > 0){
newLine = arrive.indexOf("APCH", astart);
astart = newLine + 1;
arunway = arrive.substring(newLine - 5, newLine - 1);

if(arunway.indexOf("4") > 0){
R4A=11;
}

if(arunway.indexOf("22") > 0){
R22A=42;
}

if(arunway.indexOf("12R") > 0){
R12RA=125;
}

if(arunway.indexOf("12L") > 0){
R12LA=60;
}

if(arunway.indexOf("17") > 0){
R17A=133;
}

if(arunway.indexOf("35") > 0){
R35A=158;
}

if(arunway.indexOf("30R") > 0){
R30RA=84;
}

if(arunway.indexOf("30L") > 0){
R30LA=95;
}

} // end of the while arrive loop


// If all of them are zero, that means it did not read any data.
// In the void loop it will make the status LED turn red if checking = 0
checking = R4A + R4D + R22A + R22A + R12RA + R12LA + R12RD + R12LD + R17A + R17D + R35A + R35D + R30LA + R30RA + R30LD + R30RD;


// Display definitions for MSP on the serial monitor for testing
// Use if you want to see which ones were found in the ATIS data.
Serial.print("R4A: ");
Serial.println(R4A);
Serial.print("R4D: ");
Serial.println(R4D);
Serial.print("R22A: ");
Serial.println(R22A);
Serial.print("R22D: ");
Serial.println(R22D);
Serial.print("R12LA: ");
Serial.println(R12LA);
Serial.print("R12LD: ");
Serial.println(R12LD);
Serial.print("R12RA: ");
Serial.println(R12RA);
Serial.print("R12RD: ");
Serial.println(R12RD);
Serial.print("R17A: ");
Serial.println(R17A);
Serial.print("R17D: ");
Serial.println(R17D);
Serial.print("R35A: ");
Serial.println(R35A);
Serial.print("R35D: ");
Serial.println(R35D);
Serial.print("R30RA: ");
Serial.println(R30RA);
Serial.print("R30RD: ");
Serial.println(R30RD);
Serial.print("R30LA: ");
Serial.println(R30LA);
Serial.print("R30LD: ");
Serial.println(R30LD);

    } // End of IF HTTP responded code

      else{
        Serial.print("Error code: ");
        Serial.println(httpResponseCode);
      }

      // Free resources
      http.end();
} // End of GetData