const buffer = E.toArrayBuffer(atob(jsonData.d));
const binary = new Uint8Array(buffer);

const weather = json2.weather;
let offset = 0;

weather.temp = binary[offset++] + 150;
weather.hi = binary[offset++] + 150;
weather.lo = binary[offset++] + 150;
weather.hum = binary[offset++];
weather.rain = binary[offset++];
weather.uv = binary[offset++] / 10;
weather.code = binary[offset++] + (binary[offset++] << 8);
const res1 = decodeString(binary, offset++);
offset += res1[0];
weather.txt = res1[1];
weather.wind = (binary[offset++] + (binary[offset++] << 8)) / 100;
weather.wdir = binary[offset++] + (binary[offset++] << 8);
weather.wrose = windDirection(weather.wdir);
const res2 = decodeString(binary, offset++);
offset += res2[0];
weather.loc = res2[1];
weather.dew = binary[offset++] + 150;
weather.pres = (binary[offset++] + (binary[offset++] << 8)) / 10;
weather.cloud = binary[offset++];
weather.visib = (binary[offset++] + (binary[offset++] << 8) + (binary[offset++] << 16) + (binary[offset++] << 24)) / 10;
weather.sunrise = binary[offset++] + (binary[offset++] << 8) + (binary[offset++] << 16) + (binary[offset++] << 24);
weather.sunset = binary[offset++] + (binary[offset++] << 8) + (binary[offset++] << 16) + (binary[offset++] << 24);
weather.moonrise = binary[offset++] + (binary[offset++] << 8) + (binary[offset++] << 16) + (binary[offset++] << 24);
weather.moonset = binary[offset++] + (binary[offset++] << 8) + (binary[offset++] << 16) + (binary[offset++] << 24);
weather.moonphase = binary[offset++] + (binary[offset++] << 8);
weather.feel = binary[offset++] + 150;

weather.hourfcast = [];
weather.dayfcast = [];
if (offset < binary.length && parseForecast) {
  // We have forecast data
  const hoursAmount = binary[offset++];
  if (hoursAmount > 0) {
    const timestampBase = (binary[offset++] + (binary[offset++] << 8) + (binary[offset++] << 16) + (binary[offset++] << 24));

    for (let i = 0; i < hoursAmount; i++) {
      weather.hourfcast[i] = {};
      weather.hourfcast[i].time =
        timestampBase + (binary[offset++] / 10) * 3600;
      weather.hourfcast[i].temp = binary[offset++] + 150;
      weather.hourfcast[i].code = binary[offset++] + (binary[offset++] << 8);
      weather.hourfcast[i].wind =
        (binary[offset++] + (binary[offset++] << 8)) / 100;
      weather.hourfcast[i].wdir = binary[offset++] + (binary[offset++] << 8);
      weather.hourfcast[i].wrose = windDirection(weather.hourfcast[i].wdir);
      weather.hourfcast[i].rain = binary[offset++];
    }
  }

  const daysAmount = binary[offset++];
  for (let i = 0; i < daysAmount; i++) {
    weather.dayfcast[i] = {};
    weather.dayfcast[i].hi = binary[offset++] + 150;
    weather.dayfcast[i].lo = binary[offset++] + 150;
    weather.dayfcast[i].code = binary[offset++] + (binary[offset++] << 8);
    weather.dayfcast[i].wind =
      (binary[offset++] + (binary[offset++] << 8)) / 100;
    weather.dayfcast[i].wdir = binary[offset++] + (binary[offset++] << 8);
    weather.dayfcast[i].wrose = windDirection(weather.dayfcast[i].wdir);
    weather.dayfcast[i].rain = binary[offset++];
  }
}

return json2;