binary_payload_decode.txt

# _____  _   _  _____  _____     _____  _____
#|  ___|| \ | |/  __ \|  _  |   |_   _||  _  |
#| |__  |  \| || /  \/| | | |     | |  | | | |
#|  __| | . ` || |    | | | |     | |  | | | |
#| |___ | |\  || \__/\\ \_/ / _  _| |_ \ \_/ /
#\____/ \_| \_/ \____/ \___/ (_) \___/  \___/
#__________________Generated script by enco.io

# takes a binary input sent with arduino
# Binary Payload:
#    epoch_time INT
#    temperature FLOAT
#    humidity FLOAT


# Basic imports
object binary = create("Binary");
object debug = create("Debug");
object datetime = create("DateTime", "yyyy-MM-dd'T'HH:mm:ss");
object weekDay = create("DateTime", "EEE");

# Entrypoint
function run(object data, object tags, string asset) {
	debug.setMode("HEX");
	debug.log("Tags : " + tags);

	object payload = data["BODY"];
	debug.log(payload);
	debug.log("Payload: " + payload.getHexString());

	object date = datetime.now();
	debug.log(datetime.format(date, "CET"));
	debug.log(datetime.format(date, "UTC"));

	binary.setData(payload);
	binary.setByteOrder("LITTLE_ENDIAN");
	int epochTime = binary.getNextInt();
	debug.log("Time : " + epochTime);
	# date.setInteger(epochTime);
	# debug.log(datetime.format(date, "CET"));
	epochTime = epochTime * 1000;
	debug.log("Millis : " + epochTime);
	date.setInteger(epochTime);
	debug.log(datetime.format(date, "CET"));
	string dayOfWeek = weekDay.format(date,"CET");
	debug.log(dayOfWeek);
	if (dayOfWeek == "Sun") {
		debug.log("Have a nice rest")
	} else {
		double temp = binary.getNextFloat();
		debug.log("Tmp : " + temp);
		double humidity = binary.getNextFloat();
		debug.log("Hum: " + humidity);
		string message = "{ \"time_stamp\" : " + epochTime + ", \"air_temp\" : " + temp + ", \"rel_hum\" : " + humidity + " }";
		debug.log("Msg: " + message);
		object dispatchHTTP = create("HTTP", "https://example.com/tph/data", "POST");
		dispatchHTTP.setContentType("application/json");
		dispatchHTTP.setData(message);
		dispatchHTTP.send();
	}
	debug.dump();
}