#!/usr/bin/python
# -*- coding: latin-1 -*-
 
#-----------------------------------------------------------------------
# Configuration for weather radio.
#
# Copyright (C) 2020 Wolfgang Reissenberger <sterne-jaeger@t-online.de>
#
# This application is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public
# License as published by the Free Software Foundation; either
# version 2 of the License, or (at your option) any later version.
#
# Based upon ideas from indiduinoMETEO (http://indiduino.wordpress.com).
#-----------------------------------------------------------------------
 
 
# INDI server delivering weather data
INDISERVER="localhost"
INDIPORT="7624"
 
# configure INDI devices - separate multiple devices with ","
 
# INDI device name
INDIDEVICE="Weather Radio"
# INDI device connection mode: "Ethernet" or "Serial"
INDIDEVICEMODE="Serial"
# INDI serial device port (only necessary for Serial mode)
INDIDEVICEPORT="/dev/ttyUSB0"
# INDI IP address (only necessary for Ethernet mode)
INDI_IP_ADDRESS="172.28.4.40"
# INDI IP port (only necessary for Ethernet mode)
INDI_IP_PORT="80"
# Geo Coordinates - Latitude (as decimal)
GEO_COORD_LAT="43.916876"
# Geo Coordinates - Longitude (as decimal)
GEO_COORD_LONG="5.716624"
# Geo Coordinates - Elevation (as decimal)
GEO_COORD_ELEV="650.0"
 
# RRD storage holding time series data
RRDFILE="/usr/share/weatherradio/weather.rrd"
 
# RRD storage holding time series for raw sensor data
RRDSENSORSFILE="/usr/share/weatherradio/sensors.rrd"
 
# path to the JSON files holding the data
DATAPATH="/usr/share/weatherradio/html/data"
 
# path to the directory holding web cam images and videos
MEDIADIR="/usr/share/weatherradio/html/media"
 
######### INDI Weather vector and element names
WEATHER="WEATHER_PARAMETERS"
WEATHER_TEMPERATURE="WEATHER_TEMPERATURE"
WEATHER_PRESSURE="WEATHER_PRESSURE"
WEATHER_HUMIDITY="WEATHER_HUMIDITY"
WEATHER_CLOUD_COVER="WEATHER_CLOUD_COVER"
WEATHER_SQM="WEATHER_SQM"
WEATHER_DEWPOINT="WEATHER_DEWPOINT"
WEATHER_SKY_TEMPERATURE="WEATHER_SKY_TEMPERATURE"
WEATHER_WIND_GUST="WEATHER_WIND_GUST"
WEATHER_WIND_SPEED="WEATHER_WIND_SPEED"
WEATHER_WIND_DIRECTION="WEATHER_WIND_DIRECTION"

pdb wr_rrd_update.py

if mode == "Serial":
                # ensure serial mode
                indi.set_and_send_switchvector_by_elementlabel(dev,"CONNECTION_MODE","Serial")
                # set the configured port
                indi.set_and_send_text(dev,"DEVICE_PORT","PORT",devport)
            else:
                indi.set_and_send_switchvector_by_elementlabel(dev,"CONNECTION_MODE","Ethernet")
                indi.set_and_send_text(dev,"DEVICE_ADDRESS","ADDRESS",ipaddress)
                indi.set_and_send_text(dev,"DEVICE_ADDRESS","PORT",ipport)
 
                # connect driver
                connection = indi.set_and_send_switchvector_by_elementlabel(dev,"CONNECTION","Connect")
                # wait for the connection
                time.sleep(7)
                # ensure that all information is up to date
                indi.process_events()
                # check if the connection has been established
                connection = indi.get_vector(dev, "CONNECTION")
                # set location if connection was successful
                if connection._light.is_ok():
                    indi.set_and_send_float(dev,"GEOGRAPHIC_COORD","LAT",float(lat))
                    indi.set_and_send_float(dev,"GEOGRAPHIC_COORD","LONG",float(long))
                    indi.set_and_send_float(dev,"GEOGRAPHIC_COORD","ELEV",float(elev))
 
 
            # update the result states
            result = result and connection._light.is_ok()

#include "DHT.h"
DHT dht(DHTPIN, DHTTYPE);