Hive.sh
/home/hivetool/hive.sh is a bash script called by cron every 5 minutes that:
- gets the hostname and date/time,
- reads sensor calibration from config.conf (ver 0.5)
- reads the hive sensors,
- downloads the weather data in xml format from Weather Underground,
- appends the data to a text file,
- inserts a row in the local database,
- uploads an xml file to the hivetool database.
/home/hivetool/hivetool.log is over written with messages each time hive.sh is run.
#!/bin/bash
# ##############################################################################
# hive.sh ver 0.8.4
#
# Reads sensors, logs them and sends the data to hivetool.net
#
# May use:
# hive.conf Configuration file
# bme680.py Read temperature, humidity, pressure, gas resistance from Bosh BME680
# cpw200plus.sh Read weight from Adam Equipment CPW200plus scale
# dht22.sh Read temperature and humidity from DHT22 (from Grove Seeed_DHT22) DOEN"T WORK IN 0.8)
# dht22_adafruit.sh Read temperature and humidity from DHT22 (Replaces Grove Seeed_DHT22)
# dhtxx.sh Read temperature and humidity from DHTxx
# ds18b20.sh Read temperature from DS18B20
# hx711.sh Read weight from HX711 board (c/wiringPi)
# hx711py.sh Read weight from HX711 board (python/pigpio)
# hx711b.sh Read voltage from HX711 board (c/wiringPi)
# hx711pyB.sh Read voltage from HX711 board (python/pigpio)
# phidget.sh Read weight from Phidgets Bridge board
# temperhum.sh Read temperature and humidity from TEMPerHUM model 2
# mysql.sh Log data to local MySQL database
# sqlite.sh Log data to local SQLite database
# tsl2561.sh Read lux from TSL2561
# tsl2591.sh Read lux from TSL2561
# raingauge.conf Read rain gauge
# xml.sh Writes the data in XML format to upload to hivetool.org
#
# ##############################################################################
REDIRECT=1 # comment this line to turn off redirecting stdout and stderr to hivetool.log
VERBOSE=1 # set to 1 for more info
export LC_NUMERIC="en_US.UTF-8"
#
# Get the date and time
#
export DATE=`date +"%Y-%m-%d %H:%M:%S"`
#
# Redirect stdout and stderr to logfile. Useful to check for errors when run with no console (cron).
#
if [ "$REDIRECT" -gt "0" ]
then
rm /home/hivetool/hivetool.log # delete the last log
exec >>/home/hivetool/hivetool.log 2>&1 # redirect stdout and stderr to logfile
fi
#
# delete the last server response if it exits
#
if [ -f "/tmp/hive_command.xml" ]
then
rm /tmp/hive_command.xml
fi
#
# Read the configuration file and set the shell variables
#
echo
echo "Starting /home/hivetool/hive.sh at $DATE"
echo "Reading /home/hivetool/hive.conf configuration file."
IFS="=" # set the Internal Field Separator to equal sign
while read name value; do # split each line on the IFS (=) into 2 variables: name and value
value=${value#\"} # remove leading "
value=${value%\"} # remove trailing "
export $name="$value" # export the variables to make them available to child processes
done <"/home/hivetool/hive.conf" # read each line from the config file
IFS=" " # set the IFS back to space or reading TEMPerHUM will fail
[ ! -z HIVE_NAME ] && HIVE1_NAME="TEST1"
echo
echo "Hive Name: $HIVE_NAME"
if [ "$SYSTEM_STATUS" == "DISABLED" ]
then
echo "Hivetool is DISABLED. Doing nothing."
echo ""
exit 1
fi
#
# test for PI GPIO daemon running
#
echo "Checking if pigpiod is running"
PIGPIOD_PID=`/bin/pidof pigpiod`
if [ $? -eq 0 ]
then
echo "Running. Process ID (pid): $PIGPIOD_PID"
else
echo "pigpiod is NOT running. Trying to start it."
/usr/bin/pigpiod
echo "pigpiod exit code: $?"
fi
#
# Turn on pull up resistor on GPIO 7 for 1-Wire
/usr/local/bin/gpio mode 7 up
#
# test for Maintenance Hold (hive manipulation)
#
QUALITY=`cat /dev/shm/quality`
if [[ $QUALITY -eq 4 ]]
then
echo "*** MAINTENANCE MODE **"
fi
echo
echo
echo "Reading Sensors"
echo " Variable Scaled Driver GPIO/device/params/ID Slope Intercept Raw"
#
# Read scale
#
case "$HIVE_WEIGHT_SENSOR" in
CPW200plus)
RAW_HIVE_WEIGHT=$(/home/hivetool/cpw200plus.sh $HIVE_WEIGHT_DEV)
set -- junk $HIVE_WEIGHT
shift
RAW_HIVE_WEIGHT=$2
;;
HX711)
RAW_HIVE_WEIGHT=$(/home/hivetool/hx711.sh)
;;
HX711py)
RAW_HIVE_WEIGHT=$(/home/hivetool/hx711py.sh)
;;
Phidget)
RAW_HIVE_WEIGHT=$(/home/hivetool/phidget.sh)
;;
none)
RAW_HIVE_WEIGHT="NULL" # Set hive weight to NULL if scale type is set to "none"
# echo "No scale selected HIVE_WEIGHT_SENSOR: $HIVE_WEIGHT_SENSOR"
;;
*)
RAW_HIVE_WEIGHT="NULL" # Set hive weight to NULL if scale type is not set or set wrong
echo "No scale selected or unknown HIVE_WEIGHT_SENSOR: $HIVE_WEIGHT_SENSOR" # and display warning
;;
esac
if [ $RAW_HIVE_WEIGHT != "NULL" ]
then
HIVE_WEIGHT=`echo "scale=3; (($RAW_HIVE_WEIGHT*$HIVE_WEIGHT_SLOPE)+$HIVE_WEIGHT_INTERCEPT)/1" | bc`
printf "%-16s %12.3f %12s %24s %12.9f %8.3f %12.2f\n" "Hive Weight" "$HIVE_WEIGHT" "$HIVE_WEIGHT_SENSOR" "$HIVE_WEIGHT_DEV" "$HIVE_WEIGHT_SLOPE" "$HIVE_WEIGHT_INTERCEPT" "$RAW_HIVE_WEIGHT"
else
HIVE_WEIGHT="NULL"
HIVE_WEIGHT_F="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Hive Weight" "$HIVE_WEIGHT" "$HIVE_WEIGHT_SENSOR" "$HIVE_WEIGHT_DEV" "$HIVE_WEIGHT_SLOPE" "$HIVE_WEIGHT_INTERCEPT" "$RAW_HIVE_WEIGHT"
fi
#
# Read temp and humidity inside hive
#
case "$HIVE_TEMP_SENSOR" in
TEMPerHUM)
TEMPerHUM=$(/home/hivetool/temperhum.sh -d $HIVE_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_HIVE_TEMP=$1
RAW_HIVE_HUMIDITY=$2
if [ -z "$RAW_HIVE_TEMP" ]
then
RAW_HIVE_TEMP="NULL"
RAW_HIVE_HUMIDITY="NULL"
fi
;;
BME680)
;;
DHT11)
TEMPerHUM=$(/home/hivetool/dht11_adafruit.sh -d $HIVE_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_HIVE_TEMP=$1
RAW_HIVE_HUMIDITY=$2
sleep 4 # fixes a weirdness with bad readings when reading 2 DHT22's in a row. (not necessary it the second temp/rh sensor is not a DHT22
;;
DHT22)
# TEMPerHUM=$(/home/hivetool/dht22.sh -d $HIVE_TEMP_DEV)
TEMPerHUM=$(/home/hivetool/dht22_adafruit.sh -d $HIVE_TEMP_DEV)
# TEMPerHUM=$(nice --20 /usr/local/bin/Seeed_DHT22 $HIVE_TEMP_DEV S)
set -- junk $TEMPerHUM
shift
RAW_HIVE_TEMP=$1
RAW_HIVE_HUMIDITY=$2
sleep 4 # fixes a weirdness with bad readings when reading 2 DHT22's in a row. (not necessary it the second temp/rh sensor is not a DHT22
;;
DHTxx)
TEMPerHUM=$(/home/hivetool/dhtxx.sh -d $HIVE_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_HIVE_TEMP=$1
RAW_HIVE_HUMIDITY=$2
;;
DS18B20)
TEMPerHUM=$(/home/hivetool/ds18b20.sh -d $HIVE_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_HIVE_TEMP=$1
;;
*)
RAW_HIVE_TEMP="NULL"
RAW_HIVE_HUMIDITY="NULL"
;;
esac
if [ "$RAW_HIVE_TEMP" != "NULL" ]
then
HIVE_TEMP=`echo "scale=2; (($RAW_HIVE_TEMP*$HIVE_TEMP_SLOPE)+$HIVE_TEMP_INTERCEPT)/1" | bc`
HIVE_TEMP_F=`echo "scale=2; ((($HIVE_TEMP*9)/5)+32)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Hive Temp" "$HIVE_TEMP" "$HIVE_TEMP_SENSOR" "$HIVE_TEMP_DEV" "$HIVE_TEMP_SLOPE" "$HIVE_TEMP_INTERCEPT" "$RAW_HIVE_TEMP"
else
HIVE_TEMP="NULL"
HIVE_TEMP_F="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Hive Temp" "$HIVE_TEMP" "$HIVE_TEMP_SENSOR" "$HIVE_TEMP_DEV" "$HIVE_TEMP_SLOPE" "$HIVE_TEMP_INTERCEPT" "$RAW_HIVE_TEMP"
fi
if [ $RAW_HIVE_HUMIDITY != "NULL" ]
then
HIVE_HUMIDITY=`echo "scale=2; (($RAW_HIVE_HUMIDITY*$HIVE_HUMIDITY_SLOPE)+$HIVE_HUMIDITY_INTERCEPT)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Hive Humidity" "$HIVE_HUMIDITY" "$HIVE_HUMIDITY_SENSOR" "$HIVE_HUMIDITY_DEV" "$HIVE_HUMIDITY_SLOPE" "$HIVE_HUMIDITY_INTERCEPT" "$RAW_HIVE_HUMIDITY"
else
HIVE_HUMIDITY="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Hive Humidity" "$HIVE_HUMIDITY" "$HIVE_HUMIDITY_SENSOR" "$HIVE_HUMIDITY_DEV" "$HIVE_HUMIDITY_SLOPE" "$HIVE_HUMIDITY_INTERCEPT" "$RAW_HIVE_HUMIDITY"
fi
#
# Read outside temp and humidity
#
case "$AMBIENT_TEMP_SENSOR" in
TEMPerHUM)
TEMPerHUM=$(/home/hivetool/temperhum.sh -d $AMBIENT_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_AMBIENT_TEMP=$1
RAW_AMBIENT_HUMIDITY=$2
if [ -z "$RAW_AMBIENT_TEMP" ]
then
RAW_AMBIENT_TEMP="NULL"
RAW_AMBIENT_HUMIDITY="NULL"
fi
;;
BME680)
;;
DHT11)
TEMPerHUM=$(/home/hivetool/dht11_adafruit.sh -d $HIVE_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_HIVE_TEMP=$1
RAW_HIVE_HUMIDITY=$2
sleep 4 # fixes a weirdness with bad readings when reading 2 DHT22's in a row. (not necessary it the second temp/rh sensor is not a DHT22
;;
DHT22)
# TEMPerHUM=$(/home/hivetool/dht22.sh -d $AMBIENT_TEMP_DEV)
TEMPerHUM=$(/home/hivetool/dht22_adafruit.sh -d $AMBIENT_TEMP_DEV)
# TEMPerHUM=$(nice --20 /usr/local/bin/Seeed_DHT22 $AMBIENT_TEMP_DEV S)
set -- junk $TEMPerHUM
shift
RAW_AMBIENT_TEMP=$1
RAW_AMBIENT_HUMIDITY=$2
;;
DHTxx)
TEMPerHUM=$(/home/hivetool/dhtxx.sh -d $AMBIENT_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_AMBIENT_TEMP=$1
RAW_AMBIENT_HUMIDITY=$2
;;
DS18B20)
TEMPerHUM=$(/home/hivetool/ds18b20.sh -d $AMBIENT_TEMP_DEV)
set -- junk $TEMPerHUM
shift
RAW_AMBIENT_TEMP=$1
RAW_AMBIENT_HUMIDITY="NULL"
;;
*)
RAW_AMBIENT_TEMP="NULL"
RAW_AMBIENT_HUMIDITY="NULL"
;;
esac
if [ "$RAW_AMBIENT_TEMP" != "NULL" ]
then
AMBIENT_TEMP=`echo "scale=2; (($RAW_AMBIENT_TEMP*$AMBIENT_TEMP_SLOPE)+$AMBIENT_TEMP_INTERCEPT)/1" | bc`
AMBIENT_TEMP_F=`echo "scale=2; ((($AMBIENT_TEMP*9)/5)+32)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Ambient Temp" "$AMBIENT_TEMP" "$AMBIENT_TEMP_SENSOR" "$AMBIENT_TEMP_DEV" "$AMBIENT_TEMP_SLOPE" "$AMBIENT_TEMP_INTERCEPT" "$RAW_AMBIENT_TEMP"
else
AMBIENT_TEMP="NULL"
AMBIENT_TEMP_F="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Ambient Temp" "$AMBIENT_TEMP" "$AMBIENT_TEMP_SENSOR" "$AMBIENT_TEMP_DEV" "$AMBIENT_TEMP_SLOPE" "$AMBIENT_TEMP_INTERCEPT" "$RAW_AMBIENT_TEMP"
fi
if [ "$RAW_AMBIENT_HUMIDITY" != "NULL" ]
then
AMBIENT_HUMIDITY=`echo "scale=2; (($RAW_AMBIENT_HUMIDITY*$AMBIENT_HUMIDITY_SLOPE)+$AMBIENT_HUMIDITY_INTERCEPT)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Ambient Humidity" "$AMBIENT_HUMIDITY" "$AMBIENT_HUMIDITY_SENSOR" "$AMBIENT_HUMIDITY_DEV" "$AMBIENT_HUMIDITY_SLOPE" "$AMBIENT_HUMIDITY_INTERCEPT" "$RAW_AMBIENT_HUMIDITY"
else
AMBIENT_HUMIDITY="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Ambient Humidity" "$AMBIENT_HUMIDITY" "$AMBIENT_HUMIDITY_SENSOR" "$AMBIENT_HUMIDITY_DEV" "$AMBIENT_HUMIDITY_SLOPE" "$AMBIENT_HUMIDITY_INTERCEPT" "$RAW_AMBIENT_HUMIDITY"
fi
#
# Read outside light
#
case "$AMBIENT_LIGHT_SENSOR" in
TSL2561)
LIGHT=$(/home/hivetool/2561.sh)
set -- junk $LIGHT
shift
RAW_AMBIENT_LIGHT=$1
if [ -z "$RAW_AMBIENT_LIGHT" ]
then
RAW_AMBIENT_LIGHT="NULL"
fi
;;
TSL2591)
LIGHT=$(/home/hivetool/2591.sh)
set -- junk $LIGHT
shift
RAW_AMBIENT_LIGHT=$1
if [ -z "$RAW_AMBIENT_LIGHT" ]
then
RAW_AMBIENT_LIGHT="NULL"
fi
;;
*)
RAW_AMBIENT_LIGHT="NULL"
;;
esac
if [ "$RAW_AMBIENT_LIGHT" != "NULL" ]
then
AMBIENT_LIGHT=`echo "scale=2; (($RAW_AMBIENT_LIGHT*$AMBIENT_LIGHT_SLOPE)+$AMBIENT_LIGHT_INTERCEPT)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Ambient Light" "$AMBIENT_LIGHT" "$AMBIENT_LIGHT_SENSOR" "$AMBIENT_LIGHT_DEV" "$AMBIENT_LIGHT_SLOPE" "$AMBIENT_LIGHT_INTERCEPT" "$RAW_AMBIENT_LIGHT"
else
AMBIENT_LIGHT="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Ambient Light" "$AMBIENT_LIGHT" "$AMBIENT_LIGHT_SENSOR" "$AMBIENT_LIGHT_DEV" "$AMBIENT_LIGHT_SLOPE" "$AMBIENT_LIGHT_INTERCEPT" "$RAW_AMBIENT_LIGHT"
fi
#
# Read rain gauge
#
case "$AMBIENT_RAIN_SENSOR" in
yes)
RAW_AMBIENT_RAIN=`cat /home/hivetool/rain_total.conf`
if [ -z "$RAW_AMBIENT_RAIN" ]
then
RAW_AMBIENT_RAIN="NULL"
fi
;;
*)
RAW_AMBIENT_RAIN="NULL"
;;
esac
if [ "$RAW_AMBIENT_RAIN" != "NULL" ]
then
AMBIENT_RAIN=`echo "scale=2; (($RAW_AMBIENT_RAIN*$AMBIENT_RAIN_SLOPE)+$AMBIENT_RAIN_INTERCEPT)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Ambient Rain" "$AMBIENT_RAIN" "$AMBIENT_RAIN_SENSOR" "$AMBIENT_RAIN_DEV" "$AMBIENT_RAIN_SLOPE" "$AMBIENT_RAIN_INTERCEPT" "$RAW_AMBIENT_RAIN"
else
AMBIENT_RAIN="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Rain" "$RAW_AMBIENT_RAIN" "$AMBIENT_RAIN_SENSOR" "$AMBIENT_RAIN_DEV" "$AMBIENT_RAIN_SLOPE" "$AMBIENT_RAIN_INTERCEPT" "$AMBIENT_RAIN"
fi
#
# Read the Battery Voltage
#
case "$BATTERY_VOLTAGE_SENSOR" in
HX711b)
VOLTAGE=$(/home/hivetool/hx711b.sh)
set -- junk $VOLTAGE
shift
RAW_BATTERY_VOLTAGE=$1
if [ -z "$RAW_BATTERY_VOLTAGE" ]
then
RAW_BATTERY_VOLTAGE="NULL"
fi
;;
HX711pyB)
VOLTAGE=$(/home/hivetool/hx711pyB.sh)
set -- junk $VOLTAGE
shift
RAW_BATTERY_VOLTAGE=$1
if [ -z "$RAW_BATTERY_VOLTAGE" ]
then
RAW_BATTERY_VOLTAGE="NULL"
fi
;;
*)
RAW_BATTERY_VOLTAGE="NULL"
;;
esac
if [ "$RAW_BATTERY_VOLTAGE" != "NULL" ]
then
BATTERY_VOLTAGE=`echo "scale=2; (($RAW_BATTERY_VOLTAGE*$BATTERY_VOLTAGE_SLOPE)+$BATTERY_VOLTAGE_INTERCEPT)/1" | bc`
printf "%-16s %12.2f %12s %24s %12.9f %8.3f %12.2f\n" "Battery Voltage" "$BATTERY_VOLTAGE" "$BATTERY_VOLTAGE_SENSOR" "$BATTERY_VOLTAGE_DEV" "$BATTERY_VOLTAGE_SLOPE" "$BATTERY_VOLTAGE_INTERCEPT" "$RAW_BATTERY_VOLTAGE"
else
BATTERY_VOLTAGE="NULL"
printf "%-16s %12s %12s %24s %12.9f %8.3f %12s\n" "Battery Voltage" "$BATTERY_VOLTAGE" "$BATTERY_VOLTAGE_SENSOR" "$BATTERY_VOLTAGE_DEV" "$BATTERY_VOLTAGE_SLOPE" "$BATTERY_VOLTAGE_INTERCEPT" "$RAW_BATTERY_VOLTAGE"
fi
if [ -n "$WX_STATION_ID" ]
then
#
# Get the weather from a local wx station via weatherunderground
#
echo
echo "Downloading data from WeatherUnderground weather station $WX_STATION_ID to /tmp/wx.xml. cURL reports:"
echo
curl --retry 5 http://api.wunderground.com/weatherstation/WXCurrentObXML.asp?ID=$WX_STATION_ID > /tmp/wx.xml
WX_DOWNLOAD_EXIT_CODE=$?
if [ $WX_DOWNLOAD_EXIT_CODE -eq 0 ]
then
echo
echo "Parsing weather data from /tmp/wx.xml"
WX_TEMP_F=`grep temp_f /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_TEMP_C=`grep temp_c /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_RELATIVE_HUMIDITY=`grep relative_humidity /tmp/wx.xml | grep -o "[0-9]*"`
WX_WIND_DIR=`grep wind_dir /tmp/wx.xml | grep -o "[A-Z]*"`
WX_WIND_DEGREES=`grep wind_degrees /tmp/wx.xml | grep -o "[0-9]*"`
WX_WIND_MPH=`grep wind_mph /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_WIND_GUST_MPH=`grep wind_gust_mph /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_PRESSURE_MB=`grep pressure_mb /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_DEWPOINT_F=`grep dewpoint_f /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_DEWPOINT_C=`grep dewpoint_c /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_PRECIP_1HR_IN=`grep precip_1hr_in /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
WX_PRECIP_TODAY_IN=`grep precip_today_in /tmp/wx.xml | grep -o "[0-9]*\.[0-9]*"`
fi
fi # end if [ -n "$WX_STATION_ID" ]
if [ -z "$WX_TEMP_F" ]; then WX_TEMP_F="NULL"; fi
if [ -z "$WX_TEMP_C" ]; then WX_TEMP_C="NULL"; fi
if [ -z "$WX_RELATIVE_HUMIDITY" ]; then WX_RELATIVE_HUMIDITY="NULL"; fi
if [ -z "$WX_WIND_DIR" ]; then WX_WIND_DIR="NULL"; fi
if [ -z "$WX_WIND_DEGREES" ]; then WX_WIND_DEGREES="NULL"; fi
if [ -z "$WX_WIND_MPH" ]; then WX_WIND_MPH="NULL"; fi
if [ -z "$WX_WIND_GUST_MPH" ]; then WX_WIND_GUST_MPH="NULL"; fi
if [ -z "$WX_PRESSURE_MB" ]; then WX_PRESSURE_MB="NULL"; fi
if [ -z "$WX_DEWPOINT_F" ]; then WX_DEWPOINT_F="NULL"; fi
if [ -z "$WX_DEWPOINT_C" ]; then WX_DEWPOINT_C="NULL"; fi
if [ -z "$WX_PRECIP_1HR_IN" ]; then WX_PRECIP_1HR_IN="NULL"; fi
if [ -z "$WX_PRECIP_TODAY_IN" ]; then WX_PRECIP_TODAY_IN="NULL"; fi
if [[ $VERBOSE -gt 0 ]]
then
# This is what gets logged.
echo "WS Station ID " $WX_STATION_ID
echo "WS Temperature " $WX_TEMP_F
echo "WS Wind Direction " $WX_WIND_DIR
echo "WS Wind Degrees " $WX_WIND_DEGREES
echo "WS Wind Speed " $WX_WIND_MPH
echo "WS Wind Gust " $WX_WIND_GUST_MPH
echo "WS Dewpoint F " $WX_DEWPOINT_F
echo "WS Dewpoint C " $WX_DEWPOINT_C
echo "WS Humidity " $WX_RELATIVE_HUMIDITY
echo "WS Pressure " $WX_PRESSURE_MB
echo "WS Precip Today " $WX_PRECIP_TODAY_IN
fi
#
# Append everything to a local flat text log file
#
echo
echo "Logging to /home/hivetool/$HIVE_NAME.log"
echo "$DATE,$HIVE_WEIGHT,$HIVE_TEMP,$HIVE_HUMIDITY,$AMBIENT_TEMP,$AMBIENT_HUMIDITY,$AMBIENT_LIGHT,$AMBIENT_RAIN,$WX_TEMP_F,$WX_WIND_DIR,$WX_WIND_DEGREES,$WX_WIND_MPH,$WX_WIND_GUST_MPH,$WX_DEWPOINT_F,$WX_DEWPOINT_C,$WX_RELATIVE_HUMIDITY,$WX_PRESSURE_MB,$WX_PRECIP_TODAY_IN"
echo -ne "\n"$DATE,$HIVE_WEIGHT,$HIVE_TEMP,$HIVE_HUMIDITY,$AMBIENT_TEMP,$AMBIENT_HUMIDITY,$AMBIENT_LIGHT,$AMBIENT_RAIN,$WX_TEMP_F,$WX_WIND_DIR,$WX_WIND_DEGREES,$WX_WIND_MPH,$WX_WIND_GUST_MPH,$WX_DEWPOINT_F,$WX_DEWPOINT_C,$WX_RELATIVE_HUMIDITY,$WX_PRESSURE_MB,$WX_PRECIP_TODAY_IN>> /home/hivetool/$HIVE_NAME.log
#
# Insert it into a local SQL database
#
if [ "$DATABASE_LOCAL" = "YES" ]
then
echo
echo "Inserting row in table HIVE_DATA in sqlite database /home/hivetool/hivetool_raw.db"
#source /home/hivetool/sql.sh
source /home/hivetool/sqlite.sh
else
echo
echo "WARNING: Logging to local database disabled."
fi
#
# Create hive1 xml data file
#
echo
echo "Writing /tmp/hive.xml"
echo "<hive_data>" > /tmp/hive.xml
source /home/hivetool/xml.sh >> /tmp/hive.xml
if [[ -n "$WX_STATION_ID" && "$WX_DOWNLOAD_EXIT_CODE" -eq 0 ]] ; then cat /tmp/wx.xml|grep -v "xml" >> /tmp/hive.xml; fi
echo "</hive_data>" >> /tmp/hive.xml
#
# Send hive1 data to hivetool
#
# ### REMOVE ###
# HIVETOOL_UPLOAD="YES"
if [ "$HIVETOOL_UPLOAD" = "YES" ]
then
echo "Uploading /tmp/hive.xml to HiveTool.org. cURL reports:"
echo
#/usr/bin/curl --retry 3 -k -u $HIVETOOL_USER:$HIVETOOL_PASSWORD -X POST --data-binary @/tmp/hive.xml https://hivetool.org/private/log_hive9.pl -H 'Accept: application/xml' -H 'Content-Type: application/xml' 1>/tmp/hive_command.xml
HTTP_STATUS=$(/usr/bin/curl --write-out "%{http_code}\n" --output /tmp/hive_command.xml --retry 3 -f -k -u $HIVETOOL_USER:$HIVETOOL_PASSWORD -X POST --data-binary @/tmp/hive.xml https://hivetool.org/private/log_hive9.pl -H 'Accept: application/xml' -H 'Content-Type: application/xml')
EXIT_CODE=$?
#
# Test for login failure and suspend uploads to avoid blacklist
#
#
# ### REMOVE EXIT_CODE=0 when working ###
# setting EXIT_CODE to zero skips the next section of code that isn't working right.
#
EXIT_CODE=0
if [ $EXIT_CODE -ne 0 ]
then
echo
echo "ERROR: curl upload failed. Exit code: $EXIT_CODE Server return code= $HTTP_STATUS"
if [ $HTTP_STATUS -eq 401 ]
then
echo "Bad user/password. Uploads suspended."
sed -i -e 's/HIVETOOL_UPLOAD=YES/HIVETOOL_UPLOAD=NO/' /home/hivetool/hive.conf
fi
if [ $HTTP_STATUS -eq 404 ]
then
echo "Bad URL. Uploads suspended."
sed -i -e 's/HIVETOOL_UPLOAD=YES/HIVETOOL_UPLOAD=NO/' /home/hivetool/hive.conf
fi
fi
echo
echo "The server responed:"
cat /tmp/hive_command.xml
#
# run a remote command
#
echo
echo "Checking for hive command"
/home/hivetool/hive_command.pl
else
echo
echo "WARNING: Data uploads are disabled."
fi
#
# End of hive.sh
DATE=`date +"%Y-%m-%d %H:%M:%S"`
echo "Finished /home/hivetool/hive.sh at $DATE"
