weather_station_bot.conf.example

[DEFAULT]

# URL of the message queue to contact.
queue = http://localhost:8003/

# Name of the bot.
bot_name = Weatherbot

# Default logging level.
# Valid settings: critical, error, warning, info, debug, notset
loglevel = debug

# Time in seconds between contacting the message queue for commands.
polling_time = 15

# Time in seconds between sending alerts to the message queue.
# Setting this value to 0 disables realtime alerting.
time_between_alerts = 3600

# The number of standard deviations of any set of data points we care about.
standard_deviations = 1

# The minimum and maximum lengths of the sample sets that we use to calculate
# standard deviations.
minimum_length = 10
maximum_length = 25

# Imperial or metric?  Default: metric
units = imperial

# Here is where the individual sensors connected to the computer are
# configured.  Every weather station can have different devices connected to
# it doing different things.  The defaults in this file reflect what I have
# on my particular weather station.

# A basic anemometer that uses a set of reed switches and a magnetic set of
# cups to count rotations.
# module: anemometer.py
anemometer = True

# A BME280 multi-sensor communicating with I2C.
# module: bme280_sensor.py
bme280 = True

# A basic rain gauge that uses a reed switch count the number of times the
# collection basin tips.
# module: rainfall_gauge.py
raingauge = True

# A weathervane that uses a series of reed switches to detect the direction
# the wind is blowing.
# module: weathervane.py
weathervane = True

# If this value is set to a full path to a file, it will be used as a regular
# dump for collected values to the file system.
#write_file = /tmp/hourly_weather_report.txt

# If this value is set to an integer, it is the number of seconds in between
# writes to write_file.
#write_file_seconds = 3600