tw.log.info('---------------------')
while (1):
tw.log.info('-- top of loop --')
# get sensor reading and timestamp
data_value = bb.read_ain2()
time_stamp = dt.datetime.now().isoformat()
tw.log.info('data_value = ' + str(data_value))
# post to nimbits over gprs
bb.initiate_modem_nimbits(s)
bb.post_nimbits_gprs(data_value, stream_name, s)
first_response = bb.parse_response(s)
bb.write_to_db(time_stamp, data_value, first_response, db_cursor, db_connection)
# turn GPRS off
s.write('AT#GPRS=0\r\n')
time.sleep(5)
response = bb.pause_and_read_serial(s)
if bb.is_string_in_response('OK', response):
tw.log.info('good GPRS off response')
else:
tw.log.warning('bad GPRS off response')
# post to rackspace over HTTP
bb.post_custom_server_http('kitchen', data_value, time_stamp)
# sleep for a few minutes
time.sleep(5*60)
import twiggy as tw
import serial
import sqlite3
import datetime as dt
import beaglebone as bb
# database objects
db_connection = sqlite3.connect('./sawtooth.db')
db_cursor = db_connection.cursor()
# setup twiggy logging
tw.quickSetup(file='sawtooth.log')
tw.log.info('starting post_random.py')
nimbits_stream = "Test_Stream_2"
data_value = 0
# sleep for a minute, send random number to pachube in json format
while 1:
tw.log.info("--- top of loop ---")
time_stamp = dt.datetime.now()
tw.log.info("data value = " + str(data_value))
status_code = bb.post_nimbits_http(nimbits_stream, data_value)
bb.write_to_db(time_stamp, data_value, status_code, db_cursor, db_connection)
data_value += 0.1
time.sleep(60)
