def ntp():
ntptime.host = key_store.get('ntp_host')
print("NTP Server:", ntptime.host)
while utime.time() < 10000: # Retry until clock is set
ntptime.settime()
utime.sleep(1)
print('UTC Time: {}-{:02d}-{:02d} {:02d}:{:02d}:{:02d}'.format(*utime.localtime()))
def ntp():
import ntptime
ntptime.host = key_store.get('ntp_host')
print("NTP Server: ", ntptime.host)
start_ntp = utime.ticks_ms()
while utime.time() < 10000: # Clock is not set with NTP if unixtime is less than 10000
ntptime.settime()
if utime.ticks_diff(utime.ticks_ms(), start_ntp) > 10000: # 10 second timeout
print('NTP Timeout... Resetting Device')
reset()
print(' UTC Time: {}-{:02d}-{:02d} {:02d}:{:02d}:{:02d}'.format(*utime.localtime()))
print()
import key_store
from sys import exit
import AnalogDevices_TMP36
if 'TinyPICO' in uname().machine:
import TinyPICO_RGB as led
led.off()
# Get Unique Machine ID
from client_id import client_id
# Get ADC Pin from key_store.db
if 'esp32' in uname().sysname:
if key_store.get('ADC_PIN') is None:
key_store.set('ADC_PIN', input('Enter ADC Pin Number - '))
ADC_PIN = key_store.get('ADC_PIN')
elif 'esp8266' in uname().sysname:
ADC_PIN = 0 # gpio_pin_number is ignored since there is only one ADC on ESP8266
else:
print('unknown hardware')
exit(1)
# Get InfluxDB server:port:database:measurement from key_store.db
# i.e. influxdb.localdomain:8086:test:garage
if key_store.get('influxdb') is None:
print('Need to add settings to key_store.db...')
key_store.set('influxdb',
input('Enter InfluxDB server:port:database:measurement - '))
server, port, database, measurement = key_store.get('influxdb').split(':')
# Utilize LED if available
#-------------------------
if 'TinyPICO' in uname().machine:
import TinyPICO_RGB as led
led.off()
#----------------------
# Get Unique Machine ID
#----------------------
from client_id import client_id
#----------------------------------------------------------------
# Get InfluxDB server:port:database:measurement from key_store.db
# i.e. influxdb.localdomain:8086:Garage:DHT22
#----------------------------------------------------------------
if key_store.get('influxdb') is None:
print('Need to add settings to key_store.db...')
key_store.set('influxdb',
input('Enter InfluxDB server:port:database:measurement - '))
server, port, database, measurement = key_store.get('influxdb').split(':')
#-------------------------------------
# Get Sleep Interval from key_store.db
#-------------------------------------
if key_store.get('sleep_interval') is None:
key_store.set('sleep_interval',
input('How many seconds between sensor reads - '))
sleep_interval = int(key_store.get('sleep_interval'))
#----------------------------
# Set URL for Database Writes
import key_store
from client_id import client_id
from sys import exit
import Milone_eTape
if 'TinyPICO' in uname().machine:
import TinyPICO_RGB as led
led.off()
# Get Unique Machine ID
from client_id import client_id
# Get ADC Pin from key_store.db
if 'esp32' in uname().sysname:
if key_store.get('ADC_PIN') is None:
key_store.set('ADC_PIN', input('Enter ADC Pin Number - '))
ADC_PIN = key_store.get('ADC_PIN')
elif 'esp8266' in uname().sysname:
ADC_PIN = 0 # gpio_pin_number is ignored since there is only one ADC on ESP8266
else:
print('unknown hardware')
exit(1)
# Get InfluxDB server:port:database:measurement from key_store.db
# i.e. influxdb.localdomain:8086:Garage:DHT22
if key_store.get('influxdb') is None:
print('Need to add settings to key_store.db...')
key_store.set('influxdb', input('Enter InfluxDB server:port:database:measurement - '))
server,port,database,measurement = key_store.get('influxdb').split(':')
import dht
from machine import reset, Pin
from time import sleep
import urequests
import key_store
from client_id import client_id
from sys import exit
# Get Unique Machine ID
from client_id import client_id
print('Client ID:', client_id)
# Get InfluxDB server:port:database:location from key_store.db
# i.e. influxdb.localdomain:8086:garage:DHT22
server, port, database, name = key_store.get('influxdb').split(':')
url = 'http://%s:%s/write?db=%s' % (server, port, database)
print(url)
sleep_interval = 30 # Seconds
# Any GPIO pin should work
sensor = dht.DHT22(Pin(18))
def main():
print('=' * 45)
print()
# Read the Temperature and Humidity
sensor.measure()
from machine import reset, deepsleep
import mqtt
import SparkFun_TMP102 as tmp102
sleep_interval = 20 # Seconds
sleep_type = 'normal' # normal or deep
# Get Unique Client ID
from ubinascii import hexlify
from machine import unique_id
client_id = hexlify(unique_id()).decode(
'utf-8') # String with Unique Client ID
# Get MQTT Broker IP from key_store.db
import key_store
broker = key_store.get('mqtt_broker')
topic = 'devices/' + client_id
def main():
# Read Timestamp and Data
timestamp = utime.time() # Epoch UTC
temperature = round(tmp102.read_temp('F'), 1)
# Send Data to MQTT Broker
mqtt.publish(broker, topic + '/temp/value', str(temperature))
# Log Timestamp and Data locally?
log_local(timestamp, temperature)
t = utime.localtime(timestamp)
timestamp = str(utime.time())
key_store.set(timestamp, str(current_power_status))
last_power_status = current_power_status
# MQTT pings every 2 seconds of current power status
if counter >= 2000: # elapsed milliseconds
# If WiFi is down the following will pause for the duration.
await client.publish('devices/' +
config['client_id'].decode('utf-8') +
'/power/value',
str(current_power_status),
qos=1)
counter = 0
else:
counter += 100 # Since we are waiting 100ms in asyncio.sleep_ms(100)
# Override default mqtt_as.py config variable settings
config['wifi_coro'] = wifi_handler
config['ssid'] = key_store.get('ssid_name')
config['wifi_pw'] = key_store.get('ssid_pass')
config['server'] = key_store.get('mqtt_broker')
MQTTClient.DEBUG = False # Optional: print diagnostic messages
client = MQTTClient(config)
loop = asyncio.get_event_loop()
try:
loop.run_until_complete(main(client))
finally:
client.close() # Prevent LmacRxBlk:1 errors
try:
if color == 'red':
TinyPICO_RGB.solid(255,0,0)
elif color == 'blue':
TinyPICO_RGB.solid(0,0,255)
elif color == 'purple':
TinyPICO_RGB.solid(255,0,255)
else:
TinyPICO_RGB.off()
except:
pass # If TinyPICO_RGB.py is missing do nothing
# Load secrets from local key_store.db
try:
import key_store
ssid_name = key_store.get('ssid_name')
ssid_pass = key_store.get('ssid_pass')
except:
try:
wdt_feed(WDT_CANCEL)
except:
pass
key_store.init()
reset()
# Connect to WiFI
def wlan_connect(ssid, password):
import network
from ubinascii import hexlify
wlan = network.WLAN(network.STA_IF)
if not wlan.active() or not wlan.isconnected():
import key_store
from iot_api import iot_api
from client_id import client_id
import AnalogDevices_TMP36 as tmp36
from sys import exit
from uos import uname
# Get Unique Machine ID
from client_id import client_id
print('Client ID:', client_id)
# Get ADC Pin from key_store.db
if 'esp32' in uname().sysname:
ADC_PIN = key_store.get('ADC_PIN')
if ADC_PIN is None:
key_store.set('ADC_PIN', input('Enter ADC Pin Number - '))
reset()
# Get iot-api server:port from key_store.db
try:
server, port = key_store.get('iot-api').split(':')
except:
server = input('Enter iot-api server:port - ')
key_store.set('iot-api', server)
reset()
if server == 'api.thingspeak.com':
client_id = key_store.get('thingspeak_api_key')
if not client_id:
