def getWifiOption():
wifiList = WiFi.getAllWifi()
result = ""
if wifiList is None:
return None
for i in range(0, len(wifiList)):
result += '<option value="' + wifiList[i].ssid + '">' + wifiList[i].ssid + '</option>'
return result
def main():
print("\n\nStarting - {}".format(machine.reset_cause()))
while True:
try:
# Establish WiFi connection here
interface = WiFi.connect_wifi(Config.wifi_ssid, Config.wifi_pass)
if interface:
print('Connected: ', interface.ifconfig())
# If we've got somewhere to write the data, read the sensors.
# Deliberately do the DHT22 read last to maximise the chance of it having had long enough
# to stabilise (only one read every 2 seconds)
measurements = ''
measurements += DS18B20.read_ds(Config.onewirePin, Config.location)
measurements += DHT.read_dht(Config.dhtPin, Config.location)
if measurements:
print('\nSending to {}\n{}'.format(Config.database,
measurements))
print('HTTP:{0}'.format(
Influx.send(Config.database, measurements)))
else:
print('No sensors read successfully.')
except KeyboardInterrupt:
print("Caught keyboard interrupt")
enter_sleep = False
except Exception as e:
import sys
print("Unexpected error ", e)
sys.print_exception(e)
finally:
if Config.deep_sleep:
print('Zzzz....')
Deepsleep.deep_sleep(Config.sampleTime * 1000)
# This will only be executed if Deepsleep is disabled
print('Dozing....')
time.sleep(Config.sampleTime)
import cc1101_davis
import davis_decode
import utime
import WiFi
import machine
gc.collect()
DEBUG = True
wifi_con = WiFi.NetSet('infra')
wifi_con.readNetworkConfig()
ips = wifi_con.connectInfra(
wifi_con._SSID,
wifi_con._PASS,
wifi_con._TIMEOUT)
if DEBUG:
print("IPCONF: {}".format(ips))
gc.collect()
davis = cc1101_davis.CC1101()
davis.setRegisters()
davis.setFrequency(davis.hopIndex)
decoder = davis_decode.davisDecoder(
wifi_con._INF_DB_WEATHER,
wifi_con._INF_DB_STATUS,
wifi_con._INF_DB_RAW)
gc.collect()
def do_POST(self):
postvars = self.parse_POST()
if WiFi.connectToWifi(postvars['selectedWiFi'][0],postvars['wiFiPassword'][0]):
self.do_GET(req="Connected.html",ssid=postvars['selectedWiFi'][0])
else:
self.do_GET(req="Error.html",ssid=postvars['selectedWiFi'][0])
def slowLoop():
# mqtt.checkMessages()
WiFi.tick()
def init_all_network(self):
WiFi.connect()
import WiFi import Server from Credentials import WiFi_Credentials # Connect to WiFi. wifi = WiFi(WiFi_Credentials.SSID, WiFi_Credentials.PASS) wifi.connect() # Spin up the server and start listening for requests. server = Server() server.start()