def setBME280FormColours(bme280, *args, **kwargs):
blynk, _log = setFormBlynkLogObjects (blynkObj=kwargs.get('blynkObj', None), loggerObj=kwargs.get('loggerObj', None))
_log.debug("setBME280FormColours : start fx")
blynk.run()
blynk.set_property(1, 'color', drone.getTempColour(_log,int(bme280.temperature*10)))
blynk.set_property(2, 'color', drone.colours['OFFLINE'])
blynk.set_property(3, 'color', drone.getTempColour(_log,int(bme280.humidity)))
blynk.set_property(4, 'color', drone.colours['ONLINE'])
blynk.set_property(5, 'color', drone.colours['ONLINE'])
blynk.set_property(11, 'color', drone.colours['ONLINE'])
def processSensors():
global rowIndex, nutrientMix, sensors
for sensor in sensors:
if sensor is not None:
sensor.read()
try:
drone.pubSensorReadingsToGoolgeCloud(sensors, _log)
drone.pubSensorReadingsToThingSpeak(sensors, _log)
except:
_log.critical("except logging readings to Google")
try:
sensors[0].color = drone.getTempColour(
_log, int(round(float(sensors[0].value) * 10, 0)))
sensors[1].color = drone.getECColour(
_log, round(float(sensors[1].value), 0))
sensors[2].color = drone.getPHColour(
_log, round(float(sensors[2].value) * 10, 0))
_log.debug("sensors[0].value = " + str(sensors[0].value))
_log.debug("sensors[1].value = " + str(sensors[1].value))
_log.debug("sensors[2].value = " + str(sensors[2].value))
_log.debug("sensors[0].colour = " + str(
drone.getTempColour(
_log, int(round(float(sensors[0].value) * 10, 0)))))
_log.debug("sensors[1].colour = " + str(
drone.getECColour(_log, round(float(sensors[1].value), 0))))
_log.debug("sensors[2].colour = " + str(
drone.getPHColour(_log, round(float(sensors[2].value) *
10, 0))))
except:
_log.critical("Working out sensor colour crashed")
_log.critical("sensors[0].value = " + str(sensors[0].value))
_log.critical("sensors[1].value = " + str(sensors[1].value))
_log.critical("sensors[2].value = " + str(sensors[2].value))
_log.critical("sensors[0].colour = " + str(
drone.getTempColour(
_log, int(round(float(sensors[0].value) * 10, 0)))))
_log.critical("sensors[1].colour = " + str(
drone.getECColour(_log, round(float(sensors[1].value), 0))))
_log.critical("sensors[2].colour = " + str(
drone.getPHColour(_log, round(float(sensors[2].value) *
10, 0))))
for sensor in sensors:
if sensor is not None:
sensor.display(blynk)
def processSensors():
for sensor in sensors:
if sensor is not None:
sensor.read()
try:
sensors[0].color = drone.getTempColour(
_log, int(round(float(sensors[0].value) * 10, 0)))
except:
_log.critical("Working out sensor colour crashed")
for sensor in sensors:
if sensor is not None:
sensor.display(blynk)
def processSensors():
for sensor in sensors:
if sensor is not None:
sensor.read()
try:
drone.pubSensorReadingsToGoolgeCloud(sensors, _log)
except:
_log.critical("except logging readings to Google")
try:
sensors[0].color = drone.getTempColour(
_log, int(round(float(sensors[0].value) * 10, 0)))
except:
_log.critical("Working out sensor colour crashed")
for sensor in sensors:
if sensor is not None:
sensor.display(blynk)
sensors = []
if (str(device_sensor_type) == "PH"):
sensors = drone.buildSensors(sensors, _log)
else:
sensors = drone.buildMonitorSensors(sensors, _log)
_log.info("All Monitor Sensors created")
for sensor in sensors:
if sensor is not None:
_log.critical("Going to read the " + sensor.name)
sensor.read()
_log.critical("The " + sensor.name + " is " + str(sensor.value))
_log.critical("The " + sensor.name + " probe calibration is " +
str(sensor.currenCalibration()))
try:
_log.info("Going to call drone.getTempColour")
sensors[0].color = drone.getTempColour(
_log, int(round(float(sensors[0].value) * 10, 0)))
except:
_log.critical("Working out sensor colour crashed")
_log.info("Going to call drone.getTempColour")
payload = ''
payload = drone.buildPayload(sensors, _log, payload)
_log.info("payload for google is = " + payload)
_log.info("Going to call drone.pubToGoolgeCloud")
drone.pubSensorReadingsToGoolgeCloud(sensors, _log)
_log.info("Completed call drone.pubToGoolgeCloud")
for i in range(0, 9):
blynk.virtual_write(98, str(q.stdout.readline()) + '\n')
_log.debug("Just about to get boot timestamp and change system LED")
now = datetime.now()
blynk.virtual_write(99, now.strftime("%d/%m/%Y %H:%M:%S"))
blynk.virtual_write(97, "add", rowIndex, "Reboot",
now.strftime("%d/%m/%Y %H:%M:%S"))
blynk.virtual_write(29, rowIndex + 1)
blynk.virtual_write(systemLED, 255)
_log.debug("Main fx:- calling drone.setFormOnline to remove blue")
drone.setFormOnlineColours(blynkObj=blynk, loggerObj=_log)
blynk.virtual_write(255, 0)
_log.info("--------------------------Completed Boot--------------------------")
_log.debug("droneAir : drone.getTempColour(_log,int(10)) = " +
str(drone.getTempColour(_log, 100)))
while True:
try:
blynk.run()
timer.run()
except:
_log.error("in main loop except")
blynk.virtual_write(250, "Crashed")
drone.setFormOfflineColours(blynkObj=blynk, loggerObj=_log)
if (parser.get('logging', 'logLevel',
fallback=logging.DEBUG) == "CRITICAL"):
# blynk.notify("Production blynk crashed and is auto-restarting; hostname " + drone.gethostname() + " at: " + now.strftime("%d/%m/%Y %H:%M:%S"))
# blynk.email(drone.TARGET_EMAIL, 'Production Blynk Crash', "Production blynk crashed and is auto-restarting; hostname " + drone.gethostname() + " at: " + now.strftime("%d/%m/%Y %H:%M:%S"))
os.system('sh /home/pi/updateDroneponics.sh')
os.system('sudo reboot')