def readWiredSensors(bmp280, hdc1080):
# read wired sensors
if (config.BMP280_Present):
try:
state.BarometricTemperature = round(bmp280.get_temperature(), 2)
state.BarometricPressure = round(
old_div(bmp280.get_pressure(), 1000) * 100, 5)
state.Altitude = round(bmp280.get_altitude(), 4)
state.BarometricPressureSeaLevel = round(
old_div(
bmp280.get_sealevel_pressure(
config.BMP280_Altitude_Meters), 1000) * 100, 5)
except:
if (config.SWDEBUG):
print(traceback.format_exc())
print(
("readWiredSensors Unexpected error:", sys.exc_info()[0]))
#print("Looking for buildJSONSemaphore Acquire")
state.buildJSONSemaphore.acquire()
#print("buildJSONSemaphore Acquired")
state.StateJSON = buildJSON.getStateJSON()
#if (config.SWDEBUG):
# print("currentJSON = ", state.StateJSON)
state.buildJSONSemaphore.release()
def processF016TH(sLine):
if (config.SWDEBUG):
sys.stdout.write('Processing F016TH data' + '\n')
sys.stdout.write('This is the raw data: ' + sLine + '\n')
var = json.loads(sLine)
state.mainID = var["device"] + var["channel"]
state.lastIndoorReading = nowStr()
if (state.previousIndoorReading == "Never"):
pclogging.systemlog(config.INFO, "Indoor Weather Sensor Found")
print("Indoor Weather Sensors Found")
state.previousIndoorReading = state.lastIndoorReading
state.IndoorTemperature = round(
((var["temperature_F"] - 32.0) / (9.0 / 5.0)), 2)
state.IndoorHumidity = var["humidity"]
state.lastIndoorReading = var["time"]
state.insideID = var["channel"]
indoorTH.addITReading(var["device"], var["channel"],
state.IndoorTemperature, var["humidity"],
var["battery"], var["time"])
#print("looking for buildJSONSemaphore acquire")
state.buildJSONSemaphore.acquire()
#print("buildJSONSemaphore acquired")
state.StateJSON = buildJSON.getStateJSON()
#if (config.SWDEBUG):
# print("currentJSON = ", state.StateJSON)
state.buildJSONSemaphore.release()
def processF016TH(sLine):
if (config.SWDEBUG):
sys.stdout.write('Processing F016TH data'+'\n')
sys.stdout.write('This is the raw data: ' + sLine + '\n')
var = json.loads(sLine)
IT = round(((var["temperature_F"] - 32.0)/(9.0/5.0)),2)
# check for bad read (not caught by checksum for some reason)
# may be related to low battery
if ((IT > 100.00) or (IT < -35)):
# bad temperatures / Humidity
#skip read
return
state.mainID = var["device"] + var["channel"]
state.lastIndoorReading = nowStr()
if (config.MQTT_Enable == True):
mqtt_publish_single(sLine, f"F016TH/{var['channel']}")
if (state.previousIndoorReading == "Never"):
pclogging.systemlog(config.INFO,"Indoor Weather Sensor Found")
print("Indoor Weather Sensors Found")
state.previousIndoorReading = state.lastIndoorReading
state.IndoorTemperature = IT
state.IndoorHumidity = var["humidity"]
state.lastIndoorReading = var["time"]
state.insideID = var["channel"]
indoorTH.addITReading(var["device"], var["channel"], state.IndoorTemperature, var["humidity"], var["battery"], var["time"])
#print("looking for buildJSONSemaphore acquire")
state.buildJSONSemaphore.acquire()
#print("buildJSONSemaphore acquired")
state.StateJSON = buildJSON.getStateJSON()
#if (config.SWDEBUG):
# print("currentJSON = ", state.StateJSON)
# pass
state.buildJSONSemaphore.release()
def processF020(sLine):
if (config.SWDEBUG):
sys.stdout.write("processing FT020T Data\n")
sys.stdout.write('This is the raw data: ' + sLine + '\n')
var = json.loads(sLine)
# outside temperature and Humidity
state.mainID = var["id"]
state.lastMainReading = nowStr()
if (state.previousMainReading == "Never"):
pclogging.systemlog(config.INFO, "Main Weather Sensors Found")
print("Main Weather Sensors Found")
pclogging.systemlog(config.INFO, "Blynk Updates Started")
state.previousMainReading = state.lastMainReading
wTemp = var["temperature"]
ucHumi = var["humidity"]
wTemp = (wTemp - 400) / 10.0
# deal with error condtions
if (wTemp > 140.0):
# error condition from sensor
if (config.SWDEBUG):
sys.stdout.write("error--->>> Temperature reading from FT020T\n")
sys.stdout.write('This is the raw temperature: ' + str(wTemp) +
'\n')
# put in previous temperature
wtemp = state.OudoorTemperature
#print("wTemp=%s %s", (str(wTemp),nowStr() ));
if (ucHumi > 100.0):
# bad humidity
# put in previous humidity
ucHumi = state.OutdoorHumidity
state.OutdoorTemperature = round(((wTemp - 32.0) / (9.0 / 5.0)), 2)
state.OutdoorHumidity = ucHumi
state.WindSpeed = round(var["avewindspeed"] / 10.0, 1)
state.WindGust = round(var["gustwindspeed"] / 10.0, 1)
state.WindDirection = var["winddirection"]
state.TotalRain = round(var["cumulativerain"] / 10.0, 1)
state.Rain60Minutes = 0.0
wLight = var["light"]
if (wLight >= 0x1fffa):
wLight = wLight | 0x7fff0000
wUVI = var["uv"]
if (wUVI >= 0xfa):
wUVI = wUVI | 0x7f00
state.SunlightVisible = wLight
state.SunlightUVIndex = round(wUVI / 10.0, 1)
if (var['batterylow'] == 0):
state.BatteryOK = "OK"
else:
state.BatteryOK = "LOW"
#print("looking for buildJSONSemaphore acquire")
state.buildJSONSemaphore.acquire()
#print("buildJSONSemaphore acquired")
state.StateJSON = buildJSON.getStateJSON()
#if (config.SWDEBUG):
# print("currentJSON = ", state.StateJSON)
state.buildJSONSemaphore.release()
def processFT020T(sLine, lastFT020TTimeStamp, UpdateWR2 ):
if (config.SWDEBUG):
sys.stdout.write("processing FT020T Data\n")
sys.stdout.write('This is the raw data: ' + sLine + '\n')
var = json.loads(sLine)
if (lastFT020TTimeStamp == var["time"]):
# duplicate
if (config.SWDEBUG):
sys.stdout.write("duplicate found\n")
return ""
lastFT020TTimeStamp = var["time"]
if (config.MQTT_Enable == True):
mqtt_publish_single(sLine, "FT020T")
# now check for adding record
# outside temperature and Humidity
state.mainID = var["id"]
state.lastMainReading = nowStr()
if (state.previousMainReading == "Never"):
pclogging.systemlog(config.INFO,"Main Weather Sensors Found")
print("Main Weather Sensors Found")
pclogging.systemlog(config.INFO,"Blynk Updates Started")
state.previousMainReading = state.lastMainReading
wTemp = var["temperature"]
ucHumi = var["humidity"]
wTemp = (wTemp - 400)/10.0
# deal with error condtions
if (wTemp > 140.0):
# error condition from sensor
if (config.SWDEBUG):
sys.stdout.write("error--->>> Temperature reading from FT020T\n")
sys.stdout.write('This is the raw temperature: ' + str(wTemp) + '\n')
# put in previous temperature
wtemp = state.OutdoorTemperature
#print("wTemp=%s %s", (str(wTemp),nowStr() ));
if (ucHumi > 100.0):
# bad humidity
# put in previous humidity
ucHumi = state.OutdoorHumidity
state.OutdoorTemperature = round(((wTemp - 32.0)/(9.0/5.0)),2)
state.OutdoorHumidity = ucHumi
state.WindSpeed = round(var["avewindspeed"]/10.0, 1)
state.WindGust = round(var["gustwindspeed"]/10.0, 1)
state.WindDirection = var["winddirection"]
state.TotalRain = round(var["cumulativerain"]/10.0,1)
wLight = var["light"]
#if (wLight >= 0x1fffa):
# wLight = wLight | 0x7fff0000
wUVI =var["uv"]
if (wUVI >= 0xfa):
wUVI = wUVI | 0x7f00
state.SunlightVisible = wLight
state.SunlightUVIndex = round(wUVI/10.0, 1 )
if (var['batterylow'] == 0):
state.BatteryOK = "OK"
else:
state.BatteryOK = "LOW"
state.SerialNumber = var['id']
state.RSSI = var['rssi']
state.SNR = var['snr']
state.NOISE = var['noise']
#print("looking for buildJSONSemaphore acquire")
state.buildJSONSemaphore.acquire()
#print("buildJSONSemaphore acquired")
if (UpdateWR2):
# now add to MWR2Array
WeatherRack2Array.addWR2Reading(var)
state.StateJSON = buildJSON.getStateJSON()
#if (config.SWDEBUG):
# print("currentJSON = ", state.StateJSON)
state.buildJSONSemaphore.release()
#print("buildJSONSemaphore released")
return lastFT020TTimeStamp