from __future__ import print_function, division
import qwiic
import time
import sys
import time
import coloredlogs
from tuyalinksdk.client import TuyaClient
from tuyalinksdk.console_qrcode import qrcode_generate
import RPi.GPIO as GPIO

coloredlogs.install(level='DEBUG')

client = TuyaClient(productid='aat2td94fptlzhoh', uuid='tuyad1f130fd2d21fd1c', authkey='m7XFiWrTSktjBrMHSXl9teoF98xNeRwv')

bme = qwiic.QwiicBme280()
ccs = qwiic.QwiicCcs811()

GPIO.setmode(GPIO.BCM)
GPIO.setwarnings(False)
humidifier= 26
GPIO.setup(humidifier,GPIO.OUT)

bme.begin()
ccs.begin()

def on_connected():
    print('Connected.')

def on_qrcode(url):
    qrcode_generate(url)

def on_reset(data):
    print('Reset:', data)

def on_dps(dps):
    print('DataPoints:', dps)
    if(dps == {'102':True}):
    	GPIO.output(humidifier, GPIO.HIGH)
    elif(dps=={'102':False}):
    	GPIO.output(humidifier, GPIO.LOW)
    # send environmental sensor data
    dps['103']= int(bme.get_temperature_celsius())
    dps['104']= int(bme.read_humidity())
    ccs.read_algorithm_results()
    dps['101']= int(ccs.get_co2())
    
    client.push_dps(dps)


client.on_connected = on_connected
client.on_qrcode = on_qrcode
client.on_reset = on_reset
client.on_dps = on_dps
client.connect()
client.loop_start()

while True:
    pressure = bme.get_reference_pressure() #in Pa
    altitudem = bme.get_altitude_meters()
    altitudef = bme.get_altitude_feet()
    humidity = bme.read_humidity()
    tempc = bme.get_temperature_celsius()
    tempf = bme.get_temperature_fahrenheit()
    dewc = bme.get_dewpoint_celsius()
    dewf = bme.get_dewpoint_fahrenheit()


    ccs.read_algorithm_results() #updates the TVOC and CO2 values
    tvoc = ccs.get_tvoc()
    co2 = ccs.get_co2()
#     print (time.strftime("%a %b %d %Y %I:%M:%S%p", time.localtime())) #12-hour time
# 
#     print ("BME Temperature %.1f C" %tempc)
#     print ("Humidity %.1f" %humidity)
# 
#     print ("Pressure %.2f Pa" %pressure)
#     print ("Altitude %.2f ft" %altitudef)
#     print ("Altitude % 2f mt" %altitudem)
# 
#     print ("TVOC %.2f" %tvoc)
#     print ("CO2 %.2f" %co2)
    
    time.sleep(0.5)