# """
# MicroPython IoT Weather Station Example for Wokwi.com

# To view the data:

# 1. Go to http://www.hivemq.com/demos/websocket-client/
# 2. Click "Connect"
# 3. Under Subscriptions, click "Add New Topic Subscription"
# 4. In the Topic field, type "wokwi-weather" then click "Subscribe"

# Now click on the DHT22 sensor in the simulation,
# change the temperature/humidity, and you should see
# the message appear on the MQTT Broker, in the "Messages" pane.

# Copyright (C) 2022, Uri Shaked

# https://wokwi.com/arduino/projects/322577683855704658
# """

# # NOTE: mqtt
# import network
# import time
# from machine import Pin
# from umqtt.simple import MQTTClient
# # NOTE: ADC
# import machine
# import onewire
# import DS18B20
# import dht # NOTE: importando sensor dht
# import time

# # MQTT Server Parameters
# MQTT_CLIENT_ID = "clientId-jzisO3HkB7"
# MQTT_BROKER    = "mqtt-dashboard.com"
# MQTT_USER      = "test"
# MQTT_PASSWORD  = "OOO0"
# MQTT_TOPIC1    = "status_led_9968"
# MQTT_TOPIC2    = "mensagem_led"
 
# ntc_pin = machine.Pin(34)
# dht_pin = machine.Pin(5)
# buzzer_pin = machine.Pin(15, machine.OUT)

# # NOTE: configurando sensores
# dht_pin = machine.Pin(15) # Pino do DHT11/DHT22
# ds_pin = machine.Pin() # Pino do DS18B20
# buzzer_pin = machine.Pin(23, machine.Pin.OUT) # Pino do buzzer

# # NOTE: inicializa sensores
# dht_sensor = dht.DHT22(dht_pin)
# ds_sensor = DS18B20(onewire.OneWire(ds_pin))

# # NOTE: escanear dispositivo DS18B20
# roms = ds_sensor.scan() 
# print("Dispositivos encontrados: ", roms)

# # NOTE: [mqtt connection]

# while True:
#     dht_sensor.measure()
#     temperature_dht = dht_sensor.temperature()
#     # NOTE: definindo umidade sensor dht
#     humidity_dht = dht_sensor.humidity()

#     ds_sensor.convert_temp()
#     # NOTE: tempo de espera em ms
#     time.sleep_ms(750)
#     for rom in roms:
#         temperature_ds18b20 = ds_sensor.read_temp(rom)
#         print("Temperatura DS18B20")

#         print("Temperatura DHT: ", humidity_dht)
        

#     print(adc.read_u16())
#     time.sleep(1)