import time
import network
from config import wifi_config,usmartpot_config,utelegram_config
import sensors
import actuators
import utilitys
import display
import usmartpot

# Controlar si se debe enviar el mensaje
should_send_msg = False

if __name__ == "__main__":
    # Instancia de cada sensor digital
    dht_sensor = sensors.AtmosphereSensor(15)

    # Instancia de cada sensor ADC
    light_sensor = sensors.LightSensor(34)
    ph_sensor = sensors.PHSensor(35)
    tds_sensor = sensors.TDSSensor(32)
    humidity_soil_sensor = sensors.HumiditySoilSensor(33)

    # Instancia de actuadores
    water_pump = actuators.WaterPump(19)
    uv_light = actuators.UVLight(18)

    # Instancia de LCDDisplay con pines scl y sda
    lcd_display = display.LCDDisplay(scl_pin=16, sda_pin=17)  # Pines I2C para scl y sda

    # Mostrar mensaje de conexión WiFi
    lcd_display.show_wifi_connecting()

    # Configuración inicial de WiFi y pines
    sta_if = network.WLAN(network.STA_IF)
    sta_if.active(True)
    sta_if.connect(wifi_config['ssid'], wifi_config['password'])

    # Definir Bot
    bot = None

    # Espera activa hasta 20 segundos para conectar
    for _ in range(160):
        if sta_if.isconnected():
            print('WiFi Conectado')
            lcd_display.show_online_status()
            try:
                utilitys.sync_time()
                bot = usmartpot.Ubot(usmartpot_config['email'],usmartpot_config['password'],usmartpot_config['crop'])
                should_send_msg = True
                print('Bot inicializado correctamente')
            except Exception as e:
                print(f"Error al inicializar el bot: {e}")
            break
        print('Conectando a WiFi...')
        lcd_display.show_wifi_spinner()
        time.sleep(0.25)
    else:
        print('No conectado - abortando')


    # Mostrar en Display LCD
    lcd_display.show_welcome_message()
    time.sleep(5)

    token_timestamp = time.time()

    # Enviar datos de los sensores cada 60 segundos
    while True:
        # Leer valores de los sensores
        dht_data = dht_sensor.read_value()
        temp = dht_data["temperature"]
        humidity_air = dht_data["humidity"]
        light = light_sensor.read_light()
        ph = ph_sensor.read_ph()
        tds = tds_sensor.read_tds()
        humidity_soil = humidity_soil_sensor.read_soil_humidity()

        # Imprimir los valores en formato tabla
        utilitys.print_table(temp, humidity_air, light, ph, tds, humidity_soil)

        # Mostrar los datos en el display LCD
        lcd_display.display_sensor_data(temp, humidity_air, light, ph, tds, humidity_soil)

        # Enviar mensaje si el bot está conectado y la variable `should_send_msg` es True
        if should_send_msg:
            if time.time() - token_timestamp > 3600:
                print("Renovando token…")
                if bot.refresh_token():
                    token_timestamp = time.time()

            def handle_uv_light(cmd):
                print("→ Activando UV Light")
                uv_light.turn_on()

            def handle_water_pump(cmd):
                print("→ Activando Water Pump")
                water_pump.turn_on()
            
            def handle_uv_light_off(cmd):
                print("→ Desactivando UV Light")
                uv_light.turn_off()

            def handle_water_pump_off(cmd):
                print("→ Desactivando Water Pump")
                water_pump.turn_off()


            bot.register("ACTIVATE_UV_LIGHT", handle_uv_light)
            bot.register("ACTIVATE_WATER_PUMP", handle_water_pump)
            bot.register("DEACTIVATE_UV_LIGHT", handle_uv_light_off)
            bot.register("DEACTIVATE_WATER_PUMP", handle_water_pump_off)

            bot.create_record(temp, humidity_air, light, ph, tds, humidity_soil)
            bot.listen(30)
        else:
            time.sleep(30) # Esperar 60 segundos si el bot no fue iniciado