from machine import Pin
import time
import network
import BlynkLib

#define BLYNK_TEMPLATE_ID "TMPL6PEqLFPPc"
#define BLYNK_TEMPLATE_NAME "Button"

###   LED's pins (real & virtual), WiFi and Blynk credentials
led_pin0 = 25
led_vir0 = 0
led_pin0 = 26
led_vir1 = 0
SSID = 'Wokwi-GUEST'
PASS = ''
TOKEN = 'su3pvZJd0JapIpQz8M_d6Oat2eECWcOo'

###   Connect to WiFi
wifi = network.WLAN(network.STA_IF)
if not wifi.isconnected():
    print("Connecting to {}...".format(SSID))
    wifi.active(True)
    wifi.connect(SSID, PASS)
    while not wifi.isconnected():
        pass

print('Connected! IP:', wifi.ifconfig()[0])

###   Initialize LEDs and Blynk
led0 = Pin(led_pin0, Pin.OUT)
led1 = Pin(led_pin1, Pin.OUT)
blynk = BlynkLib.Blynk(TOKEN, insecure=True)

@blynk.on("connected")
def blynk_connected(ping):
    print('Blynk ready. Ping:', ping, 'ms')
    blynk.virtual_write(led_vir0, led0.value()) # init Button 1 in Blynk
    blynk.virtual_write(led_vir1, led1.value()) # init Button 2 in Blynk

@blynk.on("disconnected")
def blynk_disconnected():
    print('Blynk disconnected')

@blynk.on("V0")               # Handler to process received data from V0
def v0_write_handler(value):
    state = int(value[0])     # convert value to integer
    led0.value(state)          # Update LED 1

@blynk.on("V1")               # Handler to process received data from V0
def v1_write_handler(value):
    state = int(value[0])     # convert value to integer
    led1.value(state)          # Update LED 1

while True:
    blynk.run()