# from machine import Pin
# import utime
# import random
# PORT = [7, 6, 5, 4, 3, 2, 1, 0] # port connections
# DICE_NO = [0, 0x08, 0x22, 0x2A, 0x55, 0x5D, 0x77]
# L = [0]*8
# Button = Pin(15, Pin.IN)
# # #
# # # This function configures the LED ports as outputs
# # #
# def Configure_Port():
#   for i in range(0, 8):
#     L[i] = Pin(PORT[i], Pin.OUT)
# # #
# # # This function sends 8-bit data (0 to 255) to the PORT
# # #
# def Port_Output(x):
#   b = bin(x) # convert into binary
#   b = b.replace("0b", "") # remove leading "0b"
#   diff = 8 - len(b) # find the length
#   for i in range (0, diff):
#     b = "0" + b # insert leading os
#   for i in range (0, 8):
#     if b[i] == "1":
#       L[i].value(1)
#     else:
#       L[i].value(0)
#   return
# # #
# # # The program jumps here after the button is pressed
# # #
# def DICE():
#   n = random.randint(1, 6) # generate a random number
#   pattern = DICE_NO[n] # find the pattern
#   Port_Output(pattern) # turn ON required LEDs
#   utime.sleep(0.5) # wait for 3 seconds
#   Port_Output(0) # turn OFF all LEDs
#   return
# # #
# # # Configure PORT to all outputs
# # #
# Configure_Port()
# # #
# # # Main program loop, check if Button is pressed
# # #

# while True:
#   if Button.value() == 0: # Button pressed?
#     DICE() # Call DICE
#   pass # Do nothing


# SAME PROGRAM TRIED IN OTHER WAY


# from machine import Pin
# from utime import sleep
# import random
# LED1=Pin(0,Pin.OUT)
# LED2=Pin(1,Pin.OUT)
# LED3=Pin(2,Pin.OUT)
# LED4=Pin(3,Pin.OUT)
# LED5=Pin(4,Pin.OUT)
# LED6=Pin(5,Pin.OUT)
# LED7=Pin(6,Pin.OUT)

# button=Pin(28,Pin.IN,Pin.PULL_DOWN)

# Dice=[0X00,0X08,0X22,0X2A,0X55,0X5D,0X77]


# def db(hexanumber):  
#   binaryString='{0:07b}'.format(hexanumber)
#   LED1.value(int(binaryString[0]))
#   LED2.value(int(binaryString[1]))
#   LED3.value(int(binaryString[2]))
#   LED4.value(int(binaryString[3]))
#   LED5.value(int(binaryString[4]))
#   LED6.value(int(binaryString[5]))
#   LED7.value(int(binaryString[6]))


# while True:
#   if button.value()==1:
#     number=random.randint(1,6)
#     num1=Dice[number]
#     db(num1)
#     print(number,'is blinking')
#     sleep(0.5)


#another method
from machine import  Pin
from utime import sleep
import random

LED1=Pin(0, Pin.OUT)
LED2=Pin(1, Pin.OUT)
LED3=Pin(2, Pin.OUT)
LED4=Pin(3, Pin.OUT)
LED5=Pin(4, Pin.OUT)
LED6=Pin(5, Pin.OUT)
LED7=Pin(6, Pin.OUT)

button=Pin(15, Pin.IN, Pin.PULL_DOWN)

Dice=[0X00,0X08,0X22,0X2A,0X55,0X5D,0X77]

def db(hexanumber):
  binaryString='{0:07b}'.format(hexanumber)
  LED1.value(int(binaryString[0]))
  LED2.value(int(binaryString[1]))
  LED3.value(int(binaryString[2]))
  LED4.value(int(binaryString[3]))
  LED5.value(int(binaryString[4]))
  LED6.value(int(binaryString[5]))
  LED7.value(int(binaryString[6]))

while True:
  if button.value()==1:
    number=random.randint(1,6)
    num1=Dice[number]
    db(num1)
    print("Number on the dice is: ", number)
    sleep(1)