# -------------------------------------------------- #
# This file is autogenerated by pioasm; do not edit! #
# -------------------------------------------------- #

import rp2
from rp2 import PIO
from machine import Pin
from time import sleep
# ------ #
# sevseg #
# ------ #
counter = 24
is_pause = False
flag = 0
@rp2.asm_pio(out_init=[PIO.OUT_LOW]*8, sideset_init=[PIO.OUT_LOW]*4)
def sevseg():
    wrap_target()
    label("0")
    pull(noblock)           .side(0)      # 0
    mov(x, osr)             .side(0)      # 1
    out(pins, 8)            .side(1)      # 2
    out(pins, 8)            .side(2)      # 3
    out(pins, 8)            .side(4)      # 4
    out(pins, 8)            .side(8)      # 5
    jmp("0")                .side(0)      # 6
    wrap()
  
sm = rp2.StateMachine(0, sevseg, freq=2000, out_base=Pin(2), sideset_base=Pin(10))
sm.active(1)


digits = [
  0b11000000, # 0
  0b11111001, # 1
  0b10100100, # 2 
  0b10110000, # 3
  0b10011001, # 4
  0b10010010, # 5
  0b10000010, # 6
  0b11111000, # 7
  0b10000000, # 8
  0b10011000, # 9
]

def segmentize(num):
  return (
    digits[num % 10] | digits[num // 10 % 10] << 8
    #digits[0b10011001] | digits[b10100100] <<
  )

start_button = Pin(18, Pin.IN)
pause_button = Pin(17, Pin.IN)
reset24_button = Pin(21, Pin.IN)
reset14_button = Pin(26, Pin.IN)
inc_button = Pin(22, Pin.IN)
dec_button = Pin(27, Pin.IN)
'''
while counter >= 0:
    sm.put(segmentize(counter))
    counter -= 1
    sleep(0.2)
    '''

def start():
  for i in reversed(range(counter+1)):
      sm.put(segmentize(i))
      sleep(0.2)
if start_button.value()==1:
  flag == 1
if flag == 1:
  start()