drew_sf=draws,
lost_sf=losses)
if button_right():
gc.collect()
d_print(2, "GC before comms", gc.mem_free())
### This sound cue is really for other players
sample.play("ready")
my_choice = CHOICES[my_choice_idx]
player_choices = [my_choice]
### Repeating key four times to make key for ChaCha20
short_key = generateOTPadKey(KEY_SIZE)
key = enlargeKey(short_key, KEY_ENLARGE)
d_print(3, "KEY", key)
plain_bytes = bytesPad(my_choice, size=8, pad=0)
cipher_bytes = encrypt(plain_bytes,
key,
CRYPTO_ALGO,
nonce=static_nonce)
enc_data_msg = RpsEncDataAdvertisement(enc_data=cipher_bytes,
round_no=round_no)
### Wait for ready sound sample to stop playing
sample.wait()
sample.play("start-tx")
sample.wait()
sample.play("txing", loop=True)
fadeUpDown(display, "up", STD_BRIGHTNESS)
new_round_init = False
if True:
gc.collect()
d_print(2, "GC before comms", gc.mem_free())
### This sound cue is really for other players
sample.play("ready")
my_choice = CHOICES[my_choice_idx]
player_choices = [my_choice]
### Repeating key four times to make key for ChaCha20
short_key = generateOTPadKey(KEY_SIZE)
key = enlargeKey(short_key, KEY_ENLARGE)
d_print(3, "KEY", key)
buffer_size = random.randint(512, 1800)
plain_bytes = bytesPad(my_choice, size=8, pad=0)
cipher_bytes = encrypt(plain_bytes,
key,
CRYPTO_ALGO,
nonce=static_nonce)
### NOTE modified value passed to round_no to keep it in range
enc_data_msg = RpsEncDataAdvertisement(enc_data=cipher_bytes,
round_no=round_no % 256)
### Wait for ready sound sample to stop playing
sample.wait()
print(