def job(digest_portion):
start_time = time.time()
loop_time = int(start_time)
loop_digest = totp.generate_digest(loop_time, const[sys.argv[1]], digest_portion)
print(f' Time: {start_time}')
print(f'Loop time: {loop_time}')
print(f' Digest: {loop_digest}\n')
unicorn.clear()
fill_board(loop_digest, digest_portion)
def job(digest_portion):
start_time = time.time()
loop_time = int(start_time)
loop_digest = totp.generate_digest(loop_time, const[sys.argv[1]], digest_portion)
print(f' Time is: {start_time}')
print(f'Loop time: {loop_time}')
print(f' Digest: {loop_digest}')
fill_board(loop_digest, digest_portion)
ms_of_loop = 1000 * (time.time() - start_time)
print(f' ms: {str(ms_of_loop)}\n')
def test_generate_digest_returns_portion_of_digest():
totp_time = [9000, 8675309]
totp_secret = ["it's over", "Tommy Tutone"]
totp_portion = [4, 8]
expected = ["748a", "bb755c15"]
for i in range(len(expected)):
actual = totp.generate_digest(totp_time[i], totp_secret[i],
totp_portion[i])
assert expected[i] == actual
def test_generate_digest_returns_the_full_hash():
totp_time = [1, 42]
totp_secret = ["", "shh!"]
expected = [
"e0bc614e4fd035a488619799853b075143deea596c477b8dc077e309c0fe42e9",
"de0c1b8257e09233913795a926ef2e29831fb2f851afbed56c47bdddc15b0e16"
]
for i in range(len(expected)):
actual = totp.generate_digest(totp_time[i], totp_secret[i])
assert expected[i] == actual
def job(digest_portion):
start_time = time.time()
loop_time = int(start_time)
print(f' Time is: {start_time}')
print(f'Loop time: {loop_time}\n')
loop_digest = totp.generate_digest(loop_time, const['SECRET_01'],
digest_portion)
digest_char_counter = 0
outer_list = []
for which_row in range(0, const['NUM_ROWS']):
inner_list = []
for which_column in range(0, const['NUM_COLS']):
digit_to_use_for_color = loop_digest[digest_char_counter]
digest_char_counter += 1
draw_color_icon(which_column, which_row, digit_to_use_for_color)
inner_list.append(digit_to_use_for_color)
outer_list.append(inner_list)
draw_horizontal_borders()
draw_vertical_borders()
update_display()
microseconds_of_loop = 1000 * 1000 * (time.time() - start_time)
print(' micro s: ' + str(microseconds_of_loop))
digest_portion = const['NUM_COLS'] * const['NUM_ROWS']
print(' TOTP: ' +
totp.generate_digest(loop_time, const['SECRET_01'], digest_portion))
[print(x) for x in outer_list]
def job(digest_portion):
start_time = time.time()
loop_time = int(start_time)
print(f' Time is: {start_time}')
print(f'Loop time: {loop_time}\n')
loop_digest_01 = totp.generate_digest(loop_time, const['SECRET_01'],
digest_portion)
loop_digest_02 = totp.generate_digest(loop_time, const['SECRET_02'],
digest_portion)
loop_digest_03 = totp.generate_digest(loop_time, const['SECRET_03'],
digest_portion)
loop_digests = [loop_digest_01, loop_digest_02, loop_digest_03]
signal_placement = 0
for loop_digest in loop_digests:
digest_char_counter = 0
for which_row in range(0, const['NUM_ROWS']):
for which_column in range(0, const['NUM_COLS']):
digit_to_use_for_color = loop_digest[digest_char_counter]
digest_char_counter += 1
draw_color_icon(which_column + signal_placement, which_row,
digit_to_use_for_color)
signal_placement += 2
draw_horizontal_borders()
draw_vertical_borders()
update_display()
microseconds_of_loop = 1000 * 1000 * (time.time() - start_time)
print(' micro s: ' + str(microseconds_of_loop))
digest_portion = const['NUM_COLS'] * const['NUM_ROWS']
print(' TOTP: ' +
totp.generate_digest(loop_time, const['SECRET_03'], digest_portion))
while is_unicorn_active:
loop_counter += 1
if loop_counter > 1:
loop_start_time = int(time.time())
else:
loop_start_time = app_start_time - (app_start_time %
const['PERIOD_IN_SECONDS'])
sleep_between_loops()
continue
print(f'\nLoop start: {loop_start_time}')
loop_digest = totp.generate_digest(loop_start_time, const['SECRET_01'],
digest_portion)
digest_char_counter = 0
outer_list = []
for which_row in range(0, const['NUM_ROWS']):
inner_list = []
for which_column in range(0, const['NUM_COLS']):
digit_to_use_for_color = loop_digest[digest_char_counter]
digest_char_counter += 1
#draw_color_icon(which_column, which_row, digit_to_use_for_color)
inner_list.append(digit_to_use_for_color)
number_color_dict = {
0: 'RED',
1: 'GREEN',
2: 'BLUE',
3: 'WHITE',
}
secret = 'bbb'
synchronize_time()
take_photos()
filenames = generate_filename_msgs()
expected_colors = {}
avg_time_for_picamera_to_take_pic = 6
for filename in filenames:
time_msg = round_down(filename + avg_time_for_picamera_to_take_pic, 5)
expected_colors[f'{filename}.jpg'] = \
(get_color(generate_digest(time_msg, secret, 1)), time_msg)
print(f'\nExpected colors - {len(expected_colors)} image(s):')
for k, v in expected_colors.items():
print(f'{k} : {v}')
#os.system('sudo shutdown now')