def solve(bomb: Bomb, display: str = None):
cprint('Caesar Cipher', 'yellow', attrs=['reverse'])
offset = 0
if bomb.serial_has_vowel():
offset -= 1
offset += bomb.batteries
if bomb.serial_last_digit() % 2 == 0:
offset += 1
if 'CAR' in bomb.get_all_indicators():
offset += 1
if 'PARALLEL' in bomb.get_all_ports() and 'NSA' in bomb.lit_indicators:
offset = 0
cprint('Offset: ' + str(offset), 'green')
if display:
cipher = CaesarCipher(display, offset=offset)
cprint(cipher.encoded, 'cyan')
def solve(bomb: Bomb, wires: list):
cprint('Complicated Wires', 'yellow', attrs=['reverse'])
cprint('Green: Cut', 'green')
cprint('Red: Do not cut', 'red')
print('---')
cprint('Your wires:', 'blue')
for wire in wires:
wire = wire.upper()
cur_wire_str = ''
if 'R' in wire:
cur_wire_str += 'R'
if 'B' in wire:
cur_wire_str += 'B'
if 'S' in wire:
cur_wire_str += 'S'
if 'L' in wire:
cur_wire_str += 'L'
cut = False
if cur_wire_str in ['', 'S', 'RS']:
cut = True
elif cur_wire_str in ['R', 'B', 'RB', 'RBL']:
if bomb.serial_last_digit() % 2 == 0:
cut = True
elif cur_wire_str in ['BL', 'BSL', 'RBS']:
if 'PARALLEL' in bomb.get_all_ports():
cut = True
elif cur_wire_str in ['RL', 'RSL', 'SL']:
if bomb.batteries > 2:
cut = True
cprint(wire + ' | ' + ('Cut' if cut else 'Do not'),
'green' if cut else 'red')