Authoring:
This program was built by Nicholas Cottrell (Rad10Logic)
April 4th, 2020"""
args = parser.parse_args()
# Checking if wanting a mask instead
if args.mask:
print(convert_to_mask(args.fstring))
exit()
if args.wordlist:
if not args.w:
args.w = list()
args.w.extend(args.wordlist.read().split("\n"))
format_string, generators = init_formatting(args.fstring, args.w)
# Checking if random
if args.random:
# checking if wanting to make multiple random passwords
if args.limit:
for i in range(args.limit):
print(print_random(format_string, generators))
else:
print(print_random(format_string, generators))
exit()
if args.s:
generators = set_position(format_string, args.s, generators)
if args.r:
reg_filter = re.compile(args.r)
def test_root_random():
format_string = "SKY-{4aA}-{4d}"
internal_format = brutesleuth.init_formatting(format_string)[0]
tool_output = subprocess.check_output(
[root_location, format_string, "--random"]).decode("utf-8").rstrip()
brutesleuth.get_string_variations(internal_format, tool_output)
def test_set_position(format_string, set_string):
format_frame, gens = brutesleuth.init_formatting(format_string)
new_gens = brutesleuth.set_position(format_frame, set_string, gens)
chain = brutesleuth.BruteListChain(format_frame, new_gens)
assert chain.__next__() == set_string
def test_print_random(format_string):
format_frame, gens = brutesleuth.init_formatting(format_string)
rand_result = brutesleuth.print_random(format_frame, gens)
# checking if it can be extrapolated
brutesleuth.get_string_variations(format_frame, rand_result)
def test_init_formatting(format_string, format_frame):
result, _ = brutesleuth.init_formatting(format_string)
assert result == format_frame