def test_default_attrs():
assert pyradamsa.Radamsa().mut_offset == 4096
r = pyradamsa.Radamsa(17, 2048)
assert r.seed == 17
assert r.mut_offset == 2048
r = pyradamsa.Radamsa(mut_offset=19)
assert r.mut_offset == 19
assert r.seed == None
def raw():
rad = pyradamsa.Radamsa()
runs = int(args.runs)
rcount = 0
for i in range(runs):
rcount += 1
dt = datetime.datetime.now()
seed = input("Input Raw Input: ")
#seed = "0300ec7f0a01000000000000000000000002000000000000000000000000eb94200a0000203201a000000a01001800000101ff0220007c01"
seedHex = bytes.fromhex(seed)
rfuzz = plc.sendSocketCommand(seedHex)
foutput = "FUZZ RUN #: " + str(rcount) + "\n" + "TIMESTAMP: " + str(dt) + "\n" + "FUZZ BYTESTRING: \n" + str(seedHex) + "\n"
print(foutput)
plc.closeConnection()
def atomic_bomb():
rad = pyradamsa.Radamsa()
runs = int(args.runs)
rcount = 0
for i in range(runs):
rcount += 1
dt = datetime.datetime.now()
seed = "02005979000000000001000000000000000100000000000000000000000058c000000000200a000001010454060001000000000000000000"
seedHex = bytes.fromhex(seed)
fValue = rad.fuzz(seedHex)
rfuzz = plc.sendSocketCommand(fValue)
foutput = "FUZZ RUN #: " + str(rcount) + "\n" + "TIMESTAMP: " + str(dt) + "\n" + "FUZZ BYTESTRING: \n" + str(fValue) + "\n"
print(foutput)
sleep(0.08)
plc.closeConnection()
def mutate_radamsa(mutate_corpus):
rada = pyradamsa.Radamsa()
mutate_data = bytearray(random.choice(mutate_corpus))
return rada.fuzz(mutate_data)
def test_returned_len():
data = b"\xaa\x00"*100
assert len(pyradamsa.Radamsa(seed=1337).fuzz(data)) == 201
def test_seed_static(data):
r = pyradamsa.Radamsa(1337)
assert r.fuzz(data) == r.fuzz(data)
def test_seed_wraparound(data):
r = pyradamsa.Radamsa()
assert r.fuzz(data, -1) == r.fuzz(data, sys.maxsize * 2 + 1)
def test_seed_arg(data):
assert pyradamsa.Radamsa().fuzz(
data, seed=1337) == b'GET /auth?pass=HelloWorld HTTP\xc0\xb1.1'
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
# fix seed for every build
self.seed = random.randint(0, 2**32)
self.rad = pyradamsa.Radamsa()