s_byte(0x0, format="oct", name="tp_pid",fuzzable=False)
s_byte(0x04, format="oct", name="tp_dcs",fuzzable=False)
if s_block_start("date"):
s_byte(0x90, format="oct")
s_byte(0x10, format="oct")
s_byte(0x82, format="oct")
s_byte(0x11, format="oct")
s_byte(0x42, format="oct")
s_byte(0x15, format="oct")
s_byte(0x40, format="oct")
s_block_end()
if s_block_start("eight_bit"):
s_size("message_eight", format="oct", length=1, math=lambda x: x / 2, fuzzable=True)
if s_block_start("message_eight"):
if s_block_start("text_eight", encoder=eight_bit_encoder):
s_string("hellohello", max_len = 256)
s_block_end()
s_block_end()
s_block_end()
fuzz_file = session_file()
fuzz_file.connect(s_get("query"))
fuzz_file.fuzz()
ft.cases2file(msg_pool,'sulley.cases')
start=1, stop=10, dcs=0x00, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=10, dcs=-1, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=50, dcs=0x00, mid=-1, data=None, datalen=134)
cases = cases + random_order_multipart(
start=1, stop=50, dcs=-1, mid=-1, data=None, datalen=134)
cases = cases + random_order_multipart(
start=1, stop=50, dcs=0x00, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=50, dcs=-1, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=130, dcs=0x00, mid=-1, data=None, datalen=134)
cases = cases + random_order_multipart(
start=1, stop=130, dcs=-1, mid=-1, data=None, datalen=134)
cases = cases + random_order_multipart(
start=1, stop=130, dcs=0x00, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=130, dcs=-1, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=256, dcs=0x00, mid=-1, data=None, datalen=134)
cases = cases + random_order_multipart(
start=1, stop=256, dcs=-1, mid=-1, data=None, datalen=134)
cases = cases + random_order_multipart(
start=1, stop=256, dcs=0x00, mid=-1, data=None, datalen=-134)
cases = cases + random_order_multipart(
start=1, stop=256, dcs=-1, mid=-1, data=None, datalen=-134)
print len(cases)
fuzzutils.cases2file(cases, "concat.cases")
tul = random.randrange(1, 132)
if s.udg.leng + tul > 138:
break
tud = SMSFuzzData.getSMSFuzzData()
s._udh = s._udh + tu + chr(tul) + tud[:tul]
s._udh_leng = len(s._udh)
if s._udh_leng > 138:
break
s._msg_leng = 139 - s._udh_leng
if s._msg_leng > 0:
s._msg.leng + random.randrange(int(s._msg.leng / 2), s._msg.leng)
if s._msg.leng > 0:
tud = SMSFuzzData.getSMSFuzzData()
s._msg = tud[:s._msg_leng]
else:
s._msg_leng = 0
s.encode()
return s._pdu
if __name__ == "__main__":
out = []
for i in range(0, int(sys.argv[1])):
ts = Utils.hex2bin("9930251619580", 0)
rnd = random.randrange(1, 10)
msg = udhirandfuzz("4917787654321", "49177123456", ts, rnd)
line = Utils.bin2hex(msg, 1)
leng = (len(line) / 2) - 8
out.append((line, leng))
fuzzutils.cases2file(out, sys.argv[2])
cases = cases + simple_multipart(start = 1, stop = 255, dcs = -1, mid = -1, data = None, datalen = -134) cases = cases + simple_multipart(start = 1, stop = 255, dcs = -1, mid = -1, data = None, datalen = -134) print len(cases) # random index cases = cases + random_index_multipart(256, 0, dcs = 0x00, mid = -1, data = None, datalen = 134) cases = cases + random_index_multipart(256, 0, dcs = 0x00, mid = -1, data = None, datalen = -134) cases = cases + random_index_multipart(256, 0, dcs = -1, mid = -1, data = None, datalen = 134) cases = cases + random_index_multipart(256, 0, dcs = -1, mid = -1, data = None, datalen = -134) print len(cases) # random order index cases = cases + random_order_multipart(start = 1, stop = 10, dcs = 0x00, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 10, dcs = -1, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 10, dcs = 0x00, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 10, dcs = -1, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 50, dcs = 0x00, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 50, dcs = -1, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 50, dcs = 0x00, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 50, dcs = -1, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 130, dcs = 0x00, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 130, dcs = -1, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 130, dcs = 0x00, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 130, dcs = -1, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 256, dcs = 0x00, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 256, dcs = -1, mid = -1, data = None, datalen = 134) cases = cases + random_order_multipart(start = 1, stop = 256, dcs = 0x00, mid = -1, data = None, datalen = -134) cases = cases + random_order_multipart(start = 1, stop = 256, dcs = -1, mid = -1, data = None, datalen = -134) print len(cases) fuzzutils.cases2file(cases, "concat.cases")
