ttencrypt.py
user_5449590
python
a year ago
95 kB
9
Indexable
import binascii
import gzip
import random
from Crypto.Cipher import AES
class TTEncrypt:
content = []
content_raw = []
CF = 0
begining = [
0x74,
0x63,
0x05,
0x10,
0,
0]
dword_0 = [
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]
dword_1 = [
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]
dword_2 = [
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]
dword_3 = [
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dword_4 = [
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dword_5 = [
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221,
88,
]
rodata = [
3609767458,
1116352408,
602891725,
1899447441,
3964484399,
3049323471,
2173295548,
3921009573,
4081628472,
961987163,
3053834265,
1508970993,
2937671579,
2453635748,
3664609560,
2870763221,
2734883394,
3624381080,
1164996542,
310598401,
1323610764,
607225278,
3590304994,
1426881987,
4068182383,
1925078388,
991336113,
2162078206,
633803317,
2614888103,
3479774868,
3248222580,
2666613458,
3835390401,
944711139,
4022224774,
2341262773,
264347078,
2007800933,
604807628,
1495990901,
770255983,
1856431235,
1249150122,
3175218132,
1555081692,
2198950837,
1996064986,
3999719339,
2554220882,
766784016,
2821834349,
2566594879,
2952996808,
3203337956,
3210313671,
1034457026,
3336571891,
2466948901,
3584528711,
3758326383,
113926993,
168717936,
338241895,
1188179964,
666307205,
1546045734,
773529912,
1522805485,
1294757372,
2643833823,
1396182291,
2343527390,
1695183700,
1014477480,
1986661051,
1206759142,
2177026350,
344077627,
2456956037,
1290863460,
2730485921,
3158454273,
2820302411,
3505952657,
3259730800,
106217008,
3345764771,
3606008344,
3516065817,
1432725776,
3600352804,
1467031594,
4094571909,
851169720,
275423344,
3100823752,
430227734,
1363258195,
506948616,
3750685593,
659060556,
3785050280,
883997877,
3318307427,
958139571,
3812723403,
1322822218,
2003034995,
1537002063,
3602036899,
1747873779,
1575990012,
1955562222,
1125592928,
2024104815,
2716904306,
2227730452,
442776044,
2361852424,
593698344,
2428436474,
3733110249,
2756734187,
2999351573,
3204031479,
3815920427,
3329325298,
3928383900,
3391569614,
566280711,
3515267271,
3454069534,
3940187606,
4000239992,
4118630271,
1914138554,
116418474,
2731055270,
174292421,
3203993006,
289380356,
320620315,
460393269,
587496836,
685471733,
1086792851,
852142971,
365543100,
1017036298,
2618297676,
1126000580,
3409855158,
1288033470,
4234509866,
1501505948,
987167468,
1607167915,
1246189591,
1816402316,
]
list_9C8 = []
def encrypt(self, data):
headers = [31, 139, 8, 0, 0, 0, 0, 0, 0, 0]
data = gzip.compress(bytes(data.encode("latin-1")), compresslevel=9, mtime=0)
data = list(data)
self.setData(data)
for i in range(len(headers)):
self.content[i] = headers[i]
list_0B0 = self.calculate(self.list_9C8) + self.ord_list
list_5D8 = self.calculate(list_0B0)
list_378 = []
list_740 = []
for i in range(0x10):
list_378.append(list_5D8[i])
list_378Array = self.dump_list(list_378)
for i in range(0x10, 0x20):
list_740.append(list_5D8[i])
list_8D8 = self.calculate(self.content)
list_AB0 = list_8D8 + self.content
list_AB0List = self.convertLongList(list_AB0)
differ = 0x10 - len(list_AB0) % 0x10
for i in range(differ):
list_AB0List.append(differ)
list_AB0 = list_AB0List
list_55C = self.hex_CF8(list_378Array)
final_list = self.hex_0A2(list_AB0, list_740, list_55C)
final_list = (self.begining + self.list_9C8) + final_list
final_list = self.changeLongArrayTobytes(final_list)
return bytes(i % 256 for i in final_list).hex()
def decrypt(self, data):
data = bytearray.fromhex(data)
data = list(data)
self.setData(data)
self.content = self.content_raw[38:]
self.list_9C8 = self.content_raw[6:38]
self.content = self.changeByteArrayToLong(self.content)
list_0B0 = self.calculate(self.list_9C8) + self.ord_list
list_5D8 = self.calculate(list_0B0)
list_378 = []
list_740 = []
for i in range(0x10):
list_378.append(list_5D8[i])
list_378Array = self.dump_list(list_378)
for i in range(0x10, 0x20):
list_740.append(list_5D8[i])
key_longs = self.hex_list(list_378Array)
decrypted = self.aes_decrypt(bytes(key_longs), bytes(self.content))
decryptedByteArray = ([0] * 16) + list(decrypted)
toDecompress = decryptedByteArray[64:]
result = gzip.decompress(bytes(toDecompress))
return result.decode()
def aes_decrypt(self, secretKey, encoded):
initVector = encoded[0:16]
data = encoded[16:]
decryptor = AES.new(secretKey, AES.MODE_CBC, initVector)
decoded = decryptor.decrypt(data)
return decoded[: -decoded[-1]]
def bytearray_decode(self, arrays):
out = []
for d in arrays:
out.append(chr(d))
return "".join(out)
def changeLongArrayTobytes(self, array):
result = []
for i in range(len(array)):
if array[i] > 127:
result.append(array[i] - 256)
else:
result.append(array[i])
return result
def hex_0A2(self, content, list_740, list_55C):
result = []
l55cl = len(list_55C)
lens = len(content)
end = lens // 16
for i in range(end):
for j in range(16):
list_740[j] = list_740[j] ^ content[16 * i + j]
tmp_list = self.dump_list(list_740)
R6 = tmp_list[3]
LR = tmp_list[0]
R8 = tmp_list[1]
R12 = tmp_list[2]
R5 = list_55C[0]
R4 = list_55C[1]
R1 = list_55C[2]
R2 = list_55C[3]
R11 = 0
v_334 = 0
R2 = R2 ^ R6
v_33C = R2
R1 = R1 ^ R12
v_338 = R1
R4 = R4 ^ R8
R12 = R5 ^ LR
for j in range(5):
R3 = v_33C
R9 = R4
R0 = int(self.UBFX(R12, 0x10, 8))
R1 = R3 >> 0x18
R1 = self.dword_6[R1]
R0 = self.dword_7[R0]
R0 = R0 ^ R1
R1 = int(self.UBFX(R4, 8, 8))
R8 = v_338
R1 = self.dword_8[R1]
LR = list_55C[8 * j + 6]
R0 = R0 ^ R1
R1 = int(self.UTFX(R8))
R1 = self.dword_9[R1]
R0 = R0 ^ R1
R1 = list_55C[8 * j + 4]
v_334 = R1
R1 = list_55C[8 * j + 5]
v_330 = R1
R1 = list_55C[8 * j + 7]
R11 = R0 ^ R1
R1 = int(self.UBFX(R3, 0x10, 8))
R0 = R8 >> 24
R0 = self.dword_6[R0]
R1 = self.dword_7[R1]
R0 = R0 ^ R1
R1 = int(self.UBFX(R12, 8, 8))
R1 = self.dword_8[R1]
R0 = R0 ^ R1
R1 = int(self.UTFX(R9))
R1 = self.dword_9[R1]
R0 = R0 ^ R1
R1 = int(self.UBFX(R8, 0x10, 8))
R6 = R0 ^ LR
R0 = R9 >> 24
R0 = self.dword_6[R0]
R1 = self.dword_7[R1]
R0 = R0 ^ R1
R1 = int(self.UBFX(R3, 8, 8))
R1 = self.dword_8[R1]
R0 = R0 ^ R1
R1 = int(self.UTFX(R12))
R1 = self.dword_9[R1]
R0 = R0 ^ R1
R1 = v_330
LR = R0 ^ R1
R0 = int(self.UTFX(R3))
R0 = self.dword_9[R0]
R4 = R12 >> 24
R1 = int(self.UBFX(R8, 8, 8))
R4 = self.dword_6[R4]
R5 = int(self.UBFX(R9, 16, 8))
R1 = self.dword_8[R1]
R5 = self.dword_7[R5]
R5 = R5 ^ R4
R1 = R1 ^ R5
R0 = R0 ^ R1
R1 = v_334
R1 = R1 ^ R0
R0 = R1 >> 0x18
v_334 = R0
if j == 4:
break
else:
R4 = int(self.UBFX(R1, 16, 8))
R5 = R11 >> 24
R10 = R6
R5 = self.dword_6[R5]
R4 = self.dword_7[R4]
R5 = R5 ^ R4
R4 = int(self.UBFX(LR, 8, 8))
R4 = self.dword_8[R4]
R5 = R5 ^ R4
R4 = int(self.UTFX(R10))
R4 = self.dword_9[R4]
R5 = R5 ^ R4
R4 = list_55C[8 * j + 11]
R0 = R5 ^ R4
v_33C = R0
R4 = int(self.UBFX(R11, 16, 8))
R5 = R10 >> 24
R5 = self.dword_6[R5]
R4 = self.dword_7[R4]
R5 = R5 ^ R4
R4 = int(self.UBFX(R1, 8, 8))
R0 = list_55C[8 * j + 9]
R9 = list_55C[8 * j + 8]
R1 = int(self.UTFX(R1))
R4 = self.dword_8[R4]
R1 = self.dword_9[R1]
R5 = R5 ^ R4
R4 = int(self.UTFX(LR))
R4 = self.dword_9[R4]
R5 = R5 ^ R4
R4 = list_55C[8 * j + 10]
R4 = R4 ^ R5
v_338 = R4
R5 = int(self.UBFX(R10, 16, 8))
R4 = LR >> 24
R4 = self.dword_6[R4]
R5 = self.dword_7[R5]
R4 = R4 ^ R5
R5 = int(self.UBFX(R11, 8, 8))
R5 = self.dword_8[R5]
R4 = R4 ^ R5
R1 = R1 ^ R4
R4 = R1 ^ R0
R0 = v_334
R1 = int(self.UBFX(LR, 16, 8))
R5 = int(self.UBFX(R10, 8, 8))
R0 = self.dword_6[R0]
R1 = self.dword_7[R1]
R5 = self.dword_8[R5]
R0 = R0 ^ R1
R1 = int(self.UTFX(R11))
R1 = self.dword_9[R1]
R0 = R0 ^ R5
R0 = R0 ^ R1
R12 = R0 ^ R9
R2 = R11 >> 24
R3 = int(self.UBFX(R1, 16, 8))
R10 = R6
R0 = R10 >> 24
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "000000", 10, 16))
R9 = R10
R3 = self.dword_0[R3]
R3 = int(self.parseLong(self.toHex(R3) + "0000", 10, 16))
R0 = self.dword_0[R0]
R0 = int(self.parseLong(self.toHex(R0) + "000000", 10, 16))
R2 = R2 ^ R3
v_350 = R2
R2 = int(self.UBFX(R11, 0x10, 8))
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "0000", 10, 16))
R0 = R0 ^ R2
R2 = int(self.UBFX(R1, 8, 8))
R1 = int(self.UTFX(R1))
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "00", 10, 16))
R1 = self.dword_0[R1]
R0 = R0 ^ R2
R2 = int(self.UTFX(LR))
R2 = self.dword_0[R2]
R12 = R0 ^ R2
R0 = list_55C[l55cl - 2]
R10 = list_55C[l55cl - 3]
R12 = R12 ^ R0
R2 = list_55C[l55cl - 1]
R0 = LR >> 24
v_34C = R2
R2 = int(self.UBFX(R9, 0x10, 8))
R0 = self.dword_0[R0]
R0 = int(self.parseLong(self.toHex(R0) + "000000", 10, 16))
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "0000", 10, 16))
R0 = R0 ^ R2
R2 = int(self.UBFX(R11, 8, 8))
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "00", 10, 16))
R0 = R0 ^ R2
R0 = R0 ^ R1
R1 = R0 ^ R10
R0 = v_334
R2 = int(self.UBFX(LR, 0x10, 8))
R0 = self.dword_0[R0]
R0 = int(self.parseLong(self.toHex(R0) + "000000", 10, 16))
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "0000", 10, 16))
R0 = R0 ^ R2
R2 = int(self.UBFX(R9, 8, 8))
R2 = self.dword_0[R2]
R2 = int(self.parseLong(self.toHex(R2) + "00", 10, 16))
R0 = R0 ^ R2
R2 = int(self.UTFX(R11))
R2 = self.dword_0[R2]
R0 = R0 ^ R2
R2 = int(self.UTFX(R9))
R2 = self.dword_0[R2]
R3 = int(self.UBFX(LR, 8, 8))
R3 = self.dword_0[R3]
R3 = int(self.parseLong(self.toHex(R3) + "00", 10, 16))
R5 = v_350
R6 = list_55C[l55cl - 4]
R3 = R3 ^ R5
R2 = R2 ^ R3
R3 = v_34C
R0 = R0 ^ R6
R2 = R2 ^ R3
list_740 = self.hex_list([R0, R1, R12, R2])
result = result + list_740
return result
def calculate(self, content):
hex_6A8 = 0
tmp_list = []
length = len(content)
list_6B0 = self.LIST_6B0.copy()
for item in content:
tmp_list.append(item)
divisible = length % 0x80
tmp = 0x80 - divisible
if tmp > 0x11:
tmp_list.append(0x80)
for i in range(tmp - 0x11):
tmp_list.append(0)
for j in range(16):
tmp_list.append(0)
else:
tmp_list.append(128)
for i in range(128 - 16 + tmp + 1):
tmp_list.append(0)
for j in range(16):
tmp_list.append(0)
tmp_list_size = len(tmp_list)
d = tmp_list_size // 0x80
for i in range(tmp_list_size // 0x80):
if (tmp_list_size // 128 - 1) == i:
ending = self.handle_ending(hex_6A8, divisible)
for j in range(8):
index = tmp_list_size - j - 1
tmp_list[index] = ending[7 - j]
param_list = []
for j in range(32):
tmpss = ""
for k in range(4):
tmp_string = self.toHex(tmp_list[0x80 * i + 4 * j + k])
if len(tmp_string) < 2:
tmp_string = "0" + tmp_string
tmpss = tmpss + tmp_string
param_list.append(int(self.parseLong(tmpss, 10, 16)))
list_3B8 = self.hex_27E(param_list)
list_6B0 = self.hex_30A(list_6B0, list_3B8)
hex_6A8 += 0x400
list_8D8 = self.hex_C52(list_6B0)
return list_8D8
def convertLongList(self, content):
if len(content) == 0:
return []
result = []
for i in content:
result.append(i)
return result
def dump_list(self, content):
size = len(content)
ssize = size // 4
result = []
for index in range(ssize):
tmp_string = ""
for j in range(4):
tmp = self.toHex(content[4 * index + j])
if len(tmp) < 2:
tmp = "0" + tmp
tmp_string = tmp_string + tmp
i = int(self.parseLong(tmp_string, 10, 16))
result.append(int(i))
return result
def hex_CF8(self, param_list):
list_388 = []
list_378 = param_list
for i in range(0xA):
R3 = list_378[0]
R8 = list_378[1]
R9 = list_378[2]
R5 = list_378[3]
R6 = int(self.UBFX(R5, 8, 8))
R6 = self.dword_0[R6]
R6 = int(self.parseLong(self.toHex(R6) + "0000", 10, 16))
R4 = int(self.UBFX(R5, 0x10, 8))
R11 = self.dword_1[i]
R4 = self.dword_0[R4]
R4 = int(self.parseLong(self.toHex(R4) + "000000", 10, 16))
R3 = R3 ^ R4
R4 = int(self.UTFX(R5))
R3 = R3 ^ R6
R4 = self.dword_0[R4]
R4 = int(self.parseLong(self.toHex(R4) + "00", 10, 16))
R3 = R3 ^ R4
R4 = R5 >> 24
R4 = self.dword_0[R4]
R3 = R3 ^ R4
R3 = R3 ^ R11
R2 = R8 ^ R3
R4 = R9 ^ R2
R5 = R5 ^ R4
list_378 = [R3, R2, R4, R5]
list_388 = list_388 + list_378
l388l = len(list_388)
list_478 = []
for i in range(0x9):
R5 = list_388[l388l - 8 - 4 * i]
R4 = int(self.UBFX(R5, 0x10, 8))
R6 = R5 >> 0x18
R6 = self.dword_2[R6]
R4 = self.dword_3[R4]
R6 = R6 ^ R4
R4 = int(self.UBFX(R5, 8, 8))
R5 = int(self.UTFX(R5))
R4 = self.dword_4[R4]
R5 = self.dword_5[R5]
R6 = R6 ^ R4
R6 = R6 ^ R5
list_478.append(R6)
R6 = list_388[l388l - 7 - 4 * i]
R1 = int(self.UBFX(R6, 0x10, 8))
R4 = R6 >> 0x18
R4 = self.dword_2[R4]
R1 = self.dword_3[R1]
R1 = R1 ^ R4
R4 = int(self.UBFX(R6, 8, 8))
R4 = self.dword_4[R4]
R1 = R1 ^ R4
R4 = int(self.UTFX(R6))
R4 = self.dword_5[R4]
R1 = R1 ^ R4
list_478.append(R1)
R1 = list_388[l388l - 6 - 4 * i]
R6 = int(self.UBFX(R1, 0x10, 8))
R4 = R1 >> 0x18
R4 = self.dword_2[R4]
R6 = self.dword_3[R6]
R4 = R4 ^ R6
R6 = int(self.UBFX(R1, 8, 8))
R1 = int(self.UTFX(R1))
R6 = self.dword_4[R6]
R1 = self.dword_5[R1]
R4 = R4 ^ R6
R1 = R1 ^ R4
list_478.append(R1)
R0 = list_388[l388l - 5 - 4 * i]
R1 = int(self.UTFX(R0))
R4 = int(self.UBFX(R0, 8, 8))
R6 = R0 >> 0x18
R0 = int(self.UBFX(R0, 0x10, 8))
R6 = self.dword_2[R6]
R0 = self.dword_3[R0]
R4 = self.dword_4[R4]
R1 = self.dword_5[R1]
R0 = R0 ^ R6
R0 = R0 ^ R4
R0 = R0 ^ R1
list_478.append(R0)
list_468 = param_list + list_388
return list_468
def handle_ending(self, num, r0):
s = self.toHex(num)
r1 = None
r2 = None
if len(s) <= 8:
r1 = num
r2 = 0
else:
num_str = self.toHex(num)
length = len(num)
r1 = self.parseLong(num_str[: length - 8], 10, 16)
r2 = self.parseLong(num_str[2 : length - 8], 10, 16)
r1 = self.ADDS(r1, r0 << 3)
r2 = self.ADC(r2, r0 >> 29)
a = self.hex_list([r2, r1])
return self.hex_list([r2, r1])
def UTFX(self, num):
tmp_string = self.toBinaryString(num)
start = len(tmp_string) - 8
return self.parseLong(tmp_string[start:], 10, 2)
def hex_27E(self, param_list):
r6 = param_list[0]
r8 = param_list[1]
for i in range(0x40):
r0 = param_list[2 * i + 0x1C]
r5 = param_list[2 * i + 0x1D]
r4 = self.LSRS(r0, 0x13)
r3 = self.LSRS(r0, 0x1D)
lr = r4 | self.check(r5) << 13
r4 = self.LSLS(r0, 3)
r4 = r4 | self.check(r5) >> 29
r3 = r3 | self.check(r5) << 3
r4 = r4 ^ self.check(r0) >> 6
lr = lr ^ r4
r4 = self.LSRS(r5, 6)
r4 = r4 | self.check(r0) << 26
r9 = r3 ^ r4
r4 = self.LSRS(r5, 0x13)
r0 = r4 | self.check(r0) << 13
r10 = param_list[2 * i + 0x12]
r3 = param_list[2 * i + 0x13]
r5 = param_list[2 * i + 0x2]
r4 = param_list[2 * i + 0x3]
r0 = r0 ^ r9
r3 = self.ADDS(r3, r8)
r6 = self.ADC(r6, r10)
r8 = self.ADDS(r3, r0)
lr = self.ADC(lr, r6)
r6 = self.LSRS(r4, 7)
r3 = self.LSRS(r4, 8)
r6 = r6 | self.check(r5) << 25
r3 = r3 | self.check(r5) << 24
r3 = int(self.EORS(r3, r6))
r6 = self.LSRS(r5, 1)
r0 = int(self.RRX(r4))
r0 = int(self.EORS(r0, r3))
r3 = r6 | self.check(r4) << 31
r6 = self.LSRS(r5, 8)
r0 = int(self.ADDS(r0, r8))
r6 = r6 | self.check(r4) << 24
r8 = r4
r6 = r6 ^ self.check(r5) >> 7
r3 = r3 ^ r6
r6 = r5
r3 = self.ADC(r3, lr)
param_list = param_list + [r3, r0]
return param_list
def hex_30A(self, param_list, list_3B8):
v_3A0 = param_list[7]
v_3A4 = param_list[6]
v_374 = param_list[5]
v_378 = param_list[4]
LR = param_list[0]
R12 = param_list[1]
v_39C = param_list[2]
v_398 = param_list[3]
v_3AC = param_list[11]
v_3A8 = param_list[10]
R9 = param_list[12]
R10 = param_list[13]
R5 = param_list[9]
R8 = param_list[8]
R4 = param_list[15]
R6 = param_list[14]
for index in range(10):
v_384 = R5
R3 = self.rodata[0x10 * index]
R1 = self.rodata[0x10 * index + 2]
R2 = self.rodata[0x10 * index + 1]
R3 = self.ADDS(R3, R6)
R6 = self.check(R8) >> 14
v_390 = R1
R6 = R6 | self.check(R5) << 18
R1 = self.rodata[0x10 * index + 3]
R0 = self.rodata[0x10 * index + 4]
v_36C = R0
R0 = self.ADC(R2, R4)
R2 = self.LSRS(R5, 0x12)
R4 = self.LSRS(R5, 0xE)
R2 = R2 | self.check(R8) << 14
R4 = R4 | self.check(R8) << 18
R2 = self.EORS(R2, R4)
R4 = self.LSLS(R5, 0x17)
R4 = R4 | self.check(R8) >> 9
v_38C = R1
R2 = self.EORS(R2, R4)
R4 = self.check(R8) >> 18
R4 = R4 | self.check(R5) << 14
R6 = self.EORS(R6, R4)
R4 = self.LSRS(R5, 9)
R4 = R4 | self.check(R8) << 23
v_354 = R8
R6 = self.EORS(R6, R4)
R3 = self.ADDS(R3, R6)
R0 = self.ADCS(R0, R2)
R2 = list_3B8[0x10 * index + 1]
R2 = self.ADDS(R2, R3)
R3 = list_3B8[0x10 * index + 3]
R6 = list_3B8[0x10 * index]
v_358 = R10
R6 = self.ADCS(R6, R0)
R0 = v_3AC
v_360 = R3
R0 = R0 ^ R10
R3 = list_3B8[0x10 * index + 2]
R0 = self.ANDS(R0, R5)
R1 = list_3B8[0x10 * index + 5]
R4 = R0 ^ R10
R0 = v_3A8
v_364 = R1
R0 = R0 ^ R9
R1 = v_374
R0 = R0 & R8
R8 = v_39C
R0 = R0 ^ R9
v_35C = R3
R10 = self.ADDS(R2, R0)
R0 = v_398
R11 = self.ADC(R6, R4)
R3 = v_378
R2 = R0 | R12
R6 = R0 & R12
R2 = self.ANDS(R2, R1)
R1 = R0
R2 = self.ORRS(R2, R6)
R6 = R8 | LR
R6 = self.ANDS(R6, R3)
R3 = R8 & LR
R3 = self.ORRS(R3, R6)
R6 = self.check(R12) << 30
R0 = self.check(R12) >> 28
R6 = R6 | self.check(LR) >> 2
R0 = R0 | self.check(LR) << 4
R4 = self.check(LR) >> 28
R0 = self.EORS(R0, R6)
R6 = self.check(R12) << 25
R6 = R6 | self.check(LR) >> 7
R4 = R4 | self.check(R12) << 4
R0 = self.EORS(R0, R6)
R6 = self.check(R12) >> 2
R6 = R6 | self.check(LR) << 30
R3 = self.ADDS(R3, R10)
R6 = R6 ^ R4
R4 = self.check(R12) >> 7
R4 = R4 | self.check(LR) << 25
R2 = self.ADC(R2, R11)
R6 = self.EORS(R6, R4)
v_37C = R12
R5 = self.ADDS(R3, R6)
R6 = self.ADC(R2, R0)
R0 = R6 | R12
R2 = R6 & R12
R0 = self.ANDS(R0, R1)
R3 = self.LSRS(R6, 0x1C)
R0 = self.ORRS(R0, R2)
R2 = self.LSLS(R6, 0x1E)
R2 = R2 | self.check(R5) >> 2
R3 = R3 | self.check(R5) << 4
R2 = self.EORS(R2, R3)
R3 = self.LSLS(R6, 0x19)
R3 = R3 | self.check(R5) >> 7
R4 = self.LSRS(R5, 0x1C)
R3 = self.EORS(R3, R2)
R2 = self.LSRS(R6, 2)
R2 = R2 | self.check(R5) << 30
R4 = R4 | self.check(R6) << 4
R2 = self.EORS(R2, R4)
R4 = self.LSRS(R6, 7)
R4 = R4 | self.check(R5) << 25
R12 = R6
R2 = self.EORS(R2, R4)
R4 = R5 | LR
R4 = R4 & R8
R6 = R5 & LR
R4 = self.ORRS(R4, R6)
v_388 = R5
R5 = self.ADDS(R2, R4)
R0 = self.ADCS(R0, R3)
v_398 = R1
R4 = R9
v_350 = R0
R0 = v_3A4
R1 = v_3A0
v_380 = LR
LR = self.ADDS(R0, R10)
R9 = self.ADC(R1, R11)
R0 = v_3AC
R6 = self.check(LR) >> 14
R1 = v_384
R3 = self.check(R9) >> 18
R2 = self.check(R9) >> 14
R3 = R3 | self.check(LR) << 14
R2 = R2 | self.check(LR) << 18
R2 = self.EORS(R2, R3)
R3 = self.check(R9) << 23
R3 = R3 | self.check(LR) >> 9
R6 = R6 | self.check(R9) << 18
R2 = self.EORS(R2, R3)
R3 = self.check(LR) >> 18
R3 = R3 | self.check(R9) << 14
v_39C = R8
R3 = self.EORS(R3, R6)
R6 = self.check(R9) >> 9
R6 = R6 | self.check(LR) << 23
R8 = v_354
R3 = self.EORS(R3, R6)
R6 = R0 ^ R1
R6 = R6 & R9
v_370 = R12
R6 = self.EORS(R6, R0)
R0 = v_3A8
R1 = R0 ^ R8
R1 = R1 & LR
R1 = self.EORS(R1, R0)
R0 = v_358
R1 = self.ADDS(R1, R4)
R6 = self.ADCS(R6, R0)
R0 = v_390
R1 = self.ADDS(R1, R0)
R0 = v_38C
R6 = self.ADCS(R6, R0)
R0 = v_360
R1 = self.ADDS(R1, R0)
R0 = v_35C
R6 = self.ADCS(R6, R0)
R1 = self.ADDS(R1, R3)
R3 = self.ADC(R6, R2)
R2 = v_350
R0 = self.ADDS(R5, R1)
R5 = v_37C
R4 = self.ADC(R2, R3)
v_390 = R4
R2 = R4 | R12
R6 = R4 & R12
R2 = self.ANDS(R2, R5)
R5 = self.LSRS(R4, 0x1C)
R10 = R2 | R6
R2 = self.LSLS(R4, 0x1E)
R2 = R2 | self.check(R0) >> 2
R5 = R5 | self.check(R0) << 4
R2 = self.EORS(R2, R5)
R5 = self.LSLS(R4, 0x19)
R5 = R5 | self.check(R0) >> 7
R6 = self.LSRS(R0, 0x1C)
R12 = R2 ^ R5
R2 = self.LSRS(R4, 2)
R2 = R2 | self.check(R0) << 30
R6 = R6 | self.check(R4) << 4
R2 = self.EORS(R2, R6)
R6 = self.LSRS(R4, 7)
R4 = v_388
R6 = R6 | self.check(R0) << 25
R5 = v_380
R2 = self.EORS(R2, R6)
R6 = R0 | R4
R4 = self.ANDS(R4, R0)
R6 = self.ANDS(R6, R5)
v_38C = R0
R4 = self.ORRS(R4, R6)
R6 = LR ^ R8
R0 = self.ADDS(R2, R4)
v_3A4 = R0
R0 = self.ADC(R12, R10)
v_3A0 = R0
R0 = v_378
R10 = self.ADDS(R1, R0)
R0 = v_374
R6 = R6 & R10
R1 = self.ADC(R3, R0)
R5 = self.check(R10) >> 14
R0 = v_384
R6 = R6 ^ R8
R3 = self.LSRS(R1, 0x12)
R4 = self.LSRS(R1, 0xE)
R3 = R3 | self.check(R10) << 14
R4 = R4 | self.check(R10) << 18
R3 = self.EORS(R3, R4)
R4 = self.LSLS(R1, 0x17)
R4 = R4 | self.check(R10) >> 9
R5 = R5 | self.check(R1) << 18
R11 = R3 ^ R4
R3 = self.check(R10) >> 18
R3 = R3 | self.check(R1) << 14
v_378 = R1
R3 = self.EORS(R3, R5)
R5 = self.LSRS(R1, 9)
R5 = R5 | self.check(R10) << 23
R3 = self.EORS(R3, R5)
R5 = R9 ^ R0
R5 = self.ANDS(R5, R1)
R1 = v_3A8
R5 = self.EORS(R5, R0)
R0 = v_36C
R4 = self.ADDS(R0, R1)
R2 = self.rodata[0x10 * index + 5]
R0 = v_3AC
R2 = self.ADCS(R2, R0)
R0 = v_364
R4 = self.ADDS(R4, R0)
R12 = list_3B8[0x10 * index + 4]
R0 = v_3A4
R2 = self.ADC(R2, R12)
R6 = self.ADDS(R6, R4)
R2 = self.ADCS(R2, R5)
R3 = self.ADDS(R3, R6)
R11 = self.ADC(R11, R2)
R1 = self.ADDS(R0, R3)
R0 = v_3A0
R6 = v_390
R4 = self.check(R1) >> 28
R0 = self.ADC(R0, R11)
R5 = v_370
R2 = R0 | R6
R6 = self.ANDS(R6, R0)
R2 = self.ANDS(R2, R5)
R5 = self.LSRS(R0, 0x1C)
R12 = R2 | R6
R6 = self.LSLS(R0, 0x1E)
R6 = R6 | self.check(R1) >> 2
R5 = R5 | self.check(R1) << 4
R6 = self.EORS(R6, R5)
R5 = self.LSLS(R0, 0x19)
R5 = R5 | self.check(R1) >> 7
R4 = R4 | self.check(R0) << 4
R6 = self.EORS(R6, R5)
R5 = self.LSRS(R0, 2)
R5 = R5 | self.check(R1) << 30
v_3AC = R0
R5 = self.EORS(R5, R4)
R4 = self.LSRS(R0, 7)
R0 = v_38C
R4 = R4 | self.check(R1) << 25
R2 = v_388
R5 = self.EORS(R5, R4)
R4 = R1 | R0
v_3A8 = R1
R4 = self.ANDS(R4, R2)
R2 = R1 & R0
R2 = self.ORRS(R2, R4)
R0 = self.ADDS(R5, R2)
v_3A4 = R0
R0 = self.ADC(R6, R12)
v_3A0 = R0
R0 = v_39C
R2 = v_398
R0 = self.ADDS(R0, R3)
v_39C = R0
R11 = self.ADC(R11, R2)
R4 = self.LSRS(R0, 0xE)
R3 = self.check(R11) >> 18
R6 = self.check(R11) >> 14
R3 = R3 | self.check(R0) << 14
R6 = R6 | self.check(R0) << 18
R3 = self.EORS(R3, R6)
R6 = self.check(R11) << 23
R6 = R6 | self.check(R0) >> 9
R4 = R4 | self.check(R11) << 18
R1 = self.EORS(R3, R6)
R6 = self.LSRS(R0, 0x12)
R6 = R6 | self.check(R11) << 14
R3 = R10 ^ LR
R6 = self.EORS(R6, R4)
R4 = self.check(R11) >> 9
R3 = self.ANDS(R3, R0)
R4 = R4 | self.check(R0) << 23
R5 = R6 ^ R4
v_398 = R1
R3 = R3 ^ LR
R1 = v_378
R6 = self.rodata[0x10 * index + 6]
R12 = self.rodata[0x10 * index + 7]
R4 = R1 ^ R9
R0 = v_384
R6 = self.ADDS(R6, R8)
R4 = R4 & R11
R12 = self.ADC(R12, R0)
R4 = R4 ^ R9
R8 = list_3B8[0x10 * index + 7]
R2 = list_3B8[0x10 * index + 6]
R6 = self.ADDS(R6, R8)
R0 = v_398
R2 = self.ADC(R2, R12)
R3 = self.ADDS(R3, R6)
R2 = self.ADCS(R2, R4)
R6 = self.ADDS(R3, R5)
R12 = self.ADC(R2, R0)
R0 = v_3A4
R4 = v_390
R1 = self.ADDS(R0, R6)
R0 = v_3A0
v_384 = R1
R5 = self.ADC(R0, R12)
R0 = v_3AC
R8 = self.check(R1) >> 28
R2 = R5 | R0
R3 = R8 | self.check(R5) << 4
R2 = self.ANDS(R2, R4)
R4 = R5 & R0
R0 = R2 | R4
R4 = self.LSLS(R5, 0x1E)
R2 = self.LSRS(R5, 0x1C)
R4 = R4 | self.check(R1) >> 2
R2 = R2 | self.check(R1) << 4
v_3A0 = R0
R2 = self.EORS(R2, R4)
R4 = self.LSLS(R5, 0x19)
R4 = R4 | self.check(R1) >> 7
R0 = v_3A8
R2 = self.EORS(R2, R4)
R4 = self.LSRS(R5, 2)
R4 = R4 | self.check(R1) << 30
R8 = R5
R3 = self.EORS(R3, R4)
R4 = self.LSRS(R5, 7)
R4 = R4 | self.check(R1) << 25
R5 = v_38C
R3 = self.EORS(R3, R4)
R4 = R1 | R0
R4 = self.ANDS(R4, R5)
R5 = R1 & R0
R4 = self.ORRS(R4, R5)
v_36C = R8
R0 = self.ADDS(R3, R4)
v_3A4 = R0
R0 = v_3A0
R0 = self.ADCS(R0, R2)
v_3A0 = R0
R0 = v_380
R2 = v_37C
R0 = self.ADDS(R0, R6)
R5 = self.ADC(R12, R2)
v_37C = R5
R4 = self.LSRS(R0, 0xE)
v_380 = R0
R2 = self.LSRS(R5, 0x12)
R3 = self.LSRS(R5, 0xE)
R2 = R2 | self.check(R0) << 14
R3 = R3 | self.check(R0) << 18
R2 = self.EORS(R2, R3)
R3 = self.LSLS(R5, 0x17)
R3 = R3 | self.check(R0) >> 9
R4 = R4 | self.check(R5) << 18
R1 = R2 ^ R3
R3 = self.LSRS(R0, 0x12)
R3 = R3 | self.check(R5) << 14
v_398 = R1
R3 = self.EORS(R3, R4)
R4 = self.LSRS(R5, 9)
R1 = v_378
R4 = R4 | self.check(R0) << 23
R12 = R3 ^ R4
R3 = list_3B8[0x10 * index + 9]
R4 = R11 ^ R1
R4 = self.ANDS(R4, R5)
R4 = self.EORS(R4, R1)
R1 = v_39C
R5 = R1 ^ R10
R5 = self.ANDS(R5, R0)
R5 = R5 ^ R10
R2 = self.rodata[0x10 * index + 8]
R0 = self.ADDS(R2, LR)
R2 = self.rodata[0x10 * index + 9]
R2 = self.ADC(R2, R9)
R0 = self.ADDS(R0, R3)
R3 = list_3B8[0x10 * index + 8]
R2 = self.ADCS(R2, R3)
R0 = self.ADDS(R0, R5)
R2 = self.ADCS(R2, R4)
R1 = self.ADDS(R0, R12)
R0 = v_398
R3 = v_3AC
R4 = self.ADC(R2, R0)
R0 = v_3A4
R6 = self.ADDS(R0, R1)
R0 = v_3A0
v_3A4 = R6
R0 = self.ADCS(R0, R4)
v_3A0 = R0
R2 = R0 | R8
R2 = self.ANDS(R2, R3)
R3 = R0 & R8
LR = R2 | R3
R8 = R6
R3 = self.LSLS(R0, 0x1E)
R5 = self.LSRS(R0, 0x1C)
R3 = R3 | self.check(R8) >> 2
R5 = R5 | self.check(R8) << 4
R3 = self.EORS(R3, R5)
R5 = self.LSLS(R0, 0x19)
R5 = R5 | self.check(R8) >> 7
R2 = self.check(R8) >> 28
R12 = R3 ^ R5
R5 = self.LSRS(R0, 2)
R5 = R5 | self.check(R8) << 30
R2 = R2 | self.check(R0) << 4
R2 = self.EORS(R2, R5)
R5 = self.LSRS(R0, 7)
R3 = v_384
R5 = R5 | self.check(R8) << 25
R6 = v_3A8
R2 = self.EORS(R2, R5)
R5 = R8 | R3
R5 = self.ANDS(R5, R6)
R6 = R8 & R3
R5 = self.ORRS(R5, R6)
R0 = self.ADDS(R2, R5)
v_398 = R0
R2 = v_388
R12 = self.ADC(R12, LR)
R0 = v_370
R3 = self.ADDS(R1, R2)
R1 = v_380
R8 = self.ADC(R4, R0)
R0 = R3
R2 = self.check(R8) >> 18
R3 = self.check(R8) >> 14
R2 = R2 | self.check(R0) << 14
R3 = R3 | self.check(R0) << 18
R2 = self.EORS(R2, R3)
R3 = self.check(R8) << 23
R3 = R3 | self.check(R0) >> 9
R4 = self.LSRS(R0, 0xE)
LR = R2 ^ R3
R3 = self.LSRS(R0, 0x12)
R3 = R3 | self.check(R8) << 14
R4 = R4 | self.check(R8) << 18
R3 = self.EORS(R3, R4)
R4 = self.check(R8) >> 9
R4 = R4 | self.check(R0) << 23
R2 = R0
R0 = v_37C
R3 = self.EORS(R3, R4)
v_388 = R2
R4 = R0 ^ R11
R0 = v_39C
R4 = R4 & R8
R5 = R1 ^ R0
R4 = R4 ^ R11
R5 = self.ANDS(R5, R2)
R5 = self.EORS(R5, R0)
R6 = self.rodata[0x10 * index + 10]
R1 = self.ADDS(R6, R10)
R6 = self.rodata[0x10 * index + 11]
R0 = v_378
R6 = self.ADCS(R6, R0)
R2 = list_3B8[0x10 * index + 11]
R1 = self.ADDS(R1, R2)
R2 = list_3B8[0x10 * index + 10]
R0 = v_398
R2 = self.ADCS(R2, R6)
R1 = self.ADDS(R1, R5)
R2 = self.ADCS(R2, R4)
R1 = self.ADDS(R1, R3)
R4 = self.ADC(R2, LR)
R6 = v_3A0
R0 = self.ADDS(R0, R1)
R9 = self.ADC(R12, R4)
R3 = v_36C
R2 = R9 | R6
R5 = self.check(R9) >> 28
v_374 = R9
R2 = self.ANDS(R2, R3)
R3 = R9 & R6
R10 = R2 | R3
R3 = self.check(R9) << 30
R3 = R3 | self.check(R0) >> 2
R5 = R5 | self.check(R0) << 4
R3 = self.EORS(R3, R5)
R5 = self.check(R9) << 25
R5 = R5 | self.check(R0) >> 7
R6 = self.LSRS(R0, 0x1C)
R12 = R3 ^ R5
R5 = self.check(R9) >> 2
R5 = R5 | self.check(R0) << 30
R6 = R6 | self.check(R9) << 4
R5 = self.EORS(R5, R6)
R6 = self.check(R9) >> 7
R3 = v_3A4
R6 = R6 | self.check(R0) << 25
R2 = v_384
R5 = self.EORS(R5, R6)
R6 = R0 | R3
R6 = self.ANDS(R6, R2)
R2 = R0 & R3
R2 = R2 | R6
R2 = self.ADDS(R2, R5)
v_398 = R2
R2 = self.ADC(R12, R10)
v_378 = R2
R2 = v_38C
R12 = self.ADDS(R1, R2)
R1 = v_390
LR = self.ADC(R4, R1)
R4 = self.check(R12) >> 14
R1 = self.check(LR) >> 18
R2 = self.check(LR) >> 14
R1 = R1 | self.check(R12) << 14
R2 = R2 | self.check(R12) << 18
R1 = self.EORS(R1, R2)
R2 = self.check(LR) << 23
R2 = R2 | self.check(R12) >> 9
R4 = R4 | self.check(LR) << 18
R1 = self.EORS(R1, R2)
R2 = self.check(R12) >> 18
R2 = R2 | self.check(LR) << 14
v_390 = R1
R2 = self.EORS(R2, R4)
R4 = self.check(LR) >> 9
R1 = v_37C
R4 = R4 | self.check(R12) << 23
R10 = R2 ^ R4
R2 = v_388
R4 = R8 ^ R1
R4 = R4 & LR
R4 = self.EORS(R4, R1)
R1 = v_380
R5 = R2 ^ R1
R2 = v_39C
R5 = R5 & R12
R5 = self.EORS(R5, R1)
R6 = self.rodata[0x10 * index + 12]
R3 = self.rodata[0x10 * index + 13]
R6 = self.ADDS(R6, R2)
R3 = self.ADC(R3, R11)
R1 = list_3B8[0x10 * index + 13]
R1 = self.ADDS(R1, R6)
R6 = list_3B8[0x10 * index + 12]
R3 = self.ADCS(R3, R6)
R1 = self.ADDS(R1, R5)
R3 = self.ADCS(R3, R4)
R5 = self.ADDS(R1, R10)
R1 = v_390
R2 = self.ADC(R3, R1)
R1 = v_398
R3 = v_3A0
R10 = self.ADDS(R1, R5)
R1 = v_378
v_378 = R0
R11 = self.ADC(R1, R2)
R6 = self.check(R10) >> 28
R1 = R11 | R9
v_398 = R11
R1 = self.ANDS(R1, R3)
R3 = R11 & R9
R9 = R1 | R3
R3 = self.check(R11) << 30
R4 = self.check(R11) >> 28
R3 = R3 | self.check(R10) >> 2
R4 = R4 | self.check(R10) << 4
R6 = R6 | self.check(R11) << 4
R3 = self.EORS(R3, R4)
R4 = self.check(R11) << 25
R4 = R4 | self.check(R10) >> 7
R1 = v_3A4
R3 = self.EORS(R3, R4)
R4 = self.check(R11) >> 2
R4 = R4 | self.check(R10) << 30
v_39C = R10
R4 = self.EORS(R4, R6)
R6 = self.check(R11) >> 7
R6 = R6 | self.check(R10) << 25
R4 = self.EORS(R4, R6)
R6 = R10 | R0
R6 = self.ANDS(R6, R1)
R1 = R10 & R0
R1 = self.ORRS(R1, R6)
R10 = LR
R0 = self.ADDS(R4, R1)
v_390 = R0
R0 = self.ADC(R3, R9)
v_38C = R0
R0 = v_3A8
R9 = R12
R4 = self.ADDS(R5, R0)
R0 = v_3AC
v_3A8 = R4
R0 = self.ADCS(R0, R2)
R3 = self.LSRS(R4, 0xE)
v_3AC = R0
R1 = self.LSRS(R0, 0x12)
R2 = self.LSRS(R0, 0xE)
R1 = R1 | self.check(R4) << 14
R2 = R2 | self.check(R4) << 18
R1 = self.EORS(R1, R2)
R2 = self.LSLS(R0, 0x17)
R2 = R2 | self.check(R4) >> 9
R3 = R3 | self.check(R0) << 18
R11 = R1 ^ R2
R2 = self.LSRS(R4, 0x12)
R2 = R2 | self.check(R0) << 14
R2 = self.EORS(R2, R3)
R3 = self.LSRS(R0, 9)
R3 = R3 | self.check(R4) << 23
R2 = self.EORS(R2, R3)
R3 = LR ^ R8
R3 = self.ANDS(R3, R0)
R0 = v_388
LR = R3 ^ R8
R5 = R12 ^ R0
R5 = self.ANDS(R5, R4)
R3 = R0
R5 = self.EORS(R5, R0)
R4 = self.rodata[0x10 * index + 14]
R6 = self.rodata[0x10 * index + 15]
R0 = v_380
R4 = self.ADDS(R4, R0)
R0 = v_37C
R6 = self.ADCS(R6, R0)
R0 = list_3B8[0x10 * index + 14]
R1 = list_3B8[0x10 * index + 15]
R1 = self.ADDS(R1, R4)
R0 = self.ADCS(R0, R6)
R1 = self.ADDS(R1, R5)
R0 = self.ADC(R0, LR)
R1 = self.ADDS(R1, R2)
R2 = v_390
R0 = self.ADC(R0, R11)
R4 = R8
LR = self.ADDS(R2, R1)
R2 = v_38C
R6 = R3
R12 = self.ADC(R2, R0)
R2 = v_384
R8 = self.ADDS(R1, R2)
R2 = v_36C
R5 = self.ADC(R0, R2)
list_638 = [
self.check(LR),
self.check(R12),
self.check(v_39C),
self.check(v_398),
self.check(v_378),
self.check(v_374),
self.check(v_3A4),
self.check(v_3A0),
self.check(R8),
self.check(R5),
self.check(v_3A8),
self.check(v_3AC),
self.check(R9),
self.check(R10),
self.check(R6),
self.check(R4),
]
for i in range(8):
R0 = param_list[2 * i]
R1 = param_list[2 * i + 1]
R0 = self.ADDS(R0, list_638[2 * i])
R1 = self.ADCS(R1, list_638[2 * i + 1])
param_list[2 * i] = R0
param_list[2 * i + 1] = R1
return param_list
def hex_C52(self, list_6B0):
list_8D8 = []
for i in range(8):
tmp = self.hex_list([list_6B0[2 * i + 1], list_6B0[2 * i]])
list_8D8 = list_8D8 + tmp
return list_8D8
def toHex(self, num):
return format(int(num), "x")
def check(self, tmp):
ss = ""
if tmp < 0:
ss = self.toHex(4294967296 + int(tmp))
else:
ss = self.toHex(tmp)
if len(ss) > 8:
size = len(ss)
start = size - 8
ss = ss[start:]
tmp = int(self.parseLong(ss, 10, 16))
return tmp
def ADDS(self, a, b):
c = self.check(a) + self.check(b)
if len(self.toHex(c)) > 8:
self.CF = 1
else:
self.CF = 0
result = self.check(c)
return result
def ANDS(self, a, b):
return self.check(a & b)
def EORS(self, a, b):
return self.check(a ^ b)
def ADC(self, a, b):
c = self.check(a) + self.check(b)
d = self.check(c + self.CF)
return d
def ADCS(self, a, b):
c = self.check(a) + self.check(b)
d = self.check(c + self.CF)
if len(self.toHex(c)) > 8:
self.CF = 1
else:
self.CF = 0
return d
def LSLS(self, num, k):
result = self.bin_type(num)
self.CF = result[k - 1]
return self.check(self.check(num) << k)
def LSRS(self, num, k):
result = self.bin_type(num)
self.CF = result[len(result) - k]
return self.check(self.check(num) >> k)
def ORRS(self, a, b):
return self.check(a | b)
def RRX(self, num):
result = self.bin_type(num)
lenght = len(result)
s = str(self.CF) + result[: lenght - 1 - 0]
return self.parseLong(s, 10, 2)
def bin_type(self, num):
result = ""
num = self.check(num)
lst = self.toBinaryString(num)
for i in range(32):
if i < len(lst):
result += str(lst[i])
else:
result = "0" + result
return result
def UBFX(self, num, lsb, width):
tmp_string = self.toBinaryString(num)
while len(tmp_string) < 32:
tmp_string = "0" + tmp_string
lens = len(tmp_string)
start = lens - lsb - width
end = start - lsb
a = int(self.parseLong(tmp_string[start : end - start], 10, 2))
return int(self.parseLong(tmp_string[start : end - start], 10, 2))
def UFTX(self, num):
tmp_string = self.toBinaryString(num)
start = len(tmp_string) - 8
return self.parseLong(tmp_string[start:], 10, 2)
def toBinaryString(self, num):
return "{0:b}".format(num)
def setData(self, data):
self.content_raw = data
self.content = data
self.list_9C8 = self.hex_9C8()
def hex_9C8(self):
result = []
for i in range(32):
result.append(self.chooice(0, 0x100))
return result
def chooice(self, start, end):
return int(random.uniform(0, 1) * (end + 1 - start) + start)
def s2b(self, data):
arr = []
for i in range(len(data)):
arr.append(data[i])
return arr
def hex_list(self, content):
result = []
for value in content:
tmp = self.toHex(value)
while len(tmp) < 8:
tmp = "0" + tmp
for i in range(4):
start = 2 * i
end = 2 * i + 2
ss = tmp[start:end]
result.append(int(self.parseLong(ss, 10, 16)))
return result
def parseLong(self, num, to_base=10, from_base=10):
if isinstance(num, str):
n = int(num, from_base)
else:
n = int(num)
alphabet = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ"
if n < to_base:
return alphabet[n]
else:
return self.parseLong(n // to_base, to_base) + alphabet[n % to_base]
def byteArray2str(self, b):
return binascii.hexlify(bytes(b)).decode()
def changeByteArrayToLong(self, bytes):
result = []
for byte in bytes:
if byte < 0:
result.append(byte + 256)
else:
result.append(byte)
return result
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