1
def caesar_offset(s, i):
2
    if not -25 <= i <= 25:
3
        return False
4
    origin = map(lambda c: chr((ord(c) - 65 + i) % 26 + 65) if 65 <= ord(c) <= 90
5
    else chr((ord(c) - 97 + i) % 26 + 97) if 97 <= ord(c) <= 122
6
    else c, s)
7
    return ''.join(origin)

1
def b64de(s):
2
    print(" B64 start ".center(64, '-'))
3
    r = ""
4
    deb64 = base64.b64decode(s)
5
    try:
6
        print("try:utf-8 decode")
7
        print(deb64.decode("utf-8"))
8
    except:
9
        print("\nCantdecode UTF-8")
10
    print()
11
    for i in deb64:
12
        print(('%02x' % i).upper(), end=' ')
13
    print()
14
    print("try:chr decode")
15

16
    for i in deb64:
17
        print(chr(i), end='')
18
        r += chr(i)
19
    print()
20
    print(" B64 stop ".center(64, '-'))
21
    return r

1
def binToASCII(bin_str):
2
    bin_str = bin_str.replace('\n', '').replace(' ', '')
3
    r = ""
4
    print(len(bin_str))
5
    for i in range(len(bin_str) // 8):
6
        byte_str = bin_str[i * 8:i * 8 + 8]
7
        r += chr(int(byte_str, 2)) if byte_str != '00000000' else ''
8
    return r

1
def imgToBin(path, mode='B0W1'):
2
    im = Image.open(path)
3
    im = im.convert("1")
4

5
    bin_str = ""
6
    black, white = ('0', '1') if mode == 'B0W1' else ('1', '0') if mode == 'B1W0' else ('0', '0')
7
    for j in range(im.size[1]):
8
        for i in range(im.size[0]):
9
            if im.getpixel((i, j)) >= 128:
10
                bin_str += white
11
            else:
12
                bin_str += black
13
    return bin_str

1
hJBCY1PhUCHoSBj6EpFoiJrbSMFuEL5YWAu0VCnMEqdjjfqcCIvbZYyqhYE2Qq0QIqO5SW==
2

3
ks6w!

1
bDVWS1JbOWBiMVd6YjZicDlvMGZoYF5SQUo0PWhGYkxddzkwWCpvTSskbSY2Kk0KCkI5MQ==

1
l5VKR[9`b1Wzb6bp9o0fh`^RAJ4=hFbL]w90X*oM+$m&6*M
2

3
B91

1
https://od.uuu.gay/33.7z  b1Wzb6bp9o0f

1
l5VKR[9`b1Wzb6bp9o0fh`^R<1}$_YmL/1W<vnhdY%E?hF

1
https://od.uuu.gay/321.7z  Sc3885s38z

1
kwwsv://bkmi.ff/w/Vf3885v38c

1
https://yhjf.cc/t/Sc3885s38z