Kb9P8ngg

1#import FLAG from FLAGS
2#import SECRET_KEY from SECRET_KEYS
3
4def encrypt(plane_text, secret_key):
5    cipher_text = ""
6    for pt, key in zip(plane_text, secret_key):
7        cipher_num = ord(pt) ^ ord(key)
8        cipher_text += format(cipher_num, '02x')
9    return cipher_text
10
11def padding(plane_text):
12    pt_l = len(plane_text)
13    if pt_l == 50:
14        return plane_text
15    else:
16        plane_text += "%" * (50 - pt_l)
17        return plane_text
18
19def main():
20    secret_key = SECRET_KEY
21    plane_text = padding(FLAG)
22    cipher_text = encrypt(plane_text, secret_key)
23    with open("result.txt", 'a') as f:
24        f.write("FLAG result: " + FLAG)
25
26if __name__ == "__main__":
27    main()