Python Obfuscated KeygenMe

from sys import exit, gettrace, stdout


def encode(x):
    out = 0
    for i in (isinstance(x, str) and (x := bytearray(x, 'ansi')) or x):
        out |= i
        out <<= 8
    return out >> 8


def decode(num):
    out = bytearray()
    while num:
        out.append(num & 0xFF)
        num >>= 8
    return out[::-1]


def __exit(reason=0x4c6963656e736520636865636b206661696c65642120506c656173652074727920616761696e2e0a):
    stdout.write(decode(reason).decode())
    exit(1)


def verify(license_key='xd'):
    import hashlib
    import time
    gettrace() is not None and __exit(0x536f7272792c206e6f2064656275676765727320616c6c6f7765642e0a)
    try:
        a1 = time.time()
        len(license_key) == 29 or __exit()
        len(p := license_key.split('-')) == 5 or __exit()
        all(len(i) == 5 for i in p) or __exit()
        a2 = time.time()
        a2 - a1 < 0.5 or __exit()
        hashlib.md5(p[0].encode()).digest() == b"\xfde\xbe'\n\x8b\xed\xb5\xf8\x16\xfb\x8aVqt4" or __exit()

        p[1][1] == 'T' or __exit()
        p[2][4] == 'S' or __exit()
        p[3][1] == 'O' or __exit()
        p[1][4] == 'A' or __exit()
        p[1][2] == 'U' or __exit()
        p[3][2] == 'H' or __exit()
        p[2][0] == 'T' or __exit()
        p[3][3] == 'F' or __exit()
        p[1][0] == 'A' or __exit()
        p[2][1] == 'I' or __exit()
        p[3][4] == 'A' or __exit()
        p[2][2] == 'O' or __exit()
        p[1][3] == 'L' or __exit()
        p[2][3] == 'N' or __exit()
        p[3][0] == 'Q' or __exit()
        (p[4] * 707)[::14][:5] == 'BHZQB' or __exit()
    except SystemExit:
        exit(1)
    except:
        __exit()
    stdout.write(decode(0x4c6963656e736520636865636b2073756363657373212057656c636f6d65210a).decode())


stdout.write(decode((((((((16869737 << 25) + (13763846)) << (50)) + (((32403084) << (25)) + (22611992))) << (99)) + (((((20746294) << (25)) + (24474465)) << (49)) + (((15516350) << (24)) + (14996164)))) << (199)) + (((((((27626884) << (25)) + (17005425)) << (50)) + (16005976712847)) << (99)) + (((((24081710) << (24)) + (6516589)) << (48)) + (((4217434) << (23)) + (2957322))))).decode())
globals()['verify'] = verify

Correct license key is: CONGR-ATULA-TIONS-QOHFA-BBQZH

First part, CONGR is hashed with md5, which can be easily reversed by online crackers

Parts two, three and four are equality checked

The last part is shifted a bit and then verified.