generate_seed.py

import socket
import time

seed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decode('hex')
count_max = 0x7e0 - 0x20

def calc4(buf, arg2):
    
    res = 0
    for arg3 in range(4):
        res |= calc(buf, arg2, arg3)

    return res

def calc(buf, arg2, arg3):
    shift = arg2 >> 3
    w = arg2 & 7

    v1 = ord(buf[shift + arg3])
    esi = v1 << w

    v2 = ord(buf[shift + arg3 + 1])
    edx = v2 >> (8 - w)

    eax = (esi | edx) & 0xff
    eax = eax << [24, 16, 8, 0][arg3]

    return eax

def loop(count, buf):

    output = []
    for c1 in xrange(count):

        res1 = calc4(buf, c1)

        for c2 in xrange(count):

            res2 = calc4(buf, c2)
            res = res1 ^ res2

            output.append((res >> 24) & 0xff)
            output.append((res >> 16) & 0xff)
            output.append((res >> 8) & 0xff)
            output.append((res >> 0) & 0xff)

    return output

big_seed = loop(count_max, seed)
open('seed2', 'wb').write(''.join(map(chr, big_seed)))