+import sys
+if "generate_opcode_h" in sys.argv[0]:
+  random = __import__("random")
+  random.shuffle(perm)
+  random.shuffle(perm2)

-def_op('CACHE', 0)
-def_op('POP_TOP', 1)
-def_op('PUSH_NULL', 2)

+def_op('CACHE', perm[0])
+def_op('POP_TOP', perm[1])
+def_op('PUSH_NULL', perm[2])

+with open("/tmp/opcode_map", "w") as f:
+  for x, y in enumerate(opname):
+    f.write("%s %s\n" % (x, y))

>>> import marshal, dis
>>> fd = open('x.pyc', 'rb')
>>> fd.seek(16)
16
>>> a = marshal.load(fd)
>>> dis.show_code(a)
Name:              <module>
Filename:          /usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py
Argument count:    0
Positional-only arguments: 0
Kw-only arguments: 0
Number of locals:  0
Stack size:        2
Flags:             0x0
Constants:
   0: 0
   1: None
   2: <code object ks at 0x101419470, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 5>
   3: <code object cry at 0x1016003f0, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 11>
   4: <code object fail at 0x101553000, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 18>
   5: <code object game1 at 0x12c704920, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 23>
   6: <code object game2 at 0x12c704cc0, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 68>
   7: <code object game3 at 0x12c7051f0, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 96>
   8: <code object main at 0x12c704f20, file "/usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py", line 123>
Names:
   0: sys
   1: random
   2: time
   3: ks
   4: cry
   5: fail
   6: game1
   7: game2
   8: game3
   9: main
>>> dis.show_code(a.co_consts[2])
Name:              ks
Filename:          /usr/local/google/home/xxxxxxxxx/yyyy/zzzzzzzzzzzzzzzz/xxxxxxxxxxx.py
Argument count:    1
Positional-only arguments: 0
Kw-only arguments: 0
Number of locals:  1
Stack size:        4
Flags:             OPTIMIZED, NEWLOCALS, GENERATOR
Constants:
   0: None
   1: True
   2: 0
   3: 255
   4: 13
   5: 17
   6: 256
Names:
   0: random
   1: seed
   2: randint
Variable names:
   0: seed
>>>

import sys
import time
import random

def ks(seed):
    random.seed(seed)
    while 1:
        yield (random.randint(0, 255) * 13 + 17) % 256

def cry(s, seed):
    r = []
    for x, y in zip(ks(seed), s):
        r.append(x ^ y)
    bytes(r)

def fail(s):
    print (s)
    print ("Thanks for playing!")
    sys.exit(0)

def game1():
    def w(m, i, j):
        return (m >> (i * 10 + j)) & 1
    m = 1267034045110727999721745963007
    fuel = 8
    x, y = (1, 1)
    stops = set([(5, 4), (3, 3)])
    log = ''
    print("Fuels:", fuel)
    for i in range(10):
        s = ''
        for j in range(10):
            if w(m, i, j):
                s += '🧱'
            elif (j, i) == (x, y):
                s += '🚓'
            elif (j, i) == (8, 8):
                s += '🏁'
            elif (j, i) in stops:
                s += '⛽️'
            else:
                s += '  '
        print (s)
    inp = input().strip()
    for c in inp:
        log += c
        if c not in 'wasd':
            fail('Nope!')
        elif fuel == 0:
            fail('Empty...')
        dx, dy = {'w':(0, -1), 's':(0, 1), 'a':(-1, 0), 'd':(1, 0)}[c]
        x += dx
        y += dy
        if w(m, y, x):
            fail('Crash!')
        fuel -= 1
        if (x, y) in stops:
            stops.remove((x, y))
            fuel += 15
        elif (x, y) == (8, 8):
            print ('Nice!')
            return log

def game2():
    print ('Math quiz time!')
    qs = (('sum', 12, 5), ('difference', 45, 14), ('product', 8, 9), ('ratio', 18, 6), ('remainder from division', 23, 7))
    log = '_'
    for q in qs: 
        print ('What is the %s of %d and %d?' % q)
        x, a, b = q
        if x == 'sum':
            r = a + b
        elif x == 'difference':
            r = a - b
        elif x == 'product':
            r = a * b
        elif x == 'ratio':
            r = a // b
        elif x == 'remainder from division':
            r = a % b
        else:
            print ('What?')
        inp = int(input())
        if inp == r:
            print ('Correct!')
            log += str(inp) + '_'
        else:
            print ('Wrong!')
    return log
    #_17_31_72_3_2_

def game3():
    print ('Speed typing game.')
    t = time.time()
    text = '''
  Text: Because of its performance advantage, today many language implementations
  execute a program in two phases, first compiling the source code into bytecode,
  and then passing the bytecode to the virtual machine.
  '''
    words = text.split()
    it = 1
    log = '_'
    while it != len(words):
        print ('%0.2f seconds left.' % (20 - (time.time() - t)))
        print ('\x1b[32m', ' '.join(words[:it]), '\x1b[39m ', words[it])
        inp = input()
        if time.time() > t + 20:
            fail('Too slow!')
        if inp == words[it]:
            log += words[it].upper() + '_'
            it += 1
        else:
            fail('You made a mistake!')
    print ('Nice!')
    return log
#_BECAUSE_OF_ITS_PERFORMANCE_ADVANTAGE,_TODAY_MANY_LANGUAGE_IMPLEMENTATIONS_EXECUTE_A_PROGRAM_IN_TWO_PHASES,_FIRST_COMPILING_THE_SOURCE_CODE_INTO_BYTECODE,_AND_THEN_PASSING_THE_BYTECODE_TO_THE_VIRTUAL_MACHINE._
def main():
    print('Pass 3 tests to prove your worth!')
    seed = 'seed:'
    seed += game1() + ':'
    print (seed)
    seed += game2() + ':'
    print (seed)
    seed += game3()
    print (seed)
    print ()
    print ("You can drive to work, know some maths and can type fast. You're hired!")
    print('Your sign-on bonus:', cry(b'\xa0?n\xa5\x7f)\x1f6Jvh\x95\xcc!\x1e\x95\x996a\x11\xf6OV\x88\xc1\x9f\xde\xb50\x9d\xae\x14\xde\x18YHI\xd8\xd5\x90\x8a\x181l\xb0\x16^O;]', seed).decode())

import random

def ks(seed):
    random.seed(seed)
    while 1:
        yield (random.randint(0, 255) * 13 + 17) % 256

def cry(s, seed):
    r = []
    for x, y in zip(ks(seed), s):
        r.append(x ^ y)
        bytes(r)
    return r

seed = 'seed:sssddwwddwddsssdssaaawwssaaaassddddddd:_17_31_72_3_2_:_BECAUSE_OF_ITS_PERFORMANCE_ADVANTAGE,_TODAY_MANY_LANGUAGE_IMPLEMENTATIONS_EXECUTE_A_PROGRAM_IN_TWO_PHASES,_FIRST_COMPILING_THE_SOURCE_CODE_INTO_BYTECODE,_AND_THEN_PASSING_THE_BYTECODE_TO_THE_VIRTUAL_MACHINE._'
print('Your sign-on bonus:', cry(b'\xa0?n\xa5\x7f)\x1f6Jvh\x95\xcc!\x1e\x95\x996a\x11\xf6OV\x88\xc1\x9f\xde\xb50\x9d\xae\x14\xde\x18YHI\xd8\xd5\x90\x8a\x181l\xb0\x16^O;]', seed))