start_time = datetime.now()
bob_key, bob_index = b.solve_random_puzzle_v2(alice_pre_puzzle_keys, alice_enc_secret_keys)
bob_time = datetime.now() - start_time
start_time = datetime.now()
# Eve pre compute all puzzle keys
puzzle_keys = []
for ppk in alice_pre_puzzle_keys:
p = Puzzle(None, ppk, None, None)
puzzle_keys.append(p.pk)
# Eve try to break each encrypted key she captured
for key in alice_enc_secret_keys:
e = UserPuzzle(puzzle_size)
eve_key, eve_index = e.break_random_puzzle_v2(puzzle_keys, key)
# Eve stop when a key matching bob's one is found
if eve_key == bob_key:
print "Key :\t\t%s" % hexlify(eve_key)
print "Index :\t\t%d" % eve_index
eve_time = datetime.now() - start_time
times[puzzle_size] += eve_time
print "\nAlice time :\t%s" % alice_time
print "Bob time :\t%s" % bob_time
print "Eve time :\t%s" % eve_time
print "----" * 20
break
# combined total times (used to calculate average time)