def get_keys(player_id):
multiplier = incr = None
while multiplier is None or incr is None:
first_state = make_bet('Lcg', player_id, 10, 10)['realNumber']
second_state = make_bet('Lcg', player_id, 10, 10)['realNumber']
states = [first_state, second_state]
if modinv(states[1] - states[0], M):
third_state = make_bet('Lcg', player_id, 10, 10)['realNumber']
states.append(third_state)
return crack_unknown_multiplier(states), states[-1]
def crack_better_mt(account_id):
state = []
for i in range(624):
print(i)
response = make_bet('BetterMt', account_id, 1, 0)
state.append(response['realNumber'])
recovered_state = recover_state_mt(state)
generator = MersenneRng()
generator.state = recovered_state
money = 0
while money < 1_000_000:
response = make_bet('BetterMt', account_id, 1,
generator.get_random_number())
money = response['account']['money']
print(money)
def get_mt_generator(account_id, first_timestamp, second_timestamp):
response = make_bet('Mt', account_id, 1, 0)
seed = first_timestamp
while True:
generator = MersenneRng(seed)
new_generated_value = generator.get_random_number()
seed += 1
if new_generated_value == response[
'realNumber'] or seed > second_timestamp + 1:
break
return generator
def crack_mt():
first_timestamp = int(time()) - 1
account = create_account()
second_timestamp = int(time())
generator = get_mt_generator(account['id'], first_timestamp,
second_timestamp)
money = 0
while money < 1_000_000:
response = make_bet('Mt', account['id'], 10,
generator.get_random_number())
money = response['account']['money']
third_state = make_bet('Lcg', player_id, 10, 10)['realNumber']
states.append(third_state)
return crack_unknown_multiplier(states), states[-1]
def calculate_next_value(a, number, c):
result = (a * number + c) % M
if abs(result) <= 2**31:
return result
return result - M if result > 0 else result + M
def mod(a, b):
return ((a % b) + b) % b
if __name__ == "__main__":
account = create_account()
((m, mult, increment), last_value) = get_keys(account['id'])
next_value = calculate_next_value(mult, last_value, increment)
bet = make_bet('Lcg', account['id'], 1, str(next_value))
print(bet)
money = 0
while money < 1_000_000:
next_value = calculate_next_value(mult, next_value, increment)
bet = make_bet('Lcg', account['id'], 10, str(next_value))
money = bet['account']['money']
print(bet['account']['money'])