jaws

def iterate_bits(input, step):
    # Assuming input is a 64-bit integer
    print(bin(input))
    parts = []
    iterations = 0
    while input:
        parts.append(bin(input & ((1 << step) - 1)))  # Print the last 'step' bits
        input >>= step + 1 # Shift 'step' bits to the right
        step = (step % 64) + 1  # Increase step size, but keep it within 1-64
        iterations += 1
    return parts

def reverse_iterate_bits(bit_groups, steps):
    output = 0
    for bits, step in zip(bit_groups[::-1], steps[::-1]):
        output <<= step + 2
        output |= int(bits[2:], 2)
    return output

# Test the function
steps = [1, 2, 3, 4, 5, 6, 7, 8, 9]

# Test the function
print(bin(1099011607776*256**2+5767))
parts = iterate_bits(1099011607776*256**2+5767, 4)
print(parts)
output = reverse_iterate_bits(parts, steps)

print(bin(output))