How to use the oscpy.client.send_bundle function in oscpy

    @osc.address(b'/part1/{string1,string2}/part3')
    @save_result
    def parts_somestrings(*values):
        pass

    @osc.address(b'/part1/part2/{string1,string2}')
    @save_result
    def parts_somestrings2(*values):
        pass

    @osc.address(b'/part1/part2/prefix-{string1,string2}')
    @save_result
    def parts_somestrings3(*values):
        pass

    send_bundle(
        (
            (b'/a', [1]),
            (b'/b', [2]),
            (b'/z', [3]),
            (b'/1', [3]),
            (b'/?', [4]),

            (b'/ab', [5]),
            (b'/bb', [6]),
            (b'/z?', [7]),
            (b'/??', [8]),
            (b'/?*', [9]),

            (b'/prefixab', [10]),
            (b'/prefixbb', [11]),
            (b'/prefixz?', [12]),

osc = OSCThreadServer()
    sock = osc.listen()
    port = sock.getsockname()[1]
    acc = []

    def success(*values):
        acc.append(values[0])

    osc.bind(b'/success', success, sock)

    timeout = time() + 5
    while len(acc) < 100:
        if time() > timeout:
            raise OSError('timeout while waiting for  success message.')

        send_bundle(
            [
                (b'/success', [i])
                for i in range(10)
            ],
            'localhost', port, safer=True
        )

osc = OSCThreadServer()
    sock = osc.listen()
    port = sock.getsockname()[1]
    acc = []

    def success(*values):
        acc.append(values[0])

    osc.bind(b'/success', success, sock)

    timeout = time() + 5
    while len(acc) < 100:
        if time() > timeout:
            raise OSError('timeout while waiting for  success message.')

        send_bundle(
            [
                (b'/success', [i])
                for i in range(10)
            ],
            'localhost', port
        )