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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def quickRPCServer(provider, prefix, target, maxsize=20, workers=1, useenv=True, conf=None, isolate=False):
 """Run an RPC server in the current thread Calls are handled sequentially, and always in the current thread, if workers=1 (the default). If workers>1 then calls are handled concurrently by a pool of worker threads. Requires NTURI style argument encoding. :param str provider: A provider name. Must be unique in this process. :param str prefix: PV name prefix. Along with method names, must be globally unique. :param target: The object which is exporting methods. (use the :func:`rpc` decorator) :param int maxsize: Number of pending RPC calls to be queued. :param int workers: Number of worker threads (default 1) :param useenv: Passed to :class:`~p4p.server.Server` :param conf: Passed to :class:`~p4p.server.Server` :param isolate: Passed to :class:`~p4p.server.Server` """

    from p4p.server import Server
    import time
    queue = ThreadedWorkQueue(maxsize=maxsize, workers=workers)
    provider = NTURIDispatcher(queue, target=target, prefix=prefix, name=provider)
    threads = []
    server = Server(providers=[provider], useenv=useenv, conf=conf, isolate=isolate)
    with server, queue:
        while True:
            time.sleep(10.0)