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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 set_thread_params( self, enable=None, count=None, count_offload=None, stack_size=None, no_wait=None):
 """Sets threads related params. :param bool enable: Enable threads in the embedded languages. This will allow to spawn threads in your app. .. warning:: Threads will simply *not work* if this option is not enabled. There will likely be no error, just no execution of your thread code. :param int count: Run each worker in prethreaded mode with the specified number of threads per worker. .. warning:: Do not use with ``gevent``. .. note:: Enables threads automatically. :param int count_offload: Set the number of threads (per-worker) to spawn for offloading. Default: 0. These threads run such tasks in a non-blocking/evented way allowing for a huge amount of concurrency. Various components of the uWSGI stack are offload-friendly. .. note:: Try to set it to the number of CPU cores to take advantage of SMP. * http://uwsgi-docs.readthedocs.io/en/latest/OffloadSubsystem.html :param int stack_size: Set threads stacksize. :param bool no_wait: Do not wait for threads cancellation on quit/reload. """

        self._set('enable-threads', enable, cast=bool)
        self._set('no-threads-wait', no_wait, cast=bool)
        self._set('threads', count)
        self._set('offload-threads', count_offload)

        if count:
            self._section.print_out('Threads per worker: %s' % count)

        self._set('threads-stacksize', stack_size)

        return self._section