def _serve(self, nodes=None): #XXX: should be STATE method; use id
"""Create a new server if one isn't already initialized"""
if nodes is None: nodes = self.__nodes
_pool = __STATE.get(self._id, None)
if not _pool or nodes != _pool.__nodes:
self._clear()
_pool = _ThreadPool(nodes)
_pool.__nodes = nodes
__STATE[self._id] = _pool
return _pool
def _serve(self, nodes=None): #XXX: should be STATE method; use id
"""Create a new server if one isn't already initialized"""
if nodes is None: nodes = self.__nodes
_pool = __STATE.get(self._id, None)
if not _pool or nodes != _pool.__nodes:
self._clear()
_pool = _ThreadPool(nodes)
_pool.__nodes = nodes
__STATE[self._id] = _pool
return _pool
def restart(self, force=False):
"restart a closed pool"
_pool = __STATE.get(self._id, None)
if _pool and self.__nodes == _pool.__nodes:
RUN = 0
if not force:
assert _pool._state != RUN
# essentially, 'clear' and 'serve'
self._clear()
_pool = _ThreadPool(self.__nodes)
_pool.__nodes = self.__nodes
__STATE[self._id] = _pool
return _pool
def restart(self, force=False):
"restart a closed pool"
_pool = __STATE.get(self._id, None)
if _pool and self.__nodes == _pool.__nodes:
RUN = 0
if not force:
assert _pool._state != RUN
# essentially, 'clear' and 'serve'
self._clear()
_pool = _ThreadPool(self.__nodes)
_pool.__nodes = self.__nodes
__STATE[self._id] = _pool
return _pool