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< import functools
---
> import asyncio
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< from hazelcast.future import Future
< from hazelcast.proxy.base import Proxy
< from hazelcast.cluster import VectorClock
---
> from hazelcast.errors import NoDataMemberInClusterError
> from hazelcast.internal.asyncio_cluster import VectorClock
> from hazelcast.internal.asyncio_proxy.base import Proxy
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<     pn_counter_add_codec,
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>     pn_counter_add_codec,
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< from hazelcast.errors import NoDataMemberInClusterError
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< class PNCounter(Proxy["BlockingPNCounter"]):
---
> class PNCounter(Proxy):
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<     def get(self) -> Future[int]:
---
>     async def get(self) -> int:
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<         return self._invoke_internal(pn_counter_get_codec)
---
>         return await self._invoke_internal(pn_counter_get_codec)
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<     def get_and_add(self, delta: int) -> Future[int]:
---
>     async def get_and_add(self, delta: int) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=delta, get_before_update=True)
---
>         return await self._invoke_internal(
>             pn_counter_add_codec, delta=delta, get_before_update=True
>         )
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<     def add_and_get(self, delta: int) -> Future[int]:
---
>     async def add_and_get(self, delta: int) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=delta, get_before_update=False)
---
>         return await self._invoke_internal(
>             pn_counter_add_codec, delta=delta, get_before_update=False
>         )
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<     def get_and_subtract(self, delta: int) -> Future[int]:
---
>     async def get_and_subtract(self, delta: int) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=-1 * delta, get_before_update=True)
---
>         return await self._invoke_internal(
>             pn_counter_add_codec, delta=-1 * delta, get_before_update=True
>         )
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<     def subtract_and_get(self, delta: int) -> Future[int]:
---
>     async def subtract_and_get(self, delta: int) -> int:
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<         return self._invoke_internal(
---
>         return await self._invoke_internal(
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<     def get_and_decrement(self) -> Future[int]:
---
>     async def get_and_decrement(self) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=-1, get_before_update=True)
---
>         return await self._invoke_internal(pn_counter_add_codec, delta=-1, get_before_update=True)
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<     def decrement_and_get(self) -> Future[int]:
---
>     async def decrement_and_get(self) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=-1, get_before_update=False)
---
>         return await self._invoke_internal(pn_counter_add_codec, delta=-1, get_before_update=False)
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<     def get_and_increment(self) -> Future[int]:
---
>     async def get_and_increment(self) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=1, get_before_update=True)
---
>         return await self._invoke_internal(pn_counter_add_codec, delta=1, get_before_update=True)
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<     def increment_and_get(self) -> Future[int]:
---
>     async def increment_and_get(self) -> int:
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<         return self._invoke_internal(pn_counter_add_codec, delta=1, get_before_update=False)
---
>         return await self._invoke_internal(pn_counter_add_codec, delta=1, get_before_update=False)
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<     def blocking(self) -> "BlockingPNCounter":
<         return BlockingPNCounter(self)
< 
<     def _invoke_internal(self, codec, **kwargs):
<         delegated_future = Future()
<         self._set_result_or_error(delegated_future, [], None, codec, **kwargs)
<         return delegated_future
---
>     async def _invoke_internal(self, codec, **kwargs) -> int:
>         delegated_future = asyncio.get_running_loop().create_future()
>         await self._set_result_or_error(delegated_future, [], None, codec, **kwargs)
>         return await delegated_future
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<     def _set_result_or_error(
---
>     async def _set_result_or_error(
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<         target = self._get_crdt_operation_target(excluded_addresses)
---
>         target = await self._get_crdt_operation_target(excluded_addresses)
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<         future = self._invoke_on_target(request, target.uuid, codec.decode_response)
< 
<         checker_func = functools.partial(
<             self._check_invocation_result,
<             delegated_future=delegated_future,
<             excluded_addresses=excluded_addresses,
<             target=target,
<             codec=codec,
<             **kwargs
<         )
<         future.add_done_callback(checker_func)
< 
<     def _check_invocation_result(
<         self, future, delegated_future, excluded_addresses, target, codec, **kwargs
<     ):
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<             result = future.result()
---
>             result = await self._ainvoke_on_target(request, target.uuid, codec.decode_response)
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<             self._set_result_or_error(delegated_future, excluded_addresses, ex, codec, **kwargs)
---
>             await self._set_result_or_error(
>                 delegated_future, excluded_addresses, ex, codec, **kwargs
>             )
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<     def _get_crdt_operation_target(self, excluded_addresses):
---
>     async def _get_crdt_operation_target(self, excluded_addresses):
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<         self._current_target_replica_address = self._choose_target_replica(excluded_addresses)
---
>         self._current_target_replica_address = await self._choose_target_replica(excluded_addresses)
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<     def _choose_target_replica(self, excluded_addresses):
<         replica_addresses = self._get_replica_addresses(excluded_addresses)
---
>     async def _choose_target_replica(self, excluded_addresses):
>         replica_addresses = await self._get_replica_addresses(excluded_addresses)
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<     def _get_replica_addresses(self, excluded_addresses):
---
>     async def _get_replica_addresses(self, excluded_addresses):
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<         replica_count = self._get_max_configured_replica_count()
---
>         replica_count = await self._get_max_configured_replica_count()
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<     def _get_max_configured_replica_count(self):
---
>     async def _get_max_configured_replica_count(self):
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<         count = self._invoke(
---
>         count = await self._invoke(
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<         ).result()
---
>         )
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<     def _to_vector_clock(self, timestamps):
---
>     @classmethod
>     def _to_vector_clock(cls, timestamps):
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< class BlockingPNCounter(PNCounter):
<     __slots__ = ("_wrapped", "name", "service_name")
< 
<     def __init__(self, wrapped: PNCounter):
<         self.name = wrapped.name
<         self.service_name = wrapped.service_name
<         self._wrapped = wrapped
< 
<     def get(  # type: ignore[override]
<         self,
<     ) -> int:
<         return self._wrapped.get().result()
< 
<     def get_and_add(  # type: ignore[override]
<         self,
<         delta: int,
<     ) -> int:
<         return self._wrapped.get_and_add(delta).result()
< 
<     def add_and_get(  # type: ignore[override]
<         self,
<         delta: int,
<     ) -> int:
<         return self._wrapped.add_and_get(delta).result()
< 
<     def get_and_subtract(  # type: ignore[override]
<         self,
<         delta: int,
<     ) -> int:
<         return self._wrapped.get_and_subtract(delta).result()
< 
<     def subtract_and_get(  # type: ignore[override]
<         self,
<         delta: int,
<     ) -> int:
<         return self._wrapped.subtract_and_get(delta).result()
< 
<     def get_and_decrement(  # type: ignore[override]
<         self,
<     ) -> int:
<         return self._wrapped.get_and_decrement().result()
< 
<     def decrement_and_get(  # type: ignore[override]
<         self,
<     ) -> int:
<         return self._wrapped.decrement_and_get().result()
< 
<     def get_and_increment(  # type: ignore[override]
<         self,
<     ) -> int:
<         return self._wrapped.get_and_increment().result()
< 
<     def increment_and_get(  # type: ignore[override]
<         self,
<     ) -> int:
<         return self._wrapped.increment_and_get().result()
< 
<     def reset(  # type: ignore[override]
<         self,
<     ) -> None:
<         self._wrapped.reset()
< 
<     def destroy(self) -> bool:
<         return self._wrapped.destroy()
< 
<     def blocking(self) -> "BlockingPNCounter":
<         return self
< 
<     def __repr__(self) -> str:
<         return self._wrapped.__repr__()
---
> async def create_pn_counter_proxy(service_name, name, context):
>     return PNCounter(service_name, name, context)