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"""
Utilities for declaring and retrieving active model layers using a shared DHT.
"""
from __future__ import annotations
import math
from functools import partial
from typing import Dict, List, Optional, Sequence, Union
from hivemind.dht import DHT, DHTNode, DHTValue
from hivemind.moe.client.remote_expert_worker import RemoteExpertWorker
from hivemind.p2p import PeerID
from hivemind.utils import DHTExpiration, MPFuture, get_dht_time, get_logger, use_hivemind_log_handler
import src
from src.data_structures import CHAIN_DELIMITER, UID_DELIMITER, ModuleUID, RemoteModuleInfo, ServerInfo, ServerState
use_hivemind_log_handler("in_root_logger")
logger = get_logger(__file__)
def declare_active_modules(
dht: DHT,
uids: Sequence[ModuleUID],
expiration_time: DHTExpiration,
state: ServerState,
throughput: float,
wait: bool = True,
) -> Union[Dict[ModuleUID, bool], MPFuture[Dict[ModuleUID, bool]]]:
"""
Declare that your node serves the specified modules; update timestamps if declared previously
:param uids: a list of module ids to declare
:param wait: if True, awaits for declaration to finish, otherwise runs in background
:param throughput: specify your performance in terms of compute throughput
:param expiration_time: declated modules will be visible for this many seconds
:returns: if wait, returns store status for every key (True = store succeeded, False = store rejected)
"""
if isinstance(uids, str):
uids = [uids]
if not isinstance(uids, list):
uids = list(uids)
for uid in uids:
assert isinstance(uid, ModuleUID) and UID_DELIMITER in uid and CHAIN_DELIMITER not in uid
return dht.run_coroutine(
partial(
_declare_active_modules,
uids=uids,
expiration_time=expiration_time,
state=state,
throughput=throughput,
),
return_future=not wait,
)
async def _declare_active_modules(
dht: DHT,
node: DHTNode,
uids: List[ModuleUID],
expiration_time: DHTExpiration,
state: ServerState,
throughput: float,
) -> Dict[ModuleUID, bool]:
num_workers = len(uids) if dht.num_workers is None else min(len(uids), dht.num_workers)
return await node.store_many(
keys=uids,
subkeys=[dht.peer_id.to_base58()] * len(uids),
values=[(state.value, throughput)] * len(uids),
expiration_time=expiration_time,
num_workers=num_workers,
)
def get_remote_sequence(
dht: DHT,
start: int,
stop: int,
config: src.DistributedBloomConfig,
dht_prefix: Optional[str] = None,
return_future: bool = False,
) -> Union[src.RemoteSequential, MPFuture]:
return RemoteExpertWorker.run_coroutine(
_get_remote_sequence(dht, start, stop, config, dht_prefix), return_future=return_future
)
async def _get_remote_sequence(
dht: DHT,
start: int,
stop: int,
config: src.DistributedBloomConfig,
dht_prefix: Optional[str] = None,
) -> src.RemoteSequential:
uids = [f"{config.dht_prefix}{UID_DELIMITER}{i}" for i in range(start, stop)]
p2p = await dht.replicate_p2p()
manager = src.RemoteSequenceManager(dht, uids, p2p)
return src.RemoteSequential(config, dht, dht_prefix, p2p, manager)
def get_remote_module(
dht: DHT,
uid_or_uids: Union[ModuleUID, List[ModuleUID]],
config: src.DistributedBloomConfig,
dht_prefix: Optional[str] = None,
return_future: bool = False,
) -> Union[Union[src.RemoteTransformerBlock, List[src.RemoteTransformerBlock]], MPFuture]:
"""
:param uid_or_uids: find one or more modules with these ids from across the DHT
:param config: model config, usualy taken by .from_pretrained(MODEL_NAME)
:param return_future: if False (default), return when finished. Otherwise return MPFuture and run in background.
:returns: a list of [RemoteTransformerBlock]
"""
return RemoteExpertWorker.run_coroutine(
_get_remote_module(dht, uid_or_uids, config, dht_prefix), return_future=return_future
)
async def _get_remote_module(
dht: DHT,
uid_or_uids: Union[ModuleUID, List[ModuleUID]],
config: src.DistributedBloomConfig,
dht_prefix: Optional[str] = None,
) -> Union[src.RemoteTransformerBlock, List[src.RemoteTransformerBlock]]:
single_uid = isinstance(uid_or_uids, ModuleUID)
uids = [uid_or_uids] if single_uid else uid_or_uids
p2p = await dht.replicate_p2p()
managers = (src.RemoteSequenceManager(dht, [uid], p2p) for uid in uids)
modules = [
src.RemoteTransformerBlock(config, dht, dht_prefix=dht_prefix, p2p=p2p, sequence_manager=m) for m in managers
]
return modules[0] if single_uid else modules
def get_remote_module_infos(
dht: DHT,
uid_or_uids: Union[ModuleUID, List[ModuleUID]],
expiration_time: Optional[DHTExpiration] = None,
) -> List[Optional[RemoteModuleInfo]]:
single_uid = isinstance(uid_or_uids, ModuleUID)
uids = [uid_or_uids] if single_uid else uid_or_uids
infos = dht.run_coroutine(
partial(_get_remote_module_infos, uids=uids, expiration_time=expiration_time), return_future=False
)
return infos[0] if single_uid else infos
async def _get_remote_module_infos(
dht: DHT, node: DHTNode, uids: List[ModuleUID], expiration_time: Optional[DHTExpiration]
) -> List[Optional[RemoteModuleInfo]]:
if expiration_time is None:
expiration_time = get_dht_time()
num_workers = len(uids) if dht.num_workers is None else min(len(uids), dht.num_workers)
found: Dict[ModuleUID, DHTValue] = await node.get_many(uids, expiration_time, num_workers=num_workers)
modules: List[Optional[RemoteModuleInfo]] = [None] * len(uids)
for i, uid in enumerate(uids):
metadata = found[uid]
if metadata is None or not isinstance(metadata.value, dict):
if metadata is not None:
logger.error(f"Incorrect metadata for {uid}: {metadata}")
continue
servers = {}
for peer_id, server_info in metadata.value.items():
try:
peer_id = PeerID.from_base58(peer_id)
state, throughput = server_info.value
if not (
isinstance(state, int)
and isinstance(throughput, float)
and math.isfinite(throughput)
and throughput >= 0.0
):
raise ValueError(f"Invalid server info: {server_info}")
servers[peer_id] = ServerInfo(ServerState(state), throughput)
except (TypeError, ValueError) as e:
logger.error(f"Incorrect peer entry for uid={uid}, peer_id={peer_id}: {e}")
if servers:
modules[i] = RemoteModuleInfo(uid, servers)
return modules
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