`on_turn_start` documents a per-turn kwargs channel — "kwargs may include: remaining_tokens, model, platform, tool_count" — and `MemoryManager` forwards whatever it receives. Its only caller passed nothing, so a memory provider had no way to learn who wrote the turn it was being told about. Providers that key durable state on identity resolve one identity when the session is created. A shared session does not work that way: threads are shared by default (`thread_sessions_per_user` is False), so alice, bob, and another agent all write turns into a session whose peer is whoever spoke first. The gateway's answer today is the `[name]` prefix it prepends to the message text, which the model reads and a provider cannot. `turn_author` now travels from the gateway through `run_conversation` into `build_turn_context`, which forwards `author_id`, `author_name`, and `author_is_bot` to every provider. It stops there — the trio never reaches the model, and providers that ignore the kwargs are unaffected. The bot flag is sent on every transport, not only shared sessions: a provider deciding whether a turn may write to durable memory needs it in a DM too. `SessionSource.is_bot` is only as good as its producers. `build_source` defaults it to False and 3 of 32 adapter call sites pass it, so most platforms still report every author as human. Populating the rest is follow-up work; nothing here depends on the flag being right yet.
200 lines
10 KiB
Python
200 lines
10 KiB
Python
"""``AIAgent.run_conversation`` / ``chat`` façade.
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Turn admission around ``conversation_loop.run_conversation``: durable cross-process session turn lease +
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refresher thread and liveness watchdog (``agent.turn_facade_lease``), relay/accounting/portal scopes, and
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balanced start/finish marks. Extracted from ``run_agent.py``; every method resolves through ``AIAgent``'s
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MRO unchanged.
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"""
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import logging
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import uuid
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from contextlib import suppress
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from typing import Any, Dict, List, Optional
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from agent.lazy_forward import forward as _forward
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# Same logger name as the origin module so log records / caplog filters are unchanged.
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logger = logging.getLogger("run_agent")
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class TurnFacadeMixin:
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"""run_conversation()/chat() (see module docstring)."""
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def run_conversation(
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self, user_message: Any, system_message: str=None,
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conversation_history: List[Dict[str, Any]]=None, task_id: str=None,
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stream_callback: Optional[callable]=None, persist_user_message: Optional[Any]=None,
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persist_user_timestamp: Optional[float]=None, persist_user_display_kind: Optional[str]=None,
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persist_user_display_metadata: Optional[Dict[str, Any]]=None,
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persist_user_platform_id: Optional[str]=None, moa_config: Optional[dict[str, Any]]=None,
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turn_author: Optional[Dict[str, Any]] = None,
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) -> Dict[str, Any]:
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"""Forwarder — see ``agent.conversation_loop.run_conversation``."""
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# A review shares this session_id for cache parity: fence review startup or interrupt
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# an admitted request and await its exit before opening live-turn instrumentation.
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# Foreground priority is retained if the review does not acknowledge within the bounded deadline
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# (#84423).
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from agent.background_review import cancel_background_review_for_live_turn
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cancel_background_review_for_live_turn(self)
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from agent import relay_runtime
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from agent.aux_accounting import reset_accounting_context, set_accounting_context
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from agent.auxiliary_client import scoped_runtime_main
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from agent.conversation_loop import run_conversation
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from agent.portal_tags import (
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reset_affinity_scope, reset_conversation_context, set_affinity_scope,
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set_conversation_context,
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)
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from agent.prompt_cache_scope import declared_conversation_scope_safe
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from agent.review_idle_queue import QUEUE as _review_queue
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from agent.subagent_lifecycle import bind_subagent_parent
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from agent.interrupt_scope import track_in_interrupt_scope
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from agent.turn_facade_lease import admit_durable_turn_lease
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from hermes_cli.observability.relay_shared_metrics import finish_task_run, start_task_run
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effective_task_id = task_id or str(uuid.uuid4())
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session_id = str(getattr(self, "session_id", None) or "")
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task_context = {
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"session_id": session_id,
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"task_id": effective_task_id,
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"platform": getattr(self, "platform", None) or "",
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}
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relay_turn_id = f"{session_id or 'session'}:{effective_task_id}:{uuid.uuid4().hex[:8]}"
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self._relay_pending_turn_id = relay_turn_id
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relay_parent_session_id = (
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str(getattr(self, "_parent_session_id", None) or "")
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if task_context["platform"] == "subagent"
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else ""
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)
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relay_lease = relay_turn = lease = None
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# Scope tokens start None: early returns leave the try before the set_*() calls and
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# the finally resets each one unconditionally.
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token = affinity_token = acct_token = None
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task_started = task_finished = False
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relay_outcome = "failed"
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try:
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# First statement of the try so the finally's note_turn_finished balances every exit.
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_review_queue.note_turn_started()
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admission = admit_durable_turn_lease(
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self, session_id=session_id, relay_turn_id=relay_turn_id, task_context=task_context,
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conversation_history=conversation_history,
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)
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if admission.early_result is not None:
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relay_outcome = (
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"cancelled" if admission.early_result.get("interrupted") else "timed_out"
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)
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return admission.early_result
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lease = admission.lease
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conversation_history = admission.conversation_history
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relay_lease = relay_runtime.SESSION_COORDINATOR.acquire_conversation(
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profile_key=relay_runtime.current_profile_key(),
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session_id=task_context["session_id"], platform=task_context["platform"],
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parent_session_id=relay_parent_session_id,
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model=str(getattr(self, "model", None) or ""),
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)
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relay_turn = relay_runtime.SESSION_COORDINATOR.begin_turn(
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relay_lease, turn_id=relay_turn_id, task_id=effective_task_id
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)
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# Minimal relay-runtime shims may lack the opt-out flag: default enabled.
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if getattr(relay_turn, "relay_enabled", True):
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start_task_run(
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**task_context,
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parent_session_id=getattr(self, "_parent_session_id", None) or "",
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)
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task_started = True
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# Ambient Nous Portal tagging: every LLM call in this turn (loop, compression,
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# vision, MoA, review forks) inherits `conversation=<root>`; host-declared
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# affinity scope falls back to it; accounting handles route aux usage to the session.
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token = set_conversation_context(self._conversation_root_id())
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affinity_token = set_affinity_scope(declared_conversation_scope_safe(self))
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# Publish the session accounting handles the same way so auxiliary calls record their token
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# usage into session_model_usage (task dimension) — the fix for aux spend being invisible in
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# analytics (issue #23270).
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acct_token = set_accounting_context(
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getattr(self, "_session_db", None), getattr(self, "session_id", None)
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)
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# Keep the ContextVar scope local (agent tokens may be observed from another thread).
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# A host that owns this thread (Hermes Console) may cancel the turn cross-thread.
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with bind_subagent_parent(self), scoped_runtime_main({}), track_in_interrupt_scope(self):
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try:
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if lease is not None:
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lease.start()
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result = run_conversation(
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self, user_message, system_message, conversation_history, effective_task_id,
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stream_callback, persist_user_message,
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persist_user_timestamp=persist_user_timestamp,
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persist_user_display_kind=persist_user_display_kind,
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persist_user_display_metadata=persist_user_display_metadata,
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persist_user_platform_id=persist_user_platform_id, moa_config=moa_config,
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turn_author=turn_author,
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)
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finally:
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# Post-loop relay/task finalization must not receive a late refresh interrupt;
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# the interrupt clear itself waits for the thread join in the outer finally.
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if lease is not None:
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lease.stop_refresher()
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terminal = result if isinstance(result, dict) else {}
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relay_outcome = (
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"cancelled" if terminal.get("interrupted") is True
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else "failed" if terminal.get("failed") is True
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else "success"
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)
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relay_runtime.SESSION_COORDINATOR.finish_logical_calls(relay_turn, outcome=relay_outcome)
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if task_started:
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task_finished = True
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finish_task_run(**task_context, result=result)
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return result
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except BaseException as exc:
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if isinstance(exc, (KeyboardInterrupt, InterruptedError)) or (
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type(exc).__name__ == "CancelledError"
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):
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relay_outcome = "cancelled"
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elif isinstance(exc, TimeoutError):
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relay_outcome = "timed_out"
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if relay_turn is not None:
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relay_runtime.SESSION_COORDINATOR.finish_logical_calls(
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relay_turn, outcome=relay_outcome
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)
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if task_started and not task_finished:
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task_finished = True
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finish_task_run(**task_context, error=exc)
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raise
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finally:
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try:
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if relay_turn is not None:
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relay_runtime.SESSION_COORDINATOR.end_turn(relay_turn, outcome=relay_outcome)
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finally:
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try:
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if relay_lease is not None:
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relay_runtime.SESSION_COORDINATOR.release_conversation(relay_lease)
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finally:
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if lease is not None:
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lease.stop_refresher()
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lease.join_threads()
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lease.clear_interrupt() # refresher interrupt between stop and join; AFTER join
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lease.release()
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# Always clear mid-turn labels on exit — including interrupted early returns
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# that skip finalize_turn. Keep ts.
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with suppress(Exception):
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self._reset_activity_labels_after_turn()
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if getattr(self, "_relay_pending_turn_id", None) == relay_turn_id:
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self._relay_pending_turn_id = None
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if acct_token is not None:
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reset_accounting_context(acct_token)
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if token is not None:
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reset_conversation_context(token)
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if affinity_token is not None:
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reset_affinity_scope(affinity_token)
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# Balance note_turn_started so the idle queue's live-turn count cannot leak.
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with suppress(Exception):
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_review_queue.note_turn_finished()
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def chat(self, message: str, stream_callback: Optional[callable] = None) -> str:
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"""Final response string of one turn; ``stream_callback`` receives each text delta."""
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return self.run_conversation(message, stream_callback=stream_callback)["final_response"]
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_run_codex_app_server_turn = _forward("agent.codex_runtime", "run_codex_app_server_turn")
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