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Lorenze Jay
c6bf5ef5d4
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* feat(flow): queue relevant background replies (OSS-192) * fix(flow): fence queued output after shared reply interruption * fix(flow): keep prepared delivery retries side effect free
295 lines
12 KiB
Python
295 lines
12 KiB
Python
"""Behavior checks for queued delivery over accepted artifacts and public replies."""
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from concurrent.futures import ThreadPoolExecutor
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from typing import ClassVar
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import pytest
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from crewai.experimental.flow_jobs import JobRecord, JobState, JobUpdate, add_job, commit_job_update
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from crewai.experimental.flow_replies import ClientActivity, CoveredUpdate, ReplyQueue, ReplyQueueState
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from crewai.experimental.flow_turns import TurnRecord, TurnRunner, TurnState
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from crewai.flow import Flow, listen
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class Result(JobRecord):
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output_fields: ClassVar[frozenset[str]] = frozenset({"answer"})
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answer: str = ""
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class State(ReplyQueueState, JobState[Result]):
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pass
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class Chat(Flow[State]):
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conversational = True
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def route_turn(self, context):
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return "ack"
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@listen("ack")
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def respond(self):
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return "Accepted."
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def setup():
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flow = Chat(suppress_flow_events=True)
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turns = TurnRunner(flow)
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return flow, turns, ReplyQueue(turns)
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def complete(flow, name="one"):
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state = flow.state
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state.turns[name] = TurnRecord(session_id=state.id, turn_id=name, status="completed")
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job = Result(session_id=state.id, origin_turn_id=name, job_id=name)
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assert add_job(state, job)
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for seq, kind, details in [(1, "started", {}), (2, "stage_started", {"stage": "result"}),
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(3, "stage_completed", {"stage": "result", "outputs": {"answer": f"Result {name}"}}),
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(4, "completed", {})]:
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assert commit_job_update(state, JobUpdate(session_id=state.id, job_id=name, revision=1,
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attempt=1, seq=seq, kind=kind, **details))
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return job
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def activity(flow, seq, **kwargs):
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return ClientActivity(session_id=flow.state.id, seq=seq, recording=False, playback=False,
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muted=False, **kwargs)
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def test_two_completions_retained_while_gate_held_then_only_one_claims_floor():
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flow, turns, queue = setup()
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queue.set_foreground(True)
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jobs = [complete(flow, name) for name in ("one", "two")]
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ids = [queue.enqueue(job) for job in jobs]
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assert all(ids) and len(set(ids)) == 2
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assert queue.claim() is None
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assert [job.answer for job in flow.state.jobs.values()] == ["Result one", "Result two"]
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assert all(r.status == "pending" for r in flow.state.deliveries.values())
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queue.set_foreground(False)
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with ThreadPoolExecutor(2) as pool:
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claims = list(pool.map(lambda _: queue.claim(), range(2)))
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assert sum(c is not None for c in claims) == 1
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first = next(c for c in claims if c is not None)
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events = queue.prepare(first.delivery_id, lambda current: current[0].answer)
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assert [e.type for e in events] == ["started", "text", "completed"]
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assert {e.delivery_id for e in events} == {first.delivery_id}
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assert {e.job_id for e in events} == {"one"}
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assert all(turns.accept_event(e) for e in events)
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assert queue.claim() is None # Generated text does not release the speaking floor.
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assert queue.prepare(first.delivery_id, lambda _: "duplicate") == []
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assert queue.settle(first.delivery_id, "completed")
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assert not queue.settle(first.delivery_id, "completed")
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assert queue.claim().delivery_id == ids[1]
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restored = State.model_validate_json(flow.state.model_dump_json())
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assert restored.jobs["one"].answer == "Result one"
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assert restored.replies[first.delivery_id].text == "Result one"
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assert restored.deliveries[first.delivery_id].status == "completed"
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def test_completion_must_commit_and_duplicates_coalesce_without_replay():
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flow, _, queue = setup()
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job = complete(flow)
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stale = job.model_copy(update={"last_update_seq": 3})
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assert queue.enqueue(stale) is None
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delivery_id = queue.enqueue(job)
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assert queue.enqueue(job.model_copy(deep=True)) == delivery_id
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assert len(queue.snapshot()["deliveries"]) == 1
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queue.claim()
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assert queue.settle(delivery_id, "interrupted")
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assert queue.enqueue(job) == delivery_id
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assert queue.claim() is None
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assert flow.state.jobs[job.job_id].status == "completed"
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@pytest.mark.parametrize("change", ["revision", "attempt", "failed", "cancelled"])
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def test_invalidated_job_is_skipped_without_losing_artifacts(change):
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flow, turns, queue = setup()
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job = complete(flow)
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relevant = True
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queue.is_relevant = lambda _: relevant
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delivery_id = queue.enqueue(job)
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if change in {"revision", "attempt"}:
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setattr(job, change, 2)
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elif change == "failed":
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job.status = "failed"
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else:
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relevant = False # Application cancellation policy, not a new job status.
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assert queue.claim() is None
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assert flow.state.deliveries[delivery_id].status == "skipped"
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assert job.answer == "Result one"
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assert delivery_id not in turns.state.replies
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def test_recheck_after_claim_and_before_output_blocks_stale_completion():
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flow, turns, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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queue.claim()
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job.revision = 2
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assert queue.prepare(delivery_id, lambda _: pytest.fail("Stale builder invoked")) == []
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assert flow.state.deliveries[delivery_id].status == "skipped"
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assert not queue.accepts_output(delivery_id)
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newer = queue.enqueue(job)
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assert newer != delivery_id
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queue.claim()
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events = queue.prepare(newer, lambda current: current[0].answer)
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job.attempt = 2
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assert not queue.accepts_output(newer)
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assert queue.settle(newer, "completed")
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assert flow.state.deliveries[newer].status == "skipped"
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assert not turns.accept_event(events[1])
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def test_requested_summary_suppresses_pending_and_later_duplicate_announcement():
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flow, _, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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assert queue.mark_covered(CoveredUpdate.from_job(job))
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assert queue.claim() is None
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assert flow.state.deliveries[delivery_id].reason == "Already covered by a requested summary."
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assert queue.enqueue(job) is None
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job2 = complete(flow, "two")
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assert queue.mark_covered(CoveredUpdate.from_job(job2))
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assert queue.enqueue(job2) is None # Summary may win before completion notification enqueue.
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def test_interruption_fences_queued_text_and_releases_floor_without_replay():
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flow, turns, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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queue.claim()
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events = queue.prepare(delivery_id, lambda current: current[0].answer)
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assert turns.accept_event(events[0])
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assert queue.settle(delivery_id, "interrupted")
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assert not turns.accept_event(events[1])
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assert not turns.accept_event(events[2])
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assert not queue.accepts_output(delivery_id)
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assert queue.claim() is None
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assert job.status == "completed" and job.answer == "Result one"
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assert flow.state.replies[delivery_id].status == "completed"
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assert flow.state.replies[delivery_id].interrupted
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def test_recording_mute_playback_and_foreground_gate_preserve_pending_reply():
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flow, turns, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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for seq, field in enumerate(("recording", "muted", "playback"), 1):
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data = dict(session_id=flow.state.id, seq=seq, recording=False, muted=False, playback=False)
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data[field] = True
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assert queue.observe_client(ClientActivity(**data))
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assert queue.claim() is None
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assert queue.observe_client(activity(flow, 4))
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stream = turns.stream_turn("Hi", turn_id="foreground")
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next(stream)
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assert queue.claim() is None # Even if adapter forgot its server-owned busy gate.
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stream.close()
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assert queue.claim().delivery_id == delivery_id
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def test_foreign_duplicate_and_stale_client_observations_cannot_release_floor():
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flow, turns, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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queue.claim()
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queue.prepare(delivery_id, lambda current: current[0].answer)
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assert queue.observe_client(ClientActivity(session_id=flow.state.id, seq=1,
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recording=False, playback=True, muted=False, delivery_id=delivery_id))
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assert not queue.observe_client(activity(flow, 1, delivery_id=delivery_id))
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assert not queue.observe_client(ClientActivity(session_id="foreign", seq=2,
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recording=False, playback=False, muted=False, delivery_id=delivery_id))
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assert not queue.observe_client(activity(flow, 2, delivery_id="unknown"))
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assert not queue.observe_client(activity(flow, 3))
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assert queue.observe_client(activity(flow, 4, delivery_id=delivery_id))
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assert flow.state.delivery_floor.active_delivery_id == delivery_id
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assert queue.claim() is None # Idle observation is not delivery completion.
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def test_failure_or_close_never_changes_success_or_leaks_to_another_session():
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flow, turns, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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queue.claim()
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with pytest.raises(ValueError):
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queue.prepare(delivery_id, lambda _: "")
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assert flow.state.deliveries[delivery_id].status == "failed"
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second = complete(flow, "two")
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second_id = queue.enqueue(second)
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queue.claim()
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events = queue.prepare(second_id, lambda current: current[0].answer)
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third = complete(flow, "three")
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third_id = queue.enqueue(third)
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queue.close()
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assert not turns.accept_event(events[1])
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assert flow.state.deliveries[second_id].status == "interrupted"
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assert flow.state.deliveries[third_id].status == "skipped"
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assert queue.enqueue(job) is None
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assert queue.claim() is None
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other_flow, other_turns, other_queue = setup()
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assert other_queue.enqueue(second) is None
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assert not other_turns.accept_event(events[0])
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assert all(j.status == "completed" and j.answer for j in flow.state.jobs.values())
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def test_queue_requires_opt_in_composed_state():
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class Plain(Flow[TurnState]):
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conversational = True
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with pytest.raises(TypeError):
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ReplyQueue(TurnRunner(Plain()))
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def test_ended_conversation_cannot_enqueue_or_publish_results():
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flow, _, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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queue.claim()
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events = queue.prepare(delivery_id, lambda current: current[0].answer)
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assert events
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flow.state.ended = True
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assert not queue.accepts_output(delivery_id)
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assert queue.enqueue(job) is None
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assert queue.settle(delivery_id, "completed")
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assert flow.state.deliveries[delivery_id].status == "skipped"
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assert job.answer == "Result one"
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def test_shared_turn_interruption_fences_background_handoff_and_completion():
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flow, turns, queue = setup()
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job = complete(flow)
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delivery_id = queue.enqueue(job)
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record = queue.claim()
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events = queue.prepare(delivery_id, lambda current: current[0].answer)
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assert queue.accepts_output(delivery_id)
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assert turns.interrupt(session_id=record.session_id, turn_id=record.turn_id,
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input_revision=record.input_revision, delivery_id=record.delivery_id)
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assert not queue.accepts_output(delivery_id)
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assert not turns.accept_event(events[1])
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assert queue.settle(delivery_id, "completed")
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assert flow.state.deliveries[delivery_id].status == "interrupted"
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assert job.job_id not in flow.state.covered_updates
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assert job.status == "completed" and job.answer == "Result one"
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assert queue.claim() is None
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def test_preparation_retry_during_playback_preserves_lease_and_completion():
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flow, turns, queue = setup()
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jobs = [complete(flow, name) for name in ("one", "two")]
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deliveries = [queue.enqueue(job) for job in jobs]
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delivery = queue.claim()
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events = queue.prepare(delivery.delivery_id, lambda current: current[0].answer)
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assert all(turns.accept_event(event) for event in events)
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assert queue.observe_client(ClientActivity(session_id=flow.state.id, seq=1,
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recording=False, playback=True, muted=False, delivery_id=delivery.delivery_id))
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snapshot = queue.snapshot()
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assert queue.prepare(delivery.delivery_id,
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lambda _: pytest.fail("Prepared twice")) == []
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assert queue.snapshot() == snapshot
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assert queue.accepts_output(delivery.delivery_id)
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assert queue.claim() is None
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assert queue.settle(delivery.delivery_id, "completed")
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assert flow.state.deliveries[delivery.delivery_id].status == "completed"
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assert not flow.state.replies[delivery.delivery_id].interrupted
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assert queue.claim() is None # Playback stop and completion are distinct.
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assert queue.observe_client(activity(flow, 2, delivery_id=delivery.delivery_id))
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assert queue.claim().delivery_id == deliveries[1]
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assert [job.status for job in jobs] == ["completed", "completed"]
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