refactor: запись хода занятия — один commit SessionStore на операцию вместо журнала и checkpoint

Правка балла с пульта и из отчёта идёт одной доменной операцией: раньше WS-путь не обновлял full_report живой сессии.
This commit is contained in:
gglamer 2026-09-26 22:48:24 +00:00
commit 47cb85ee02
30 changed files with 1406 additions and 1161 deletions

View file

@ -20,7 +20,7 @@ from app.api.auth import add_audit_entry, audit, audit_required, require
from app.config import get_settings
from app.db import repo
from app.db.base import get_session
from app.db.models import AuditLog, Group, Score, Session, Trainee
from app.db.models import Group, Score, Session, Trainee
from app.domain.events import Exercise, SessionMode, SessionReport
from app.domain.roles import Role
from app.domain.statuses import SERVICE_STATUS_LABELS, StationSnapshot, current
@ -28,8 +28,9 @@ from app.domain.timers import TimerCode
from app.scoring.export import to_csv, to_pdf
from app.scoring.report import build as build_report
from app.session.checkpoint import load_state
from app.session.finish import scoring_scenario
from app.session.finish import override_score, scoring_scenario
from app.session.hub import hub
from app.session.store import ScoreOverridden, apply_score_override
from app.voice.recording import recording_path
router = APIRouter(prefix="/api/sessions", tags=["sessions"])
@ -424,14 +425,14 @@ async def _report_data(
raise HTTPException(status_code=409, detail="self_assessment_required")
if state.score is None:
raise HTTPException(status_code=409, detail="score_not_ready")
if hub.journal is not None and isinstance(db, AsyncSession):
if hub.store.persistent and isinstance(db, AsyncSession):
persisted_session = await db.scalar(
select(Session.id).where(Session.id == session_id)
)
if (persisted_session is not None and await db.scalar(
select(Score.session_id).where(Score.session_id == session_id)
) is None):
# Live state is populated just before the journal transaction commits.
# Live state is populated just before the store commit finishes.
# Do not expose a report that looks ready but cannot yet be corrected
# or retrieved after restart.
raise HTTPException(status_code=409, detail="score_not_ready")
@ -547,85 +548,47 @@ async def override(
session_id: UUID,
body: ScoreOverride,
request: Request,
db: AsyncSession = Depends(get_session),
db: AsyncSession | None = Depends(optional_session),
) -> SessionReport:
"""Тренажёр готовит материал, преподаватель имеет последнее слово.
Администратору сюда нельзя: ТЗ запрещает ему вмешиваться в оценки прямо.
Правка идёт тем же путём, что команда `score.override` с пульта.
"""
who = require(request, Role.INSTRUCTOR)
session = await repo.get_session(db, session_id)
if session is None:
raise HTTPException(status_code=404, detail="session_not_found")
if session.owner_login != who.login:
raise HTTPException(status_code=404, detail="session_not_found")
correction = ScoreOverridden(
score_final=body.score_final, author=who.login, role=who.role.value,
comment=body.comment,
)
state = hub.get(session_id)
live_ready = state is not None and state.score is not None
scenario = scoring_scenario(state) if live_ready else None
if live_ready and scenario is None:
raise HTTPException(status_code=409, detail="scenario_not_found")
if state is not None:
if state.owner_login != who.login:
raise HTTPException(status_code=404, detail="session_not_found")
if state.score is None:
raise HTTPException(status_code=409, detail="score_not_ready")
scenario = scoring_scenario(state)
if scenario is None:
raise HTTPException(status_code=409, detail="scenario_not_found")
async with hub.operation(session_id):
override_score(state, correction)
return build_report(session_id, state, scenario)
# Занятия нет в памяти узла: правка из истории, по архивному разбору.
if db is None:
raise HTTPException(status_code=404, detail="session_not_found")
session = await repo.get_session(db, session_id)
if session is None or session.owner_login != who.login:
raise HTTPException(status_code=404, detail="session_not_found")
score = await db.scalar(select(Score).where(Score.session_id == session_id))
if score is None:
raise HTTPException(status_code=409, detail="score_not_ready")
archived = (score.report or {}).get("full_report")
if not live_ready and archived is None:
if archived is None:
raise HTTPException(status_code=409, detail="report_not_archived")
# Persist score and audit entry in the same request transaction: the API
# must not report success if either durable record failed to commit.
score.score_final = body.score_final
score.overridden_by = who.login
score.override_comment = body.comment
report_payload = dict(score.report or {})
if archived is not None:
archived_payload = dict(archived)
archived_payload.update({
"score_auto": score.score_auto,
"score_final": body.score_final,
"overridden_by": who.login,
"override_comment": body.comment,
})
report_payload["full_report"] = archived_payload
score.report = report_payload
db.add(AuditLog(
actor=who.login,
role=who.role.value,
action="score.override",
object_id=str(session_id),
# The actual reason remains attached to the instructor-facing score
# report. The durable security audit needs the change and actor, not
# a second indefinite copy of free-text that may contain personal data.
detail=(f"{score.score_auto} → {body.score_final}; "
f"comment_chars={len(body.comment)}"),
))
await db.commit()
if live_ready:
assert state is not None and state.score is not None and scenario is not None
state.score = {
**state.score,
"score_final": body.score_final,
"overridden_by": who.login,
"override_comment": body.comment,
}
state.score["full_report"] = {
**state.score.get("full_report", {}),
"score_auto": score.score_auto,
"score_final": body.score_final,
"overridden_by": who.login,
"override_comment": body.comment,
}
result = build_report(session_id, state, scenario)
else:
# Historical/archived sessions no longer have a live object in the hub.
# Keep score correction available from the instructor's report history.
result = SessionReport.model_validate(archived).model_copy(update={
"score_auto": score.score_auto,
"score_final": body.score_final,
"overridden_by": who.login,
"override_comment": body.comment,
})
return result
report = apply_score_override(dict(score.report), correction)
await db.rollback() # чтение закончено; запись — одной транзакцией хранилища
await hub.store.commit_archived(session_id, [correction])
return SessionReport.model_validate(report["full_report"])
@router.get("", response_model=list[SessionOut])

View file

@ -47,6 +47,13 @@ from app.session.dds import prepare_handoff_queue
from app.session.finish import finish, refresh_archived_report, release_score
from app.session.hub import LEASE_FENCED_MESSAGE, hub
from app.session.state import now_utc
from app.session.store import (
HintRecorded,
LessonEnded,
LessonStarted,
SelfAssessed,
UtteranceAppended,
)
from app.voice.models import TTS_RATE, get_voice_models
from app.voice.pipeline import VoiceSession
from app.voice.recording import start_recording
@ -213,8 +220,7 @@ async def _handle(session_id: UUID, state, event) -> None:
accepted = TextTurnAccepted(text=event.text, at=operator_entry.at)
hub.to_trainee(session_id, accepted)
hub.to_observers(session_id, TranscriptAppend(entry=operator_entry))
if hub.journal:
await hub.journal.utterance(session_id, operator_entry)
hub.record(session_id, UtteranceAppended(operator_entry))
try:
slots = state.slots if state.slots is not None else _TextSlotView(state)
line = await state.caller.reply(turn, state.persona, slots)
@ -232,8 +238,7 @@ async def _handle(session_id: UUID, state, event) -> None:
at=caller_entry.at, mood=line.mood, source=line.source,
))
hub.to_observers(session_id, TranscriptAppend(entry=caller_entry))
if hub.journal:
await hub.journal.utterance(session_id, caller_entry)
hub.record(session_id, UtteranceAppended(caller_entry))
case "card.submit":
state.on_event("card.submit")
state.kio.registered_at = state.started_at or now_utc()
@ -260,18 +265,14 @@ async def _handle(session_id: UUID, state, event) -> None:
hub.to_observers(session_id, state.snapshot())
else:
hub.to_observers(session_id, SessionEnded(reason=CallEndReason.COMPLETE))
if hub.journal:
await hub.journal.session_ended(
session_id, state.ended_at, CallEndReason.COMPLETE.value
)
hub.record(session_id, LessonEnded(state.ended_at, CallEndReason.COMPLETE.value))
await finish(session_id, state)
case "call.answer":
first_answer = state.started_at is None
if first_answer:
state.on_event("call.answer")
state.started_at = now_utc()
if hub.journal:
await hub.journal.session_started(session_id, state.started_at)
hub.record(session_id, LessonStarted(state.started_at))
hub.to_trainee(session_id, CallStarted(started_at=state.started_at))
hub.to_observers(session_id, state.snapshot())
if state.recorder is None:
@ -313,8 +314,7 @@ async def _handle(session_id: UUID, state, event) -> None:
state.hints_log.append((checklist_id, now_utc()))
shown = HintShown(checklist_id=checklist_id, question=question)
hub.broadcast(session_id, shown)
if hub.journal:
await hub.journal.hint(session_id, checklist_id, question, now_utc())
hub.record(session_id, HintRecorded(checklist_id, question, now_utc()))
case "dds.dispatch":
if event.service is None and not (state.kio.incident_code or state.kio.notify):
@ -354,14 +354,7 @@ async def _handle(session_id: UUID, state, event) -> None:
state.on_event("callback.dial")
case "self_assessment.submit":
if hub.journal and not await hub.journal.self_assessment(
session_id, event.missed, event.comment, now_utc()
):
hub.to_trainee(session_id, ErrorEvent(
code=ErrorKind.INTERNAL,
message="Не удалось сохранить самооценку и аудит; итог пока не выдан.",
))
return
hub.record(session_id, SelfAssessed(list(event.missed), event.comment, now_utc()))
state.self_assessed = True
state.self_assessment = {"missed": event.missed, "comment": event.comment}
await refresh_archived_report(session_id, state)
@ -376,14 +369,9 @@ async def _handle(session_id: UUID, state, event) -> None:
hub.stop_ticker(session_id)
hub.to_trainee(session_id, CallEnded(reason=CallEndReason.HANGUP))
hub.to_observers(session_id, SessionEnded(reason=CallEndReason.HANGUP))
if hub.journal:
await hub.journal.session_ended(
session_id, state.ended_at, CallEndReason.HANGUP.value
)
hub.record(session_id, LessonEnded(state.ended_at, CallEndReason.HANGUP.value))
await finish(session_id, state)
await hub.checkpoint(session_id)
def _start_voice(session_id: UUID, state, *, initial_statement: bool = True) -> None:
"""Голос включается, когда курсант снял трубку: звонящий сразу кричит первую реплику."""
@ -403,7 +391,7 @@ def _start_voice(session_id: UUID, state, *, initial_statement: bool = True) ->
send_event=lambda event: hub.to_trainee(session_id, event),
send_observer=lambda event: hub.to_observers(session_id, event),
send_audio=send_audio,
journal=hub.journal,
persist=lambda entry: hub.commit(session_id, UtteranceAppended(entry)),
)
if scenario.background:
event = BgStart(loop=scenario.background.loop, gain_db=scenario.background.gain_db)
@ -540,7 +528,7 @@ async def call(ws: WebSocket, session_id: UUID) -> None:
ErrorEvent(code=ErrorKind.UNSUPPORTED_EVENT, message=str(payload)[:200]),
)
continue
async with hub.durable_transition(session_id):
async with hub.operation(session_id):
await _handle(session_id, state, event)
except WebSocketDisconnect:
return

View file

@ -17,7 +17,7 @@ from uuid import UUID
from fastapi import APIRouter, WebSocket, WebSocketDisconnect
from pydantic import TypeAdapter, ValidationError
from app.api.auth import audit, principal_of, websocket_origin_allowed
from app.api.auth import principal_of, websocket_origin_allowed
from app.config import get_settings
from app.db.base import get_sessionmaker
from app.db.repo import SessionNodeConflict
@ -49,7 +49,9 @@ from app.domain.timers import TimerCode
from app.scenarios import store
from app.session.dds import prepare_queue
from app.session.hub import LEASE_FENCED_MESSAGE, hub
from app.session.finish import finish, override_score
from app.session.state import SessionState, now_utc
from app.session.store import LessonEnded, LessonIdentity, LessonRequest, NoteAdded, ScoreOverridden
from app.voice.models import get_voice_models
from app.voice.pipeline import FILLERS, prefetch
@ -79,6 +81,70 @@ def card_briefing(state: SessionState) -> CardBriefing:
)
def _build_state(session_id: UUID, event, who, scenario, scenarios,
identity: LessonIdentity) -> SessionState:
"""Занятие собирается целиком и только потом регистрируется: иначе
наблюдатель, подключившийся в эту щель, увидит полусобранное состояние
без слот-автомата и звонящего. Снимок пишется в той же транзакции, что
и строка занятия."""
state = SessionState(
session_id=session_id,
scenario_id=scenario.id,
scenario_title=scenario.title,
level=scenario.level.value,
mode=event.mode,
owner_login=who.login if who is not None else None,
backend_fencing_epoch=identity.fencing_epoch,
exercise=event.exercise,
handoff_to_dds=event.handoff_to_dds,
scenario=scenario.model_copy(deep=True),
required_fields=scenario.required_fields,
trainee_name=event.trainee,
trainee_id=identity.trainee_id,
dds_service=identity.service or event.dds_service,
attempt=identity.attempt,
criteria=event.criteria,
)
state.timers.limits[TimerCode.DDS_ACK] = event.criteria.decision_time_limit_seconds * 1000
state.timers.limits[TimerCode.CARD_FILL] = event.criteria.card_fill_time_limit_seconds * 1000
state.timers.limits[TimerCode.DDS_WORK] = event.criteria.dds_card_work_time_limit_seconds * 1000
if event.exercise is Exercise.CALL:
embedder = get_embedder()
if embedder is not None:
state.slots = SlotMachine(state.scenario, embedder)
state.persona = PersonaState(state.scenario.persona)
state.caller = build_caller(
scenario.id,
use_pregenerated=scenario.tree.pregenerated,
)
elif event.exercise is Exercise.DDS:
prepare_queue(
state,
[item.model_copy(deep=True) for item in scenarios],
arrival_interval_seconds=event.dds_arrival_interval_seconds,
max_waiting=event.dds_max_waiting,
)
state.started_at = state.desk.active.dispatched_at if state.desk.active else None
else:
state.started_at = now_utc()
if event.exercise is Exercise.CARD:
embedder = get_embedder()
if embedder is not None:
state.slots = SlotMachine(state.scenario, embedder)
state.persona = PersonaState(state.scenario.persona)
state.caller = build_caller(
scenario.id, use_pregenerated=scenario.tree.pregenerated,
)
state.on_event("card.start")
if event.handoff_to_dds:
state.pending_dds_scenarios = [item.model_copy(deep=True) for item in scenarios[1:]]
state.desk.arrival_interval_seconds = event.dds_arrival_interval_seconds
state.desk.max_waiting = event.dds_max_waiting
if event.exercise is Exercise.CALL:
state.on_event("call.incoming")
return state
async def _start(session_id: UUID, event, who=None) -> None:
if event.handoff_to_dds and event.exercise is not Exercise.CARD:
hub.to_observers(session_id, ErrorEvent(
@ -89,7 +155,7 @@ async def _start(session_id: UUID, event, who=None) -> None:
scenario_ids = list(dict.fromkeys([
event.scenario_id, *(event.scenario_ids or []), *(event.random_scenario_ids or []),
]))
if get_settings().demo_no_db or hub.journal is None:
if get_settings().demo_no_db or not hub.store.persistent:
catalog = {
scenario_id: scenario for scenario_id in scenario_ids
if (scenario := store.get(scenario_id)) is not None
@ -207,96 +273,33 @@ async def _start(session_id: UUID, event, who=None) -> None:
else:
scenarios = []
attempt = 1
recorded_trainee_id = event.trainee_id
recorded_service = None
fencing_epoch = 0
if hub.journal:
try:
persisted = await hub.journal.start_lesson(
session_id, scenario.id, event.mode.value, event.trainee, event.trainee_id,
owner_login=who.login if who is not None else None,
backend_node_id=get_settings().backend_node_id,
)
if persisted is None:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.INTERNAL,
message="Не удалось записать занятие и аудит; запуск отменён.",
))
return
attempt, recorded_trainee_id, recorded_service, fencing_epoch = persisted
except SessionNodeConflict:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.FORBIDDEN,
message="Сессия закреплена за другим backend-узлом; проверьте маршрутизацию proxy",
))
return
except PermissionError:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.FORBIDDEN,
message="Занятие создано другим преподавателем",
))
return
# Занятие собирается целиком и только потом регистрируется: иначе
# наблюдатель, подключившийся в эту щель, увидит полусобранное состояние
# без слот-автомата и звонящего.
state = SessionState(
session_id=session_id,
scenario_id=scenario.id,
scenario_title=scenario.title,
level=scenario.level.value,
mode=event.mode,
owner_login=who.login if who is not None else None,
backend_fencing_epoch=fencing_epoch,
exercise=event.exercise,
handoff_to_dds=event.handoff_to_dds,
scenario=scenario.model_copy(deep=True),
required_fields=scenario.required_fields,
trainee_name=event.trainee,
trainee_id=recorded_trainee_id,
dds_service=recorded_service or event.dds_service,
attempt=attempt,
criteria=event.criteria,
)
state.timers.limits[TimerCode.DDS_ACK] = event.criteria.decision_time_limit_seconds * 1000
state.timers.limits[TimerCode.CARD_FILL] = event.criteria.card_fill_time_limit_seconds * 1000
state.timers.limits[TimerCode.DDS_WORK] = event.criteria.dds_card_work_time_limit_seconds * 1000
if event.exercise is Exercise.CALL:
embedder = get_embedder()
if embedder is not None:
state.slots = SlotMachine(state.scenario, embedder)
state.persona = PersonaState(state.scenario.persona)
state.caller = build_caller(
scenario.id,
use_pregenerated=scenario.tree.pregenerated,
)
elif event.exercise is Exercise.DDS:
prepare_queue(
state,
[item.model_copy(deep=True) for item in scenarios],
arrival_interval_seconds=event.dds_arrival_interval_seconds,
max_waiting=event.dds_max_waiting,
)
state.started_at = state.desk.active.dispatched_at if state.desk.active else None
else:
state.started_at = now_utc()
if event.exercise is Exercise.CARD:
embedder = get_embedder()
if embedder is not None:
state.slots = SlotMachine(state.scenario, embedder)
state.persona = PersonaState(state.scenario.persona)
state.caller = build_caller(
scenario.id, use_pregenerated=scenario.tree.pregenerated,
)
state.on_event("card.start")
if event.handoff_to_dds:
state.pending_dds_scenarios = [item.model_copy(deep=True) for item in scenarios[1:]]
state.desk.arrival_interval_seconds = event.dds_arrival_interval_seconds
state.desk.max_waiting = event.dds_max_waiting
try:
state = await hub.store.open(LessonRequest(
session_id=session_id, scenario_id=scenario.id, mode=event.mode.value,
trainee_name=event.trainee, trainee_id=event.trainee_id,
owner_login=who.login if who is not None else None,
backend_node_id=get_settings().backend_node_id,
), lambda identity: _build_state(session_id, event, who, scenario, scenarios, identity))
except SessionNodeConflict:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.FORBIDDEN,
message="Сессия закреплена за другим backend-узлом; проверьте маршрутизацию proxy",
))
return
except PermissionError:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.FORBIDDEN,
message="Занятие создано другим преподавателем",
))
return
except Exception as exc: # noqa: BLE001 — без долговечной истории занятие не стартует
log.error("занятие %s не записано (%s)", session_id, type(exc).__name__)
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.INTERNAL,
message="Не удалось записать занятие и аудит; запуск отменён.",
))
return
hub.register(state)
if event.exercise is not Exercise.CALL and hub.journal and state.started_at is not None:
await hub.journal.session_started(session_id, state.started_at)
# Первая реплика и филлеры синтезируются, пока курсант не снял трубку:
# «Алло! Помогите!» должно прозвучать мгновенно (docs/arch/BACKEND.md).
@ -304,8 +307,6 @@ async def _start(session_id: UUID, event, who=None) -> None:
models = get_voice_models()
if models is not None:
asyncio.create_task(prefetch(models, [scenario.first_line, *FILLERS.values()]))
state.on_event("call.incoming")
await hub.checkpoint(session_id)
hub.start_ticker(session_id)
if event.exercise is Exercise.CALL:
hub.to_trainee(
@ -340,7 +341,6 @@ async def _stop(session_id: UUID) -> None:
await state.voice.close()
hub.stop_ticker(session_id)
hub.to_observers(session_id, SessionEnded(reason=CallEndReason.INSTRUCTOR))
from app.session.finish import finish
if state.exercise in {Exercise.DDS, Exercise.CARD}:
if state.exercise is Exercise.DDS or state.handoff_to_dds and state.dispatched_card is not None:
@ -351,9 +351,97 @@ async def _stop(session_id: UUID) -> None:
hub.to_station(session_id, ScoreReady(session_id=session_id))
else:
hub.to_trainee(session_id, CallEnded(reason=CallEndReason.INSTRUCTOR))
hub.record(session_id, LessonEnded(state.ended_at, CallEndReason.INSTRUCTOR.value))
await finish(session_id, state)
if hub.journal:
await hub.journal.session_ended(session_id, state.ended_at, CallEndReason.INSTRUCTOR.value)
async def _command(session_id: UUID, event, who) -> None:
"""Команда пульта. Всё, кроме запуска, идёт внутри `hub.operation`."""
state = hub.get(session_id)
match event.type:
case "scenario.start":
await _start(session_id, event, who)
case "session.stop":
await _stop(session_id)
case "instructor_note.add":
if state is not None:
state.notes.append({
"type": "instructor_note.shown",
"transcript_ref": event.transcript_ref,
"text": event.text,
"author": "преподаватель",
})
hub.record(session_id, NoteAdded(event.transcript_ref, event.text, "преподаватель"))
hub.to_observers(
session_id,
InstructorNoteShown(
transcript_ref=event.transcript_ref,
text=event.text,
author="преподаватель",
),
)
case "reference.play":
if state is not None:
hub.to_observers(session_id, ReferenceStarted(scenario_id=state.scenario_id))
case "score.override":
if event.session_id != session_id:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.FORBIDDEN,
message="Оценка относится к другому занятию",
))
return
if state is None or state.score is None:
return
try:
verdict = float(event.verdict)
except ValueError:
verdict = float("nan")
if not math.isfinite(verdict) or not 0 <= verdict <= 100:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.UNSUPPORTED_EVENT,
message="Оценка должна быть числом от 0 до 100",
))
return
override_score(state, ScoreOverridden(
score_final=verdict, author=who.login, role=who.role.value,
comment=event.comment,
))
case "director.inject":
if state is None:
return
if state.exercise is not Exercise.CALL:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.UNSUPPORTED_EVENT,
message="Директивы звонящему доступны только в голосовом упражнении",
))
return
result = apply_directive(state, event.directive)
if result.needs_network:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.DIRECTIVE_NEEDS_NETWORK,
message="Свободный текст требует локально запущенной модели; без неё доступны кнопки",
))
return
state.directives.append(event.directive)
voice = state.voice
if result.drop_line and voice is not None:
# Обрыв рвёт звук на полуслове тем же механизмом, что
# перебивание, и запускает норматив обратного дозвона.
voice.barge_in()
if result.drop_line:
state.on_event("call.dropped")
hub.to_trainee(session_id, CallEnded(reason=CallEndReason.DROPPED))
hub.to_observers(session_id, SessionEnded(reason=CallEndReason.DROPPED))
elif result.say and voice is not None:
voice.speak(result.say, mood_of(state))
case _:
hub.to_observers(
session_id,
ErrorEvent(
code=ErrorKind.UNSUPPORTED_EVENT,
message=f"{event.type} ещё не реализовано",
),
)
async def _reject(ws: WebSocket, message: str) -> None:
@ -379,10 +467,9 @@ async def control(ws: WebSocket, session_id: UUID) -> None:
if who is None or who.role not in (Role.INSTRUCTOR,):
await _reject(ws, "Недостаточно прав для этого экрана")
return
event_stream = hub.begin_event_stream(session_id)
# Чтение живёт дольше тика опроса: wait_for отменял бы его, а отмена после
# того, как receive уже забрал кадр, теряет команду или websocket.disconnect.
# Команда обрабатывается здесь, в задаче, открывшей event stream.
# Команда обрабатывается здесь, одной операцией хранилища.
read: asyncio.Future | None = None
try:
while True:
@ -422,119 +509,13 @@ async def control(ws: WebSocket, session_id: UUID) -> None:
))
continue
match event.type:
case "scenario.start":
await _start(session_id, event, who)
case "session.stop":
await _stop(session_id)
case "instructor_note.add":
state = hub.get(session_id)
if state is not None:
state.notes.append({
"type": "instructor_note.shown",
"transcript_ref": event.transcript_ref,
"text": event.text,
"author": "преподаватель",
})
hub.to_observers(
session_id,
InstructorNoteShown(
transcript_ref=event.transcript_ref,
text=event.text,
author="преподаватель",
),
)
if hub.journal:
await hub.journal.note(
session_id, event.transcript_ref, event.text, "преподаватель"
)
case "reference.play":
state = hub.get(session_id)
if state is not None:
hub.to_observers(session_id, ReferenceStarted(scenario_id=state.scenario_id))
case "score.override":
if event.session_id != session_id:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.FORBIDDEN,
message="Оценка относится к другому занятию",
))
continue
state = hub.get(session_id)
if state is not None and state.score is not None:
try:
verdict = float(event.verdict)
except ValueError:
verdict = float("nan")
if not math.isfinite(verdict) or not 0 <= verdict <= 100:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.UNSUPPORTED_EVENT,
message="Оценка должна быть числом от 0 до 100",
))
continue
if hub.journal is not None:
saved = await hub.journal.score_override(
session_id, verdict, who.login, event.comment
)
if not saved:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.INTERNAL,
message="Не удалось сохранить оценку и запись аудита; изменение отменено",
))
continue
else:
# Explicit in-memory demo mode has no Score table.
await audit(
who.login, who.role.value, "score.override", str(session_id),
f"{state.score.get('score_auto')} → {verdict}; "
f"comment_chars={len(event.comment)}",
)
# Автооценка остаётся рядом: видно, что скорректировано и кем.
state.score = {
**state.score,
"score_final": verdict,
"overridden_by": who.login,
"override_comment": event.comment,
}
hub.to_observers(session_id, ScoreReady(session_id=session_id))
case "director.inject":
state = hub.get(session_id)
if state is None:
continue
if state.exercise is not Exercise.CALL:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.UNSUPPORTED_EVENT,
message="Директивы звонящему доступны только в голосовом упражнении",
))
continue
result = apply_directive(state, event.directive)
if result.needs_network:
hub.to_observers(session_id, ErrorEvent(
code=ErrorKind.DIRECTIVE_NEEDS_NETWORK,
message="Свободный текст требует локально запущенной модели; без неё доступны кнопки",
))
continue
state.directives.append(event.directive)
voice = state.voice
if result.drop_line and voice is not None:
# Обрыв рвёт звук на полуслове тем же механизмом, что
# перебивание, и запускает норматив обратного дозвона.
voice.barge_in()
if result.drop_line:
state.on_event("call.dropped")
hub.to_trainee(session_id, CallEnded(reason=CallEndReason.DROPPED))
hub.to_observers(session_id, SessionEnded(reason=CallEndReason.DROPPED))
elif result.say and voice is not None:
voice.speak(result.say, mood_of(state))
case _:
hub.to_observers(
session_id,
ErrorEvent(
code=ErrorKind.UNSUPPORTED_EVENT,
message=f"{event.type} ещё не реализовано",
),
)
if event.type == "scenario.start":
# Запуск пишется своей транзакцией в `store.open`: до неё занятия нет.
await _command(session_id, event, who)
continue
try:
await hub.checkpoint(session_id)
async with hub.operation(session_id):
await _command(session_id, event, who)
except Exception:
if hub.is_lease_fenced(session_id):
await ws.send_text(ErrorEvent(
@ -551,4 +532,3 @@ async def control(ws: WebSocket, session_id: UUID) -> None:
finally:
if read is not None:
read.cancel()
await hub.end_event_stream(event_stream)

View file

@ -8,7 +8,7 @@
в отчёте и становится сорванным выездом с конкретной причиной.
Правила пульта — в `DdsDesk.apply`; здесь разбор команды, отсев повторов,
durable transition и рассылка итога.
операция хранилища и рассылка итога.
"""
import asyncio
@ -32,6 +32,7 @@ from app.domain.events import (
from app.domain.roles import Role
from app.session.finish import finish
from app.session.hub import LEASE_FENCED_MESSAGE, hub
from app.session.store import LessonEnded
log = logging.getLogger(__name__)
router = APIRouter()
@ -48,8 +49,7 @@ async def _finish_dds(session_id: UUID, state) -> None:
hub.stop_ticker(session_id)
hub.to_station(session_id, SessionEnded(reason=CallEndReason.COMPLETE))
hub.to_observers(session_id, SessionEnded(reason=CallEndReason.COMPLETE))
if hub.journal:
await hub.journal.session_ended(session_id, ended_at, CallEndReason.COMPLETE.value)
hub.record(session_id, LessonEnded(ended_at, CallEndReason.COMPLETE.value))
await finish(session_id, state)
hub.to_station(session_id, ScoreReady(session_id=session_id))
@ -65,7 +65,6 @@ async def _handle(session_id: UUID, state, event) -> None:
await _finish_dds(session_id, state)
if not outcome.changed:
return
await hub.checkpoint(session_id)
hub.to_station(session_id, StationState(snapshot=state.station_snapshot()))
hub.to_observers(session_id, state.snapshot())
@ -156,18 +155,13 @@ async def station(ws: WebSocket, session_id: UUID, role: str = "dds") -> None:
# Re-ack it without rerunning its business transition.
hub.to_station(session_id, CommandAck(command_id=command_id))
continue
async with hub.durable_transition(session_id):
async with hub.operation(session_id):
await _handle(session_id, state, event)
if command_id is not None:
# ID команды входит в тот же снимок, что и её переход:
# подтверждение уходит только после их общего commit.
state.processed_station_commands.append(str(command_id))
del state.processed_station_commands[:-512]
# Commit the state+dedupe ID before acknowledging. The
# transition context can have already flushed other
# events; an explicit checkpoint here makes the
# command/ACK boundary independent of that batch state.
await hub.checkpoint(session_id)
# The hub stages non-error events until the checkpoint
# transaction has committed, including this ack.
hub.to_station(session_id, CommandAck(command_id=command_id))
except WebSocketDisconnect:
return
@ -178,7 +172,7 @@ async def station(ws: WebSocket, session_id: UUID, role: str = "dds") -> None:
"закрытие станционного WebSocket после fencing занятия %s",
session_id,
)
# `hub.checkpoint` broadcasts a structured fence event before
# `hub.operation` broadcasts a structured fence event before
# propagating the failed database write. Let the sender deliver
# that event and close with 1012 instead of an opaque 1006.
await asyncio.gather(sender, return_exceptions=True)