fix(backend,orchestrator,chat): tour humain agent_send survit au self-restart — #290 (le tour humain direct agent_send/ws chat.send s'enregistre au RestartRendezvousCoordinator via StructuredHumanTurnGuard: Final/Error de l'ancien provider devient transition de contrôle et non le Final logique; transition_after_provider_terminal_async attend Ready puis accept_ready acquitte le handoff et libère le scheduler, Resume => drain de la session de remplacement avec SELF_RESTART_CONTINUATION_PROMPT, seul le terminal du remplacement est transmis au chat; Failed/Cancelled surfacés explicitement avec libération Busy/FIFO; send_with_tap en erreur pendant restart actif traité comme teardown attendu (stream vide puis attente du remplacement, plus de Final prématuré ni chat bloqué); StopLiveAgent câblé with_restart_rendezvous: stop utilisateur annule le rendez-vous restart; RestartRendezvousRegistration rendu public (state/changed/accept_ready); QA verte: backend self_restart_contract_tests 3/3 dont 2 nouveaux (old terminal ignoré + handoff accepté, failure explicite + busy libéré), application orchestrator_service restart 8/8 dont registration directe du rendez-vous, workstate_actions 9/9, app-tauri chat_bridge 31/31, web-server websocket_chat_send 3/3, cargo check --workspace, fmt --check, diff --check — reconfirmés par Git avant commit; réserves hors périmètre préexistantes: 7 échecs fixture PTY web-server + 2 échecs plugin application; carnet #290 + clôture store #289 inclus; scripts/ hors périmètre; aucun push)
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@ -5716,6 +5716,60 @@ async fn same_project_stop_during_restart_releases_ask_and_leaves_no_replacement
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);
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}
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#[tokio::test]
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async fn direct_human_turn_registration_holds_restart_until_replacement_handoff() {
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let coordinator = Arc::new(application::RestartRendezvousCoordinator::new());
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let key = rkey(1);
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let restart_id = "restart-human-turn".to_owned();
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let mut turn = coordinator.register(key);
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assert!(
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coordinator.begin(key, restart_id.clone()),
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"a registered direct human turn owns self-restart continuation"
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);
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assert!(matches!(
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turn.state(),
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application::RestartRendezvousState::Restarting { .. }
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));
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coordinator.ready(key, &restart_id);
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turn.changed().await.expect("ready transition remains live");
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assert_eq!(
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turn.state(),
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application::RestartRendezvousState::Ready {
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restart_id: restart_id.clone()
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}
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);
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turn.accept_ready(&restart_id);
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coordinator
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.wait_for_handoff(key, &restart_id)
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.await
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.expect("scheduler is released only after the replacement is accepted");
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assert_eq!(turn.state(), application::RestartRendezvousState::Idle);
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}
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#[tokio::test]
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async fn direct_human_turn_registration_surfaces_restart_failure() {
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let coordinator = Arc::new(application::RestartRendezvousCoordinator::new());
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let key = rkey(1);
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let restart_id = "restart-human-failure".to_owned();
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let mut turn = coordinator.register(key);
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assert!(coordinator.begin(key, restart_id.clone()));
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coordinator.fail(key, &restart_id, "replacement launch failed".to_owned());
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turn.changed()
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.await
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.expect("failure transition remains live");
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assert_eq!(
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turn.state(),
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application::RestartRendezvousState::Failed {
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restart_id,
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message: "replacement launch failed".to_owned(),
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}
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);
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}
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/// Régression #287 : la sonde transcript peut être stable (notamment inexistante pour
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/// un provider non-Claude), tandis que `send_with_tap` publie réellement l'activité du
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/// tour. Chaque événement non terminal doit réarmer la fenêtre jusqu'au `Final` tardif.
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