from __future__ import annotations from router.query_classifier import classify_query_for_route from router.route_selector import choose_route from router.store_sufficiency import check_store_sufficiency def _metadata() -> dict: return { "freshness_threshold_hours": 6.0, "refresh_age_hours": 1.0, "feature_age_hours": 1.0, "risk_age_hours": 1.0, "feature_ready": True, "risk_ready": True, "ranking_ready": False, "aggregate_ready": True, "precomputed_aggregates": [ "baseline_period_summary", "period_trend_summary", ], "canonical_semantic_coverage": 0.95, "canonical_relation_types": 25, "canonical_links_total": 2000, "canonical_entities_total": 400, } def _route(question_class: str, question_text: str) -> str: meta = _metadata() flags = classify_query_for_route(question_text, {"question_class": question_class}, meta) suff = check_store_sufficiency(flags, meta) parsed_as_trend_or_risk = question_class in {"period_trend", "anomaly_control", "ambiguous_fuzzy"} or ( question_class == "heavy_analytical" and "baseline" in question_text.lower() ) selection = choose_route(flags, suff, parsed_as_trend_or_risk=parsed_as_trend_or_risk) return selection.chosen_route def test_router_subset_q06_to_q12() -> None: cases = [ ("drilldown_explain", "Объясни сальдо через движения.", "hybrid_store_plus_live"), ("drilldown_explain", "Почему проводка на этот счет?", "live_mcp_drilldown"), ("drilldown_explain", "Цепочка документ -> проводки -> субконто.", "live_mcp_drilldown"), ("drilldown_explain", "Источник регистра для строки движения.", "live_mcp_drilldown"), ("drilldown_explain", "Почему выбрано это субконто3?", "live_mcp_drilldown"), ("cross_entity", "Свяжи документы покупателей и проводки.", "hybrid_store_plus_live"), ("cross_entity", "Свяжи контрагентов, договоры и проводки.", "hybrid_store_plus_live"), ] for question_class, text, expected_route in cases: assert _route(question_class, text) == expected_route def test_router_subset_q26_to_q30() -> None: cases = [ ("heavy_analytical", "Полный риск-срез за июнь.", "batch_refresh_then_store"), ("heavy_analytical", "Рейтинг риск-счетов.", "batch_refresh_then_store"), ("heavy_analytical", "Рейтинг риск-контрагентов.", "batch_refresh_then_store"), ("heavy_analytical", "Baseline closed/open periods.", "store_feature_risk"), ("heavy_analytical", "Company anomaly summary.", "batch_refresh_then_store"), ] for question_class, text, expected_route in cases: assert _route(question_class, text) == expected_route def test_router_period_trend_anomaly_stays_feature_store() -> None: assert _route("period_trend", "Аномальный рост расходных операций?") == "store_feature_risk"