news-mcp/test_news_mcp.py

from __future__ import annotations

from contextlib import contextmanager
import tempfile
from pathlib import Path

from news_mcp.dedup.cluster import dedup_and_cluster_articles
from news_mcp.storage.sqlite_store import SQLiteClusterStore
from news_mcp.enrichment.importance import compute_importance
from news_mcp.enrichment.llm_enrich import _filter_entities, _matches_blacklist
from news_mcp.entity_normalize import normalize_query, normalize_entities
from news_mcp.llm import build_extraction_prompt, call_llm, load_prompt
from news_mcp.trends_resolution import resolve_entity_via_trends
from news_mcp.mcp_server_fastmcp import _sort_clusters_by_recency


def _article(title: str, url: str = "https://example.com/x", source: str = "Src", ts: str = "Mon, 30 Mar 2026 12:00:00 GMT"):
    return {
        "title": title,
        "url": url,
        "source": source,
        "timestamp": ts,
        "summary": "summary text",
    }


def test_dedup_merges_similar_titles():
    articles = [
        _article("Trump warns Iran war could spread"),
        _article("Trump warns Iran conflict could spread"),
        _article("Unrelated sports result"),
    ]
    clustered = dedup_and_cluster_articles(articles, similarity_threshold=0.75)
    # We expect the Trump/Iran items to be merged into one cluster in the same topic bucket.
    total_clusters = sum(len(v) for v in clustered.values())
    assert total_clusters == 2


def test_sqlite_feed_hash_roundtrip():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        assert store.get_feed_hash("breakingthenews") is None
        store.set_feed_hash("breakingthenews", "abc123")
        assert store.get_feed_hash("breakingthenews") == "abc123"


def test_sqlite_summary_cache_roundtrip():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        # Upsert a base cluster first.
        store.upsert_clusters([
            {
                "cluster_id": "cid1",
                "headline": "Headline",
                "summary": "Summary",
                "entities": ["Iran"],
                "sentiment": "negative",
                "importance": 0.5,
                "sources": ["BreakingTheNews"],
                "timestamp": "Mon, 30 Mar 2026 12:00:00 GMT",
                "articles": [],
                "first_seen": "Mon, 30 Mar 2026 12:00:00 GMT",
                "last_updated": "Mon, 30 Mar 2026 12:00:00 GMT",
            }
        ], topic="other")
        store.upsert_cluster_summary(
            "cid1",
            {
                "headline": "Headline",
                "mergedSummary": "Merged summary",
                "keyFacts": ["Fact 1"],
                "sources": ["BreakingTheNews"],
            },
        )
        cached = store.get_cluster_summary("cid1", ttl_hours=24)
        assert cached is not None
        assert cached["mergedSummary"] == "Merged summary"
        assert cached["keyFacts"] == ["Fact 1"]


def test_sqlite_summary_cache_does_not_create_placeholder_row():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        store.upsert_cluster_summary(
            "missing",
            {
                "headline": "Missing",
                "mergedSummary": "Summary",
                "keyFacts": [],
                "sources": [],
            },
        )

        assert store.get_cluster_by_id("missing") is None
        assert store.get_cluster_summary("missing", ttl_hours=24) is None


def test_prune_clusters_deletes_rows_older_than_retention():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        store.upsert_clusters([
            {
                "cluster_id": "fresh",
                "headline": "Fresh",
                "summary": "Fresh summary",
                "entities": ["Bitcoin"],
                "timestamp": "Wed, 01 Apr 2026 12:00:00 GMT",
                "articles": [],
            },
            {
                "cluster_id": "stale",
                "headline": "Stale",
                "summary": "Stale summary",
                "entities": ["Iran"],
                "timestamp": "Wed, 01 Apr 2026 11:00:00 GMT",
                "articles": [],
            },
        ], topic="other")

        with store._conn() as conn:
            conn.execute(
                "UPDATE clusters SET updated_at=? WHERE cluster_id=?",
                ("2025-01-01T00:00:00+00:00", "stale"),
            )

        deleted = store.prune_clusters(retention_days=30)

        assert deleted == 1
        assert store.get_cluster_by_id("stale") is None
        assert store.get_cluster_by_id("fresh") is not None
        assert store.get_prune_state(pruning_enabled=True, retention_days=30, interval_hours=24)["last_prune_at"] is not None


def test_prune_if_due_skips_deletes_when_pruning_disabled():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        store.upsert_clusters([
            {
                "cluster_id": "stale",
                "headline": "Stale",
                "summary": "Stale summary",
                "entities": ["Iran"],
                "timestamp": "Wed, 01 Apr 2026 11:00:00 GMT",
                "articles": [],
            }
        ], topic="other")

        with store._conn() as conn:
            conn.execute(
                "UPDATE clusters SET updated_at=? WHERE cluster_id=?",
                ("2025-01-01T00:00:00+00:00", "stale"),
            )

        result = store.prune_if_due(pruning_enabled=False, retention_days=30, interval_hours=24)

        assert result["enabled"] is False
        assert result["deleted"] == 0
        assert store.get_cluster_by_id("stale") is not None


def test_get_latest_clusters_orders_by_updated_at_before_limit():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        store.upsert_clusters(
            [
                {
                    "cluster_id": "old",
                    "headline": "Old",
                    "summary": "Old summary",
                    "entities": ["Iran"],
                    "timestamp": "Wed, 01 Apr 2026 09:00:00 GMT",
                    "articles": [],
                },
                {
                    "cluster_id": "new",
                    "headline": "New",
                    "summary": "New summary",
                    "entities": ["Bitcoin"],
                    "timestamp": "Wed, 01 Apr 2026 11:00:00 GMT",
                    "articles": [],
                },
            ],
            topic="crypto",
        )

        with store._conn() as conn:
            conn.execute("UPDATE clusters SET updated_at=? WHERE cluster_id=?", ("2025-01-01T00:00:00+00:00", "new"))
            conn.execute("UPDATE clusters SET updated_at=? WHERE cluster_id=?", ("2026-01-01T00:00:00+00:00", "old"))

        latest = store.get_latest_clusters(topic="crypto", ttl_hours=24 * 365, limit=1)
        assert len(latest) == 1
        assert latest[0]["cluster_id"] == "new"


def test_get_entity_metadata_prefers_mid_scoped_row():
    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        store.upsert_entity_metadata("Bitcoin", canonical_label="Bitcoin", mid=None, sources=["local"])
        store.upsert_entity_metadata("Bitcoin", canonical_label="Bitcoin", mid="/m/Bitcoin", sources=["trends"])
        store.record_entity_request("Bitcoin", mid="/m/Bitcoin")

        meta = store.get_entity_metadata("Bitcoin")
        assert meta is not None
        assert meta["mid"] == "/m/Bitcoin"


def test_blacklist_filters_entities_case_insensitively():
    entities = ["Bloomberg", "Reuters", "bloomberg", "CoinDesk"]
    filtered = _filter_entities(entities, blacklist=["bloomberg"])
    assert filtered == ["Reuters", "CoinDesk"]


def test_blacklist_supports_wildcards():
    assert _matches_blacklist("Bloomberg Economics", blacklist=["bloomberg*"])
    assert _matches_blacklist("bloomberg", blacklist=["*berg"])
    assert not _matches_blacklist("Reuters", blacklist=["bloomberg*"])


def test_query_normalization_keeps_common_shorthand_working():
    assert normalize_query("btc") == "Bitcoin"
    assert normalize_query("Trump") == "Donald Trump"
    assert normalize_query("nvidia") == "nvidia"


def test_entity_normalization_deduplicates_aliases():
    assert normalize_entities(["btc", "Bitcoin", "BTC", "Ethereum"]) == ["Bitcoin", "Ethereum"]


def test_load_prompt_reads_prompt_files():
    text = load_prompt("extract_entities.prompt")
    assert "Return STRICT JSON" in text


def test_resolve_entity_falls_back_cleanly_when_provider_unavailable(monkeypatch):
    import news_mcp.trends_resolution as trends_resolution

    trends_resolution.resolve_entity_via_trends.cache_clear()
    trends_resolution._provider.cache_clear()
    monkeypatch.setattr(trends_resolution, "_provider", lambda: None)

    resolved = resolve_entity_via_trends("btc")

    assert resolved["normalized"] == "Bitcoin"
    assert resolved["canonical_label"] == "Bitcoin"
    assert resolved["mid"] is None
    assert resolved["candidates"] == []
    assert resolved["source"] == "fallback"

    trends_resolution.resolve_entity_via_trends.cache_clear()


def test_sort_clusters_by_recency_prefers_newer_timestamp_over_importance():
    clusters = [
        {"headline": "older", "timestamp": "Wed, 01 Apr 2026 10:00:00 GMT", "importance": 0.9},
        {"headline": "newer", "timestamp": "Wed, 01 Apr 2026 11:00:00 GMT", "importance": 0.1},
    ]

    sorted_clusters = _sort_clusters_by_recency(clusters)

    assert [c["headline"] for c in sorted_clusters] == ["newer", "older"]


def test_build_extraction_prompt_is_stable_without_blacklist():
    cluster = {
        "headline": "Bloomberg reports Bitcoin rallies after US rate comments",
        "summary": "A report from Bloomberg says Bitcoin moved higher after comments from the Fed.",
        "articles": [],
    }
    prompt = build_extraction_prompt(cluster)
    assert "Bloomberg reports Bitcoin rallies" in prompt
    assert "Do NOT return empty entities" in prompt
    assert "Bloomberg" in prompt  # present in the input, not filtered here


def test_call_llm_dispatches_to_selected_provider(monkeypatch):
    async def fake_groq(model, messages, response_json=True):
        return '{"ok": true, "provider": "groq"}'

    async def fake_openai(model, messages, response_json=True):
        return '{"ok": true, "provider": "openai"}'

    monkeypatch.setattr("news_mcp.llm._call_groq", fake_groq)
    monkeypatch.setattr("news_mcp.llm._call_openai", fake_openai)

    import asyncio

    groq = asyncio.run(call_llm("groq", "x", "sys", "user"))
    openai = asyncio.run(call_llm("openai", "x", "sys", "user"))

    assert '"provider": "groq"' in groq
    assert '"provider": "openai"' in openai


def test_refresh_skips_reprocessing_when_feed_hash_is_unchanged(monkeypatch):
    import news_mcp.jobs.poller as poller
    import hashlib
    from news_mcp.config import NEWS_FEED_URL, NEWS_FEED_URLS

    calls = {"fetch": 0, "cluster": 0, "enrich": 0, "classify": 0}
    rss_urls = [u.strip() for u in NEWS_FEED_URLS.split(",") if u.strip()] or [NEWS_FEED_URL]
    material = "\n".join(
        [
            "Bitcoin rallies|https://example.com/a|Wed, 01 Apr 2026 12:00:00 GMT",
        ]
    )
    expected_hash = hashlib.sha1(material.encode("utf-8")).hexdigest()

    async def fake_to_thread(fn, limit):
        calls["fetch"] += 1
        return [
            {
                "title": "Bitcoin rallies",
                "url": "https://example.com/a",
                "source": "Src",
                "timestamp": "Wed, 01 Apr 2026 12:00:00 GMT",
                "summary": "summary",
            }
        ]

    def fake_cluster(articles):
        calls["cluster"] += 1
        return {
            "crypto": [
                {
                    "cluster_id": "cid",
                    "headline": "Bitcoin rallies",
                    "summary": "summary",
                    "entities": [],
                    "sentiment": "neutral",
                    "importance": 0.0,
                    "sources": ["Src"],
                    "timestamp": "Wed, 01 Apr 2026 12:00:00 GMT",
                    "articles": [],
                }
            ]
        }

    def fake_enrich(cluster):
        calls["enrich"] += 1
        return cluster

    async def fake_classify(cluster):
        calls["classify"] += 1
        return cluster

    class DummyStore:
        def __init__(self, *args, **kwargs):
            self.meta = {}
            self.feed_hash = expected_hash

        @contextmanager
        def _conn(self):
            class _Conn:
                def execute(self, *args, **kwargs):
                    return None

            yield _Conn()

        def get_feed_hash(self, feed_key):
            return self.feed_hash

        def set_feed_hash(self, feed_key, last_hash):
            self.feed_hash = last_hash

        def set_feed_state(self, feed_key, last_hash, item_count):
            self.feed_hash = last_hash

        def get_enabled_feed_urls(self, feed_urls):
            return feed_urls

        def get_cluster_by_id(self, cluster_id):
            return None

        def upsert_clusters(self, clusters, topic):
            self.meta["upserted"] = (len(clusters), topic)

        def prune_if_due(self, **kwargs):
            self.meta["prune"] = kwargs
            return {"deleted": 0}

        def set_meta(self, key, value):
            self.meta[key] = value

    monkeypatch.setattr(poller, "SQLiteClusterStore", DummyStore)

    async def _mock_fetch(limit, url_list=None):
            calls["fetch"] += 1
            return [{"title": "Bitcoin rallies", "url": "https://example.com/a", "timestamp": "Wed, 01 Apr 2026 12:00:00 GMT"}]
    monkeypatch.setattr(poller, "fetch_news_articles", _mock_fetch)
    monkeypatch.setattr(poller.asyncio, "to_thread", fake_to_thread)
    monkeypatch.setattr(poller, "dedup_and_cluster_articles", fake_cluster)
    monkeypatch.setattr(poller, "enrich_cluster", fake_enrich)
    monkeypatch.setattr(poller, "classify_cluster_llm", fake_classify)

    poller.store = None

    async def run_once():
        await poller.refresh_clusters(topic=None, limit=80)

    import asyncio

    asyncio.run(run_once())

    assert calls["fetch"] == 1
    assert calls["cluster"] == 0
    assert calls["enrich"] == 0
    assert calls["classify"] == 0


def test_importance_prefers_llm_signal():
    # Two clusters with same coverage but different sentiment magnitude.
    base = {
        "sources": ["A", "B"],
        "articles": [{}, {}],
        "sentiment": "neutral",
        "sentimentScore": 0.0,
    }
    pos = dict(base, sentimentScore=0.9)
    neg = dict(base, sentimentScore=-0.8)

    imp_base = compute_importance(base)
    imp_pos = compute_importance(pos)
    imp_neg = compute_importance(neg)

    assert imp_pos >= imp_base
    assert imp_neg >= imp_base


# ---------------------------------------------------------------------------
# Regression tests for the May 2026 correctness pass
# ---------------------------------------------------------------------------


def test_classify_cluster_llm_uses_llm_topic_and_drops_invalid_ones(monkeypatch):
    """The LLM-extracted topic must propagate to the returned cluster, but
    free-form / hallucinated topic strings must be coerced into the allowed
    set so they never reach the SQL row column verbatim."""
    import asyncio

    from news_mcp.enrichment import llm_enrich

    async def fake_extraction(cluster):
        return {
            "topic": "regulation",
            "entities": ["SEC"],
            "sentiment": "neutral",
            "sentimentScore": 0.0,
            "keywords": ["enforcement"],
        }

    monkeypatch.setattr(llm_enrich, "call_extraction", fake_extraction)
    monkeypatch.setattr(llm_enrich, "resolve_entity_via_trends", lambda e: {"normalized": e, "canonical_label": e, "mid": None})

    cluster = {"cluster_id": "x", "headline": "SEC fines firm", "summary": "...", "topic": "other"}
    out = asyncio.run(llm_enrich.classify_cluster_llm(cluster))
    assert out["topic"] == "regulation"

    # Hallucinated topic is rejected; we fall back to the input cluster's
    # heuristic topic when it is one of the allowed ones.
    async def fake_extraction_garbage(cluster):
        return {
            "topic": "geopolitics-and-stuff",
            "entities": ["NATO"],
            "sentiment": "neutral",
            "sentimentScore": 0.0,
            "keywords": [],
        }

    monkeypatch.setattr(llm_enrich, "call_extraction", fake_extraction_garbage)
    cluster = {"cluster_id": "y", "headline": "NATO meets", "summary": "...", "topic": "macro"}
    out = asyncio.run(llm_enrich.classify_cluster_llm(cluster))
    assert out["topic"] == "macro"  # heuristic fallback

    # When neither the LLM nor the heuristic gives a valid label -> "other".
    cluster = {"cluster_id": "z", "headline": "...", "summary": "...", "topic": "geopolitics-bucket"}
    out = asyncio.run(llm_enrich.classify_cluster_llm(cluster))
    assert out["topic"] == "other"


def test_classify_cluster_llm_normalizes_aliases_before_blacklist(monkeypatch):
    """Regression: previously ``_filter_entities`` ran before
    ``normalize_entities``, so blacklisting "bitcoin" missed entries the LLM
    returned as the alias "btc". Order is now normalize -> blacklist."""
    import asyncio

    from news_mcp.enrichment import llm_enrich

    async def fake_extraction(cluster):
        return {
            "topic": "crypto",
            "entities": ["btc", "Reuters"],
            "sentiment": "neutral",
            "sentimentScore": 0.0,
            "keywords": ["btc rally", "Reuters"],
        }

    monkeypatch.setattr(llm_enrich, "call_extraction", fake_extraction)
    monkeypatch.setattr(llm_enrich, "resolve_entity_via_trends", lambda e: {"normalized": e, "canonical_label": e, "mid": None})
    monkeypatch.setattr(llm_enrich, "NEWS_ENTITY_BLACKLIST", ["bitcoin"])

    cluster = {"cluster_id": "x", "headline": "BTC up", "summary": "...", "topic": "crypto"}
    out = asyncio.run(llm_enrich.classify_cluster_llm(cluster))

    # "btc" became "Bitcoin" via aliasing, then was filtered out by the
    # blacklist. "Reuters" survives (not blacklisted in this test).
    assert "Bitcoin" not in out["entities"]
    assert "btc" not in [e.lower() for e in out["entities"]]
    assert "Reuters" in out["entities"]


def test_dedup_uses_jaccard_when_titles_diverge():
    """Composite similarity: even with embeddings off, two articles whose
    titles share only some tokens should still merge if their content (token
    overlap) is high enough."""
    from news_mcp.dedup import cluster as dc

    # Titles differ heavily; bodies overlap heavily -> Jaccard should catch.
    articles = [
        {
            "title": "Iran tension rises",
            "url": "https://example.com/a",
            "source": "A",
            "timestamp": "Mon, 30 Mar 2026 12:00:00 GMT",
            "summary": "Trump warns Iran war could spread across the Middle East amid rising tensions.",
        },
        {
            "title": "Trump issues stark warning over Tehran",
            "url": "https://example.com/b",
            "source": "B",
            "timestamp": "Mon, 30 Mar 2026 12:00:00 GMT",
            "summary": "Trump warns Iran war could spread across the Middle East amid rising tensions.",
        },
    ]
    clustered = dc.dedup_and_cluster_articles(articles)
    total = sum(len(v) for v in clustered.values())
    assert total == 1, f"Expected 1 merged cluster via Jaccard signal, got {total}"


def test_dedup_does_not_merge_unrelated_articles():
    """Negative control: cluster is robust against false-positives even with
    the more permissive multi-signal merging."""
    from news_mcp.dedup import cluster as dc

    articles = [
        {
            "title": "Bitcoin hits new high",
            "url": "https://example.com/a",
            "source": "A",
            "timestamp": "Mon, 30 Mar 2026 12:00:00 GMT",
            "summary": "Bitcoin reached a record high amid rising demand.",
        },
        {
            "title": "Local sports team wins",
            "url": "https://example.com/b",
            "source": "B",
            "timestamp": "Mon, 30 Mar 2026 12:00:00 GMT",
            "summary": "The local team won the regional championship.",
        },
    ]
    clustered = dc.dedup_and_cluster_articles(articles)
    total = sum(len(v) for v in clustered.values())
    assert total == 2


def test_get_all_feed_states_returns_all_rows():
    """Health endpoint regression: the writer keys feed state with a hashed
    multi-feed key, so the old hardcoded ``get_feed_state("breakingthenews")``
    always returned None. Verify the bulk getter works."""
    import tempfile
    from pathlib import Path

    with tempfile.TemporaryDirectory() as td:
        db = Path(td) / "news.sqlite"
        store = SQLiteClusterStore(db)
        store.set_feed_hash("newsfeeds:abc123", "hash1")
        store.set_feed_hash("newsfeeds:def456", "hash2")
        all_states = store.get_all_feed_states()
        assert len(all_states) == 2
        keys = {s["feed_key"] for s in all_states}
        assert keys == {"newsfeeds:abc123", "newsfeeds:def456"}


def test_poller_persists_clusters_under_post_enrichment_topic(monkeypatch):
    """Regression: the SQL row-column ``topic`` previously locked in the
    headline-heuristic value (which is ``other`` for most stories) and ignored
    the LLM's classification stored in the payload. Verify the upsert now uses
    the post-enrichment topic so SQL filtering and dashboard groupings see the
    real classification."""
    import asyncio

    import news_mcp.jobs.poller as poller

    captured = {"upserts": []}

    class DummyStore:
        def __init__(self, *args, **kwargs):
            pass

        @contextmanager
        def _conn(self):
            class _Conn:
                def execute(self, *args, **kwargs):
                    return None

            yield _Conn()

        def get_feed_hash(self, feed_key):
            return None

        def set_feed_hash(self, feed_key, last_hash):
            pass

        def set_feed_state(self, feed_key, last_hash, item_count):
            pass

        def get_enabled_feed_urls(self, feed_urls):
            return feed_urls

        def get_cluster_by_id(self, cluster_id):
            return None

        def upsert_clusters(self, clusters, topic):
            # Capture the topic the poller chose for each cluster.
            for c in clusters:
                captured["upserts"].append({"row_topic": topic, "payload_topic": c.get("topic"), "cluster_id": c.get("cluster_id")})

        def prune_if_due(self, **kwargs):
            return {"deleted": 0}

        def get_failed_enrichment_clusters(self, max_retries=3):
            return []

        def set_meta(self, key, value):
            pass

        def set_feed_state(self, feed_key, last_hash, item_count):
            pass

    def fake_cluster(articles):
        # Heuristic put it in "other" (no crypto/macro/regulation/ai keywords
        # in the title for the heuristic matcher — title above does have
        # "law"-adjacent words but not the specific tokens it matches).
        return {
            "other": [
                {
                    "cluster_id": "cid",
                    "headline": "SEC fines firm",
                    "summary": "...",
                    "topic": "other",
                    "entities": [],
                    "sentiment": "neutral",
                    "importance": 0.0,
                    "sources": ["S"],
                    "timestamp": "Wed, 01 Apr 2026 12:00:00 GMT",
                    "articles": [],
                }
            ]
        }

    def fake_enrich(cluster):
        return cluster

    async def fake_classify(cluster):
        # The LLM thinks it's regulation -> the SQL row column must reflect that.
        out = dict(cluster)
        out["topic"] = "regulation"
        out["entities"] = ["SEC"]
        out["entityResolutions"] = []
        out["sentiment"] = "neutral"
        out["sentimentScore"] = 0.0
        out["keywords"] = []
        return out

    monkeypatch.setattr(poller, "SQLiteClusterStore", DummyStore)

    async def _mock_fetch2(limit, url_list=None):
            return [
                {"title": "SEC fines firm", "url": "https://example.com/a", "source": "S",
                 "timestamp": "Wed, 01 Apr 2026 12:00:00 GMT", "summary": "..."},
            ]
    monkeypatch.setattr(poller, "fetch_news_articles", _mock_fetch2)
    monkeypatch.setattr(poller, "dedup_and_cluster_articles", fake_cluster)
    monkeypatch.setattr(poller, "enrich_cluster", fake_enrich)
    monkeypatch.setattr(poller, "classify_cluster_llm", fake_classify)

    asyncio.run(poller.refresh_clusters(topic=None, limit=10))

    assert captured["upserts"], "Expected at least one upsert call"
    # The poller first stores raw clusters (topic=heuristic), then enriched
    # clusters (topic=post-LLM).  The enriched upsert is the one whose row_topic
    # reflects the LLM classification.
    enriched_upserts = [u for u in captured["upserts"] if u["row_topic"] == "regulation"]
    assert enriched_upserts, (
        f"Expected at least one upsert with row_topic='regulation', "
        f"got topics: {[u['row_topic'] for u in captured['upserts']]}"
    )
    upsert = enriched_upserts[0]
    assert upsert["row_topic"] == "regulation", (
        f"Expected SQL row topic to follow the LLM's classification 'regulation', got {upsert['row_topic']!r}"
    )
    assert upsert["payload_topic"] == "regulation"