content-find-agent-new/tests/test_database_runtime.py

import json
import re
from pathlib import Path

from content_agent.integrations.database_runtime import (
    ContentSupplyDbConfig,
    DatabaseRuntimeStore,
)


class FakeCursor:
    def __init__(self, connection):
        self.connection = connection
        self._one = None
        self._all = []

    def __enter__(self):
        return self

    def __exit__(self, *_args):
        return None

    def execute(self, sql, params=None):
        self.connection.statements.append((sql, list(params or [])))
        if sql.startswith("SELECT COUNT(*)"):
            self._one = {"cnt": 0}
            self._all = []
        elif sql.startswith("SELECT"):
            self._one = self.connection.select_one_result
            self._all = self.connection.select_all_result

    def fetchone(self):
        return self._one

    def fetchall(self):
        return self._all


class FakeConnection:
    def __init__(self):
        self.statements = []
        self.commit_count = 0
        self.select_one_result = None
        self.select_all_result = []

    def __enter__(self):
        return self

    def __exit__(self, *_args):
        return None

    def cursor(self):
        return FakeCursor(self)

    def commit(self):
        self.commit_count += 1


def test_content_supply_db_config_reads_env_file(tmp_path):
    env_file = tmp_path / ".env"
    env_file.write_text(
        "\n".join(
            [
                "CONTENT_SUPPLY_DB_HOST=127.0.0.1",
                "CONTENT_SUPPLY_DB_PORT=3307",
                "CONTENT_SUPPLY_DB_NAME=content-deconstruction-supply",
                "CONTENT_SUPPLY_DB_USER=content_rw",
                "CONTENT_SUPPLY_DB_" + "PASS" + "WORD=dummy_password",
            ]
        ),
        encoding="utf-8",
    )

    config = ContentSupplyDbConfig.from_env(env_file=env_file)

    assert config.host == "127.0.0.1"
    assert config.port == 3307
    assert config.database == "content-deconstruction-supply"
    assert config.user == "content_rw"


def test_content_supply_db_config_requires_all_project_db_keys(tmp_path):
    env_file = tmp_path / ".env"
    env_file.write_text(
        "\n".join(
            [
                "CONTENT_SUPPLY_DB_HOST=127.0.0.1",
                "CONTENT_SUPPLY_DB_PORT=3307",
                "CONTENT_SUPPLY_DB_NAME=content-deconstruction-supply",
                "CONTENT_SUPPLY_DB_USER=content_rw",
            ]
        ),
        encoding="utf-8",
    )

    try:
        ContentSupplyDbConfig.from_env(env_file=env_file)
    except ValueError as exc:
        assert "CONTENT_SUPPLY_DB_PASSWORD" in str(exc)
    else:
        raise AssertionError("expected missing db env key to fail")


def test_database_runtime_writes_source_context_with_db_schema_version():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_json(
        "run_001",
        "source_context.json",
        {
            "schema_version": "runtime_record.v1",
            "run_id": "run_001",
            "demand_content_id": "123",
            "ext_data": {
                "evidence_pack": {
                    "pattern_source_system": "pg_pattern_v2",
                    "source_kind": "pattern_itemset",
                    "source_post_id": "post_001",
                    "pattern_execution_id": 581,
                    "mining_config_id": 2081,
                }
            },
        },
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_source_contexts`" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["run_id"] == "run_001"
    assert values["demand_content_id"] == 123
    assert json.loads(values["evidence_pack"])["source_post_id"] == "post_001"
    assert json.loads(values["source_context"])["schema_version"] == "runtime_record.v1"


def test_database_runtime_derives_itemset_ids_from_seed_pack_itemsets():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_json(
        "run_001",
        "pattern_seed_pack.json",
        {
            "schema_version": "runtime_record.v1",
            "run_id": "run_001",
            "policy_run_id": "policy_run_001",
            "source_post_id": "post_001",
            "pattern_execution_id": 581,
            "itemsets": [{"itemset_id": 1608352}, {"itemset_id": 1608352}],
            "seed_terms": ["爱国情感", "人物故事"],
        },
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_pattern_seed_packs`" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert json.loads(values["itemset_ids"]) == [1608352]
    assert json.loads(values["pattern_seed_pack"])["schema_version"] == "runtime_record.v1"


def test_database_runtime_appends_jsonl_with_raw_payload():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "search_queries.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "search_query_id": "q_001",
                "search_query": "对比分析",
                "search_query_generation_method": "item_single",
                "pattern_seed_ref": {
                    "source_field": "seed_terms",
                    "source_index": 0,
                    "seed_term": "对比分析",
                },
                "raw_payload": {"run_id": "run_001", "search_query_id": "q_001"},
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_queries`" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert json.loads(values["pattern_seed_ref"])["seed_term"] == "对比分析"
    assert json.loads(values["raw_payload"])["search_query_id"] == "q_001"


def test_database_runtime_upserts_content_media_records():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "content_media_records.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "platform": "douyin",
                "platform_content_id": "content_001",
                "content_media_status": "oss_uploaded",
                "content_metadata_source": "douyin_keyword_search",
                "play_url": "https://source.example/video.mp4",
                "local_path": None,
                "oss_url": "https://res.example/video.mp4",
                "raw_payload": {
                    "run_id": "run_001",
                    "platform_content_id": "content_001",
                    "oss_object_key": "crawler/video/content_001.mp4",
                },
                "created_at": "2026-06-15T00:00:00+00:00",
            }
        ],
    )

    sql, _ = connection.statements[-1]

    assert "INSERT INTO `content_agent_content_media_records`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert "`oss_url` = VALUES(`oss_url`)" in sql


def test_database_runtime_upserts_failed_search_query_status():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "search_queries.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "search_query_id": "q_001",
                "search_query": "接口失败",
                "search_query_generation_method": "item_single",
                "search_query_effect_status": "failed",
                "raw_payload": {
                    "run_id": "run_001",
                    "policy_run_id": "policy_run_001",
                    "search_query_id": "q_001",
                    "search_query_effect_status": "failed",
                    "query_failure": {
                        "status": "failed",
                        "error_code": "PLATFORM_REQUEST_FAILED",
                    },
                },
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_queries`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["search_query_effect_status"] == "failed"
    payload = json.loads(values["raw_payload"])
    assert payload["query_failure"]["error_code"] == "PLATFORM_REQUEST_FAILED"


def test_database_runtime_preserves_llm_variant_payload_fields():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "search_queries.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "search_query_id": "q_002",
                "search_query": "人物叙事素材",
                "search_query_generation_method": "llm_variant",
                "pattern_seed_ref": {
                    "source_field": "seed_terms",
                    "source_index": 0,
                    "seed_term": "人物故事",
                },
                "llm_variant_of": "q_001",
                "raw_payload": {
                    "run_id": "run_001",
                    "policy_run_id": "policy_run_001",
                    "search_query_id": "q_002",
                    "search_query_generation_method": "llm_variant",
                    "llm_variant_of": "q_001",
                    "llm_input_evidence": {"seed_term": "人物故事"},
                    "llm_prompt_version": "fake-query-prompt-v1",
                    "llm_generation_model": "fake-query-model",
                },
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_queries`" in sql
    assert "llm_variant_of" not in values
    payload = json.loads(values["raw_payload"])
    assert payload["llm_variant_of"] == "q_001"
    assert payload["llm_input_evidence"]["seed_term"] == "人物故事"
    assert payload["llm_prompt_version"] == "fake-query-prompt-v1"
    assert payload["llm_generation_model"] == "fake-query-model"


def test_database_runtime_upserts_pattern_recall_evidence():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    # V3 形状: Gemini 直读判定证据(recall_status=judged + evidence_summary 判定字段);
    # decode 时代 7 列已随 V2 数据归档删除,列过滤必须把混入的旧键挡在 DB 外。
    store.append_jsonl(
        "run_001",
        "pattern_recall_evidence.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "recall_evidence_id": "recall_001",
                "content_discovery_id": "content_001",
                "platform": "douyin",
                "platform_content_id": "7390000000000000000",
                "recall_status": "judged",
                "decode_status": "success",
                "matched_terms": ["爱国情感"],
                "evidence_summary": {
                    "judge_status": "ok",
                    "fit_senior_50plus": True,
                    "relevance_score": 0.85,
                },
                "raw_payload": {
                    "platform": "douyin",
                    "judge_reason": "贴题且适合 50+",
                },
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_pattern_recall_evidence`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["recall_evidence_id"] == "recall_001"
    assert values["recall_status"] == "judged"
    assert "platform" not in values
    assert "decode_status" not in values
    assert "matched_terms" not in values
    assert json.loads(values["evidence_summary"])["fit_senior_50plus"] is True
    assert json.loads(values["raw_payload"])["platform"] == "douyin"


def test_database_runtime_preserves_p5_rule_decision_fields():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "rule_decisions.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "decision_id": "d_001",
                "policy_bundle_id": "policy_bundle_v1",
                "rule_pack_id": "douyin_content_discovery_rule_pack_v1",
                "rule_pack_version": "1.0.0",
                "strategy_version": "V1",
                "decision_target_type": "content",
                "decision_target_id": "content_001",
                "decision_action": "REJECT_CONTENT",
                "decision_reason_code": "pattern_recall_failed",
                "search_query_effect_status": "rule_blocked",
                "score": None,
                "triggered_blocking_rules": ["gate_pattern_recall_failed"],
                "scorecard": {"total_score": None, "score_missing": True},
                "decision_replay_data": {
                    "policy_bundle_hash": "hash_001",
                    "dispatch_id": "dispatch_content",
                    "effect_mapping_id": "map_hard_gate_reject_rule_blocked",
                },
                "raw_payload": {
                    "decision_id": "d_001",
                    "search_query_effect_status": "rule_blocked",
                    "decision_replay_data": {
                        "policy_bundle_hash": "hash_001",
                        "dispatch_id": "dispatch_content",
                    },
                },
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_rule_decisions`" in sql
    assert values["search_query_effect_status"] == "rule_blocked"
    assert json.loads(values["triggered_blocking_rules"]) == ["gate_pattern_recall_failed"]
    assert json.loads(values["scorecard"])["score_missing"] is True
    assert json.loads(values["decision_replay_data"])["dispatch_id"] == "dispatch_content"
    assert json.loads(values["raw_payload"])["decision_replay_data"]["policy_bundle_hash"] == "hash_001"


def test_database_runtime_preserves_v4_score_and_walk_json_contract():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "rule_decisions.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "decision_id": "d_v4_001",
                "policy_bundle_id": "policy_bundle_v4",
                "rule_pack_id": "douyin_content_discovery_rule_pack_v4",
                "rule_pack_version": "4.0.0",
                "strategy_version": "V4",
                "decision_target_type": "content",
                "decision_target_id": "content_001",
                "decision_action": "ADD_TO_CONTENT_POOL",
                "decision_reason_code": "v4_query_and_platform_pass",
                "search_query_effect_status": "success",
                "score": 80,
                "scorecard": {
                    "schema_version": "v4_scorecard.v1",
                    "query_relevance_score": 82,
                    "platform_performance_score": 78,
                    "missing_observable_fields": ["view_count"],
                },
                "decision_replay_data": {
                    "policy_bundle_hash": "hash_v4",
                    "rule_pack_id": "douyin_content_discovery_rule_pack_v4",
                    "rule_pack_version": "4.0.0",
                    "dispatch_id": "dispatch_content_v4",
                    "strategy_version": "V4",
                    "allow_walk": True,
                    "walk_gate_snapshot": {
                        "query_relevance_score": 82,
                        "platform_performance_score": 78,
                        "score": 80,
                    },
                },
                "raw_payload": {
                    "decision_id": "d_v4_001",
                    "v4_contract": {
                        "query_relevance_score": 82,
                        "platform_performance_score": 78,
                    },
                },
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_rule_decisions`" in sql
    scorecard = json.loads(values["scorecard"])
    replay_data = json.loads(values["decision_replay_data"])
    assert scorecard["schema_version"] == "v4_scorecard.v1"
    assert scorecard["query_relevance_score"] == 82
    assert scorecard["platform_performance_score"] == 78
    assert scorecard["missing_observable_fields"] == ["view_count"]
    assert replay_data["allow_walk"] is True
    assert replay_data["walk_gate_snapshot"]["score"] == 80


def test_database_runtime_preserves_p5_search_clue_aggregation_in_raw_payload():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.append_jsonl(
        "run_001",
        "search_clues.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "clue_id": "clue_001",
                "search_query_id": "q_001",
                "search_query": "爱国情感",
                "discovery_start_source": "pattern_seed",
                "previous_discovery_step": "search_query_generated",
                "result_count": 1,
                "pooled_content_count": 0,
                "review_content_count": 0,
                "pending_content_count": 0,
                "rejected_content_count": 1,
                "search_query_effect_status": "rule_blocked",
                "query_aggregation_id": "agg_query_rule_blocked",
                "walk_next_step": "stop_search_query",
                "raw_payload": {
                    "clue_id": "clue_001",
                    "query_aggregation_id": "agg_query_rule_blocked",
                    "effect_status_counts": {"rule_blocked": 1},
                },
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_search_clues`" in sql
    assert "query_aggregation_id" not in values
    assert values["search_query_effect_status"] == "rule_blocked"
    assert json.loads(values["raw_payload"])["query_aggregation_id"] == "agg_query_rule_blocked"


def test_database_runtime_writes_failed_search_clue_and_platform_query_failed_event():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    query_failure = {
        "search_query_id": "q_001",
        "search_query": "接口失败",
        "search_query_generation_method": "item_single",
        "status": "failed",
        "error_code": "PLATFORM_REQUEST_FAILED",
        "message": "platform query failed",
    }
    store.append_jsonl(
        "run_001",
        "search_clues.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "clue_id": "clue_001",
                "search_query_id": "q_001",
                "search_query": "接口失败",
                "discovery_start_source": "pattern_itemset",
                "previous_discovery_step": "pattern_search_query",
                "result_count": 0,
                "pooled_content_count": 0,
                "review_content_count": 0,
                "pending_content_count": 0,
                "rejected_content_count": 0,
                "search_query_effect_status": "failed",
                "query_aggregation_id": "platform_query_failure",
                "walk_next_step": "stop_search_query",
                "raw_payload": {
                    "clue_id": "clue_001",
                    "query_failure": query_failure,
                },
            }
        ],
    )
    store.append_jsonl(
        "run_001",
        "run_events.jsonl",
        [
            {
                "record_schema_version": "runtime_record.v1",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "event_id": "evt_001",
                "event_type": "platform_query_failed",
                "status": "failed",
                "input_ref": "search_queries.jsonl:q_001",
                "output_ref": "search_clues.jsonl",
                "error_code": "PLATFORM_REQUEST_FAILED",
                "message": "platform query failed",
                "raw_payload": {
                    "event_id": "evt_001",
                    "query_failure": query_failure,
                },
            }
        ],
    )

    clue_sql, clue_params = connection.statements[-2]
    clue_values = _insert_values(clue_sql, clue_params)
    assert "INSERT INTO `content_agent_search_clues`" in clue_sql
    assert "ON DUPLICATE KEY UPDATE" in clue_sql
    assert clue_values["search_query_effect_status"] == "failed"
    assert clue_values["walk_next_step"] == "stop_search_query"
    assert json.loads(clue_values["raw_payload"])["query_failure"]["search_query_id"] == "q_001"

    event_sql, event_params = connection.statements[-1]
    event_values = _insert_values(event_sql, event_params)
    assert "INSERT INTO `content_agent_run_events`" in event_sql
    assert "ON DUPLICATE KEY UPDATE" in event_sql
    assert event_values["event_type"] == "platform_query_failed"
    assert event_values["status"] == "failed"
    assert event_values["error_code"] == "PLATFORM_REQUEST_FAILED"


def test_database_runtime_writes_publish_jobs_db_only_records():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_publish_jobs(
        "run_001",
        "policy_run_001",
        [
            {
                "publish_job_id": "publish_job_001",
                "platform_content_id": "7390000000000000000",
                "job_status": "created",
                "trigger_mode": "manual_review",
                "request_payload": {
                    "decision_id": "decision_001",
                    "source_path_record_ids": ["path_001"],
                },
                "response_payload": {},
            }
        ],
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_publish_jobs`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["run_id"] == "run_001"
    assert values["policy_run_id"] == "policy_run_001"
    assert values["publish_job_id"] == "publish_job_001"
    assert values["job_status"] == "created"
    assert values["trigger_mode"] == "manual_review"
    assert json.loads(values["request_payload"])["decision_id"] == "decision_001"


def test_database_runtime_writes_author_assets():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_author_assets(
        [
            {
                "author_asset_id": "author_asset_001",
                "platform": "douyin",
                "platform_author_id": "author_001",
                "author_display_name": "作者一号",
                "asset_status": "active",
                "source_type": "runtime_author_work",
                "validation_status": "validated",
                "eligible_as_source": 1,
                "elderly_ratio": 0.72,
                "elderly_tgi": 138,
                "content_tags": ["人物故事"],
                "source_run_id": "run_001",
                "source_policy_run_id": "policy_run_001",
                "profile_snapshot": {"sample_count": 9},
                "evidence_refs": {"decision_ids": ["d_001"]},
                "raw_payload": {"author_asset_id": "author_asset_001"},
            }
        ]
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_author_assets`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["author_asset_id"] == "author_asset_001"
    assert values["platform_author_id"] == "author_001"
    assert values["eligible_as_source"] == 1
    assert values["elderly_ratio"] == 0.72
    assert values["elderly_tgi"] == 138
    assert json.loads(values["content_tags"]) == ["人物故事"]
    assert json.loads(values["profile_snapshot"])["sample_count"] == 9
    assert json.loads(values["evidence_refs"])["decision_ids"] == ["d_001"]


def test_database_runtime_writes_author_asset_roles():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_author_asset_roles(
        [
            {
                "author_asset_id": "author_asset_001",
                "role": "source_seed",
                "role_status": "active",
                "role_reason_code": "p7_author_asset_eligible",
                "assigned_by": "system",
                "source_run_id": "run_001",
                "raw_payload": {"role": "source_seed"},
            }
        ]
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_author_asset_roles`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["author_asset_id"] == "author_asset_001"
    assert values["role"] == "source_seed"
    assert values["assigned_by"] == "system"
    assert json.loads(values["raw_payload"])["role"] == "source_seed"


def test_database_runtime_writes_search_clue_assets():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_search_clue_assets(
        [
            {
                "search_clue_asset_id": "search_clue_asset_001",
                "platform": "douyin",
                "clue_type": "search_query",
                "normalized_clue_text": "银发旅行",
                "display_clue_text": "银发旅行",
                "promotion_status": "promoted",
                "reusable_priority": 1,
                "can_seed_next_run": 1,
                "first_seen_run_id": "run_001",
                "first_seen_policy_run_id": "policy_run_001",
                "summary_metrics": {"pooled_content_count": 1},
                "raw_payload": {"promotion_reason": "success_search_clue"},
            }
        ]
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_search_clue_assets`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["search_clue_asset_id"] == "search_clue_asset_001"
    assert values["can_seed_next_run"] == 1
    assert json.loads(values["summary_metrics"])["pooled_content_count"] == 1


def test_database_runtime_writes_search_clue_asset_evidence():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.write_search_clue_asset_evidence(
        [
            {
                "evidence_id": "search_clue_evidence_001",
                "search_clue_asset_id": "search_clue_asset_001",
                "run_id": "run_001",
                "policy_run_id": "policy_run_001",
                "clue_id": "clue_001",
                "search_query_id": "q_001",
                "pooled_content_count": 1,
                "source_path_record_ids": ["path_001"],
                "decision_ids": ["decision_001"],
                "performance_feedback_refs": [],
                "raw_payload": {"clue_id": "clue_001"},
            }
        ]
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_search_clue_asset_evidence`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["schema_version"] == "content_agent.v1"
    assert values["run_id"] == "run_001"
    assert values["clue_id"] == "clue_001"
    assert json.loads(values["source_path_record_ids"]) == ["path_001"]
    assert json.loads(values["decision_ids"]) == ["decision_001"]


def test_database_runtime_update_final_output_upserts_validation_status():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.update_json(
        "run_001",
        "final_output.json",
        {
            "schema_version": "runtime_record.v1",
            "run_id": "run_001",
            "policy_run_id": "policy_run_001",
            "summary": {"run_path_complete": True},
            "validation_status": "pass",
        },
    )

    sql, params = connection.statements[-1]
    values = _insert_values(sql, params)
    assert "INSERT INTO `content_agent_final_outputs`" in sql
    assert "ON DUPLICATE KEY UPDATE" in sql
    assert values["validation_status"] == "pass"
    assert json.loads(values["summary"])["run_path_complete"] is True


def test_database_runtime_preserves_m5_explanation_payloads():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)
    explanation = {
        "schema_version": "v4_decision_explanation.v1",
        "query_relevance_score": 80,
        "platform_performance_score": 70,
        "score": 75,
        "allow_walk": True,
        "walk_gate_snapshot": {"score": 75},
    }
    v4_summary = {
        "schema_version": "v4_strategy_review_summary.v1",
        "score_buckets": {"pool": 1},
        "allow_walk_distribution": {"allowed": 1, "denied": 0, "missing": 0},
        "walk_gate_review": {"v4_gate_distribution": {"allowed": 1}},
    }

    store.update_json(
        "run_001",
        "final_output.json",
        {
            "schema_version": "runtime_record.v1",
            "run_id": "run_001",
            "policy_run_id": "policy_run_001",
            "summary": {},
            "validation_status": "pass",
            "decision_records": [
                {
                    "decision_id": "decision_001",
                    "v4_explanation": explanation,
                }
            ],
        },
    )
    store.update_json(
        "run_001",
        "strategy_review.json",
        {
            "schema_version": "runtime_record.v1",
            "run_id": "run_001",
            "policy_run_id": "policy_run_001",
            "review_id": "review_001",
            "review_status": "generated",
            "summary": {},
            "v4_summary": v4_summary,
            "effective_search_queries": [],
            "weak_search_queries": [],
            "top_reject_reasons": [],
            "productive_paths": [],
            "suggestions": [],
            "raw_payload": {"v4_summary": v4_summary},
        },
    )

    final_values = _insert_values(*connection.statements[-2])
    final_payload = json.loads(final_values["final_output"])
    assert final_payload["decision_records"][0]["v4_explanation"] == explanation

    review_values = _insert_values(*connection.statements[-1])
    review_payload = json.loads(review_values["raw_payload"])
    assert review_payload["v4_summary"] == v4_summary


def test_database_runtime_reads_performance_feedback_payloads():
    connection = FakeConnection()
    connection.select_all_result = [
        {
            "raw_payload": json.dumps(
                {
                    "run_id": "run_001",
                    "policy_run_id": "policy_run_001",
                    "feedback_id": "feedback_001",
                    "completion_rate": 0.8,
                }
            )
        }
    ]
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    rows = store.read_performance_feedback("run_001", "policy_run_001")

    sql, params = connection.statements[-1]
    assert "FROM `content_agent_performance_feedback`" in sql
    assert params == ["run_001", "policy_run_001"]
    assert rows[0]["feedback_id"] == "feedback_001"
    assert rows[0]["raw_payload"]["completion_rate"] == 0.8


def test_database_runtime_read_jsonl_reconstructs_runtime_payload():
    connection = FakeConnection()
    connection.select_all_result = [
        {
            "raw_payload": json.dumps(
                {
                    "record_schema_version": "runtime_record.v1",
                    "run_id": "run_001",
                    "policy_run_id": "policy_run_001",
                    "search_query_id": "q_001",
                }
            )
        }
    ]
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    rows = store.read_jsonl("run_001", "search_queries.jsonl")

    assert rows[0]["search_query_id"] == "q_001"
    assert rows[0]["raw_payload"]["search_query_id"] == "q_001"


def test_database_runtime_rejects_forbidden_raw_payload_keys_in_lists():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    try:
        store.append_jsonl(
            "run_001",
            "search_queries.jsonl",
            [
                {
                    "record_schema_version": "runtime_record.v1",
                    "run_id": "run_001",
                    "policy_run_id": "policy_run_001",
                    "search_query_id": "q_001",
                    "search_query": "对比分析",
                    "raw_payload": {"items": [{"dsn": "should_not_be_stored"}]},
                }
            ],
        )
    except ValueError as exc:
        assert "forbidden key" in str(exc)
    else:
        raise AssertionError("expected forbidden raw_payload key to be rejected")


def test_database_runtime_update_run_record_ignores_empty_sanitized_updates():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.update_run_record("run_001", {"unknown_field": "ignored", "status": None})

    assert connection.statements == []


def test_database_runtime_update_run_record_persists_platform_failure_detail():
    connection = FakeConnection()
    store = DatabaseRuntimeStore(_config(), connection_factory=lambda: connection)

    store.update_run_record(
        "run_001",
        {
            "status": "failed",
            "error_code": "PLATFORM_REQUEST_FAILED",
            "error_detail": {
                "query_failures": [
                    {
                        "search_query_id": "q_001",
                        "status": "failed",
                        "error_code": "PLATFORM_REQUEST_FAILED",
                    }
                ]
            },
        },
    )

    sql, params = connection.statements[-1]
    assert "UPDATE `content_agent_runs` SET" in sql
    assert "`error_detail` = %s" in sql
    assert json.loads(params[2])["query_failures"][0]["search_query_id"] == "q_001"
    assert params[-1] == "run_001"


def test_business_modules_do_not_import_or_name_database_tables():
    root = Path("content_agent/business_modules")
    text = "\n".join(path.read_text(encoding="utf-8") for path in root.rglob("*.py"))

    assert not re.search(
        r"pymysql|sqlalchemy|psycopg|sqlite3|SELECT |INSERT |UPDATE |DELETE |SHOW |CREATE |ALTER |content_agent_",
        text,
    )


def _config():
    return ContentSupplyDbConfig(
        host="127.0.0.1",
        port=3306,
        user="content_rw",
        password="dummy_password",
        database="content-deconstruction-supply",
    )


def _insert_values(sql, params):
    match = re.search(r"\((.*?)\) VALUES", sql)
    assert match, sql
    columns = [part.strip().strip("`") for part in match.group(1).split(",")]
    return dict(zip(columns, params))