"""test_result_out.py — §6.1 result-out 三字段组装单测(M3a U1)。

守的不变量(KTD2 BLOCKER 修正,镜像 SaaGraphDispatcher.buildCallbackReqVO + service.py build_callback_payload):
  · gameConfig = 最小占位 Map(templateId/title/theme/engineDriven),绝不塞源工程;
  · engineBundle = bundle.iife.js 全文(含 __GameBundle)= 运行时承重产物;
  · 成功门 = active v3 canonical accept，或真正 legacy 验收通过；两路都要求 engineBundle 含 __GameBundle;
  · sourceProject = best-effort 可选(profile 派生不出即省略,不伪造、不阻断成功);
  · traceId 取 job.traceId 或 job_id;纯函数无网络无 LLM、同输入恒同输出。

跑:cheap-worker/.venv/bin/python cheap-worker/tests/test_result_out.py
"""

import copy
import hashlib
import json
import sys
import tempfile
from pathlib import Path

sys.path.insert(0, str(Path(__file__).resolve().parents[1]))  # → cheap-worker/
import result_out as R  # noqa: E402
import worker_service as W  # noqa: E402

_GOOD_BUNDLE = "var __GameBundle=(function(){return{bootGameHost(){}}})();"


def _tmp() -> Path:
    return Path(tempfile.mkdtemp(prefix="ro-test-"))


def _make_game_dir(tmp: Path, *, bundle=_GOOD_BUNDLE, src_files=None) -> Path:
    """造 amgen-<id>/ 形态产物目录(bundle.iife.js + src/)。"""
    gd = tmp / "amgen-t1"
    (gd / "src").mkdir(parents=True)
    if bundle is not None:
        (gd / "bundle.iife.js").write_text(bundle, encoding="utf-8")
    for name, content in (src_files or {"game-logic.js": "// logic\n", "core.js": "// core\n"}).items():
        (gd / "src" / name).write_text(content, encoding="utf-8")
    return gd


def test_succeeded_shape():
    """成功路:verdict.pass ∧ bundle 含 __GameBundle → status=succeeded + gameConfig 占位 + engineBundle 承重。"""
    gd = _make_game_dir(_tmp())
    job = {"job_id": "trace-abc", "traceId": "trace-abc", "templateId": "generic", "brief": "点点乐"}
    summary = {"ok": True, "finished": True, "verdict": {"pass": True, "failedGates": []}, "costRmb": 0.05}

    out = R.build_result_out(job, summary, gd)

    assert out["traceId"] == "trace-abc"
    assert out["status"] == "succeeded"
    assert out["templateId"] == "generic"
    # gameConfig 占位,绝不含源工程(BLOCKER 修正)
    assert out["gameConfig"]["templateId"] == "generic"
    assert out["gameConfig"]["theme"] == "generic"
    assert out["gameConfig"]["engineDriven"] is True
    assert "files" not in out["gameConfig"] and "entry" not in out["gameConfig"]
    # engineBundle 承重
    assert "__GameBundle" in out["engineBundle"]
    assert out.get("failureReason") is None


def test_failed_when_gates_not_pass():
    """verdict.pass=False → status=failed + 七值 failureReason,不带 engineBundle。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t2", "templateId": "generic", "brief": "x"}
    summary = {"finished": True, "verdict": {"pass": False, "failedGates": ["E_live"]}}

    out = R.build_result_out(job, summary, gd)

    assert out["status"] == "failed"
    assert out.get("engineBundle") is None
    assert out["failureReason"] in R._FAILURE_REASONS  # 对齐后端 FailureReasonEnum 真七值


def test_failed_when_engine_bundle_missing___gamebundle():
    """即使 verdict.pass,bundle 无 __GameBundle → status=failed(承重门:engineBundle 含 __GameBundle)。"""
    gd = _make_game_dir(_tmp(), bundle="var notTheGlobal=1;")
    job = {"traceId": "t3", "templateId": "generic", "brief": "x"}
    summary = {"finished": True, "verdict": {"pass": True, "failedGates": []}}

    out = R.build_result_out(job, summary, gd)

    assert out["status"] == "failed"
    assert out.get("engineBundle") is None


def test_failed_breaker_maps_llm_error():
    """预算熔断 / 内部真因不在七值内 → failureReason=llm_error(契约#6 catch-all;枚举无 budget 专项值)。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t4", "templateId": "generic", "brief": "x"}
    summary = {"finished": False, "breaker": True, "verdict": {"pass": None, "failedGates": None}}

    out = R.build_result_out(job, summary, gd)

    assert out["status"] == "failed"
    assert out["failureReason"] == "llm_error"


def test_explicit_failure_reason_wins():
    """显式 failure_reason(在七值内)优先于推断。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t5", "templateId": "generic", "brief": "x"}
    summary = {"finished": True, "verdict": {"pass": False, "failedGates": ["A_boot"]}}

    out = R.build_result_out(job, summary, gd, failure_reason="timeout")

    assert out["status"] == "failed"
    assert out["failureReason"] == "timeout"


# ── WU2 §3.9:额度耗尽干净失败 + one-api 惯例分辨 ──

def test_quota_exhausted_in_enum():
    """quota_exhausted 已进 failureReason 枚举(跨契约共享枚举同批新增,与 aigc.yaml/dify-workflow-io.json 一致)。"""
    assert "quota_exhausted" in R._FAILURE_REASONS


def test_summary_failure_reason_quota_maps_through():
    """WU2 §3.9:summary.failureReason=quota_exhausted(Service 分辨→driver 透传)→ 落 failureReason=quota_exhausted。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "tq", "templateId": "generic", "brief": "x"}
    summary = {"finished": False, "verdict": {"pass": False, "failedGates": None},
               "failureReason": "quota_exhausted"}
    out = R.build_result_out(job, summary, gd)
    assert out["status"] == "failed"
    assert out["failureReason"] == "quota_exhausted"


def test_summary_failure_reason_ignored_when_not_in_enum():
    """summary.failureReason 非枚举值 → 不透传,回落 catch-all llm_error(防脏值污染契约)。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "tq2", "templateId": "generic", "brief": "x"}
    summary = {"finished": False, "verdict": {"pass": False}, "failureReason": "some_garbage"}
    out = R.build_result_out(job, summary, gd)
    assert out["failureReason"] == "llm_error"


def test_explicit_failure_reason_wins_over_summary():
    """显式入参优先级高于 summary.failureReason。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "tq3", "templateId": "generic", "brief": "x"}
    summary = {"verdict": {"pass": False}, "failureReason": "quota_exhausted"}
    out = R.build_result_out(job, summary, gd, failure_reason="timeout")
    assert out["failureReason"] == "timeout"


def test_classify_newapi_status_codes():
    """状态码分辨:402/403(one-api 惯例额度码)→ quota_exhausted;裸 401 / 500 / None(无额度关键词)→ llm_error 可重试。"""
    assert R.classify_newapi_failure_reason(402) == "quota_exhausted"
    assert R.classify_newapi_failure_reason(403) == "quota_exhausted"
    assert R.classify_newapi_failure_reason(401) == "llm_error"   # 裸 401 无 message = 真凭据失效
    assert R.classify_newapi_failure_reason(500) == "llm_error"
    assert R.classify_newapi_failure_reason(None) == "llm_error"


def test_classify_newapi_real_quota_exhausted_401():
    """2026-07-08 真机耗尽探测坐实:new-api 对额度耗尽返 HTTP 401 + 「该令牌额度已用尽 …RemainQuota = 0」。
    401 与凭据失效状态码重叠,故必须按 message 分辨——耗尽判 quota_exhausted(干净失败),真凭据失效仍 llm_error(可重试)。
    这是关键回归:旧代码 401→llm_error 会把耗尽误判成可重试 → 反复重试到 watchdog 超时。"""
    real = "[sk-air***0AS] 该令牌额度已用尽 !token.UnlimitedQuota && token.RemainQuota = 0 (request id: 20260708...)"
    assert R.classify_newapi_failure_reason(401, real) == "quota_exhausted"
    assert R.classify_newapi_failure_reason(401, "无效的令牌，请检查") == "llm_error"  # 真凭据失效仍可重试、不塌成耗尽


def test_classify_newapi_keyword_fallback():
    """message 关键词分辨额度耗尽(状态码取不到 / 被框架包装时同样生效,优先于状态码)。"""
    assert R.classify_newapi_failure_reason(None, "error: insufficient user quota") == "quota_exhausted"
    assert R.classify_newapi_failure_reason(None, "当前分组余额不足，请充值") == "quota_exhausted"
    assert R.classify_newapi_failure_reason(None, "connection reset by peer") == "llm_error"


def test_newapi_error_status_text_extraction():
    """从带 status_code/response 的异常对象抽 (status, text);抽不到 status 返 None、文本兜底 str(exc)。"""
    class _Err(Exception):
        status_code = 402
        message = "insufficient user quota"
    st, txt = R.newapi_error_status_text(_Err("boom"))
    assert st == 402 and "insufficient" in txt

    class _Resp:
        status_code = 403
    class _Wrapped(Exception):
        response = _Resp()
    st2, _ = R.newapi_error_status_text(_Wrapped("x"))
    assert st2 == 403

    st3, txt3 = R.newapi_error_status_text(ValueError("plain error"))
    assert st3 is None and "plain error" in txt3


def test_traceid_fallback_to_job_id():
    """traceId 缺 → 用 job_id(贯穿键同值)。"""
    gd = _make_game_dir(_tmp())
    job = {"job_id": "jid-9", "templateId": "generic", "brief": "x"}
    summary = {"verdict": {"pass": True}}

    out = R.build_result_out(job, summary, gd)

    assert out["traceId"] == "jid-9"


def test_cost_goes_into_trace_not_toplevel():
    """成本落 trace.cost.totalRmb——顶层不得有 costRmb(DifyCallbackReqVO 无此字段、后端严格拒未知)。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t6", "templateId": "generic", "brief": "x"}
    summary = {"verdict": {"pass": True}, "costRmb": 0.07}

    out = R.build_result_out(job, summary, gd)

    assert "costRmb" not in out, "顶层不得有 costRmb(会被后端 ObjectMapper 拒)"
    assert out["trace"]["cost"]["totalRmb"] == 0.07


def test_result_out_keys_within_vo_known_set():
    """result-out 顶层键严格 ⊆ DifyCallbackReqVO 已知字段集(后端拒未知字段的硬约束)。"""
    vo_known = {"traceId", "status", "templateId", "gameConfig", "assets",
                "engineBundle", "failureReason", "qualityScore", "sourceProject", "trace"}
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t9", "templateId": "generic", "brief": "x"}
    out_ok = R.build_result_out(job, {"verdict": {"pass": True}, "costRmb": 0.07}, gd,
                               source_project='{"schemaVersion":"2.0"}')
    out_fail = R.build_result_out(job, {"verdict": {"pass": False}}, gd)
    assert set(out_ok) <= vo_known, f"成功路含未知字段:{set(out_ok) - vo_known}"
    assert set(out_fail) <= vo_known, f"失败路含未知字段:{set(out_fail) - vo_known}"


def test_build_source_project_valid_2_0():
    """profile 可派生 + src/ 有文件 → sourceProject 是合法 2.0(必填齐 + sourceHash 64-hex)。"""
    import json
    import re
    gd = _make_game_dir(_tmp(), src_files={"game-logic.js": "// l\n", "core.js": "// c\n"})
    profile = {"tickModel": "frame", "inputModel": "tap-targets", "progressModel": "score"}

    sp_str = R.build_source_project(gd, profile, entry="entry.js")

    assert sp_str is not None
    sp = json.loads(sp_str)
    assert sp["schemaVersion"] == "2.0"
    assert sp["globalName"] == "__GameBundle"
    assert sp["entry"] == "entry.js"
    assert sp["profile"] == profile
    assert "src/game-logic.js" in sp["files"] and "src/core.js" in sp["files"]
    assert re.fullmatch(r"[a-f0-9]{64}", sp["sourceHash"])


def test_build_source_project_carries_trusted_scaffold_without_changing_source_hash():
    """scaffoldTemplate 是 additive 血缘；sourceHash 冻结为只覆盖 files，不能暗改既有寻址语义。"""
    gd = _make_game_dir(_tmp())
    profile = {"tickModel": "event", "inputModel": "discrete-choice", "progressModel": "narrative"}
    without_route = json.loads(R.build_source_project(gd, profile))
    brief = "点击开始完成一局"
    brief_hash = hashlib.sha256(brief.encode("utf-8")).hexdigest()
    with_route = json.loads(R.build_source_project(
        gd, profile, scaffold_template="_template-story",
        origin_brief=brief, origin_brief_hash=brief_hash))
    assert with_route["scaffoldTemplate"] == "_template-story"
    assert with_route["originBrief"] == brief and with_route["originBriefHash"] == brief_hash
    assert with_route["sourceHash"] == without_route["sourceHash"]
    assert with_route["files"] == without_route["files"]


def test_build_source_project_rejects_unknown_scaffold_lineage():
    """任意模板名不能进入受信 SourceProject 血缘。"""
    gd = _make_game_dir(_tmp())
    profile = {"tickModel": "event", "inputModel": "discrete-choice", "progressModel": "narrative"}
    assert R.build_source_project(gd, profile, scaffold_template="_template-generic") is None


def test_build_source_project_rejects_empty_or_forged_origin_brief():
    """active v3 原题面必须非空且正文与 sha256 自洽，不能只带一个格式正确的 hash。"""
    gd = _make_game_dir(_tmp())
    profile = {"tickModel": "event", "inputModel": "discrete-choice", "progressModel": "narrative"}
    assert R.build_source_project(gd, profile, scaffold_template="_template-story",
                                  origin_brief="", origin_brief_hash=hashlib.sha256(b"").hexdigest()) is None
    assert R.build_source_project(gd, profile, scaffold_template="_template-story",
                                  origin_brief="题面甲", origin_brief_hash="a" * 64) is None


def test_source_project_contract_samples_cover_route_whitelist():
    """新增正负样本必须由 Draft-07 schema 一正一拒，防 enum 只写文档未进机器门。"""
    from jsonschema import Draft7Validator

    root = Path(__file__).resolve().parents[2]
    schema = json.loads((root / "contracts/agent-loop/source-project.schema.json").read_text(encoding="utf-8"))
    valid = json.loads((root / "contracts/agent-loop/samples/source-project/valid"
                        / "01-v2-with-scaffold-template.json").read_text(encoding="utf-8"))
    invalid = json.loads((root / "contracts/agent-loop/samples/source-project/invalid"
                          / "01-unknown-scaffold-template.json").read_text(encoding="utf-8"))
    missing_origin_hash = json.loads((root / "contracts/agent-loop/samples/source-project/invalid"
                                      / "02-origin-brief-missing-hash.json").read_text(encoding="utf-8"))
    validator = Draft7Validator(schema)
    assert list(validator.iter_errors(valid)) == []
    assert list(validator.iter_errors(invalid)), "未知 scaffoldTemplate 必须被 schema 拒绝"
    assert list(validator.iter_errors(missing_origin_hash)), "originBrief/hash 必须成对出现"


def test_build_source_project_omitted_when_profile_incomplete():
    """profile 派生不出(None / 三枚举不全)→ 返 None(省略、绝不伪造)。"""
    gd = _make_game_dir(_tmp())
    assert R.build_source_project(gd, None, entry="entry.js") is None
    assert R.build_source_project(gd, {"tickModel": "frame"}, entry="entry.js") is None


def test_build_source_project_omitted_when_no_src():
    """src/ 无文件 → 返 None。"""
    empty = _tmp() / "amgen-e"
    (empty / "src").mkdir(parents=True)
    profile = {"tickModel": "frame", "inputModel": "tap-targets", "progressModel": "score"}
    assert R.build_source_project(empty, profile, entry="entry.js") is None


def test_result_out_source_project_additive():
    """build_result_out 收到 source_project(JSON str)→ payload 带;缺省不带(additive)。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t7", "templateId": "generic", "brief": "x"}
    summary = {"verdict": {"pass": True}}

    out_with = R.build_result_out(job, summary, gd, source_project='{"schemaVersion":"2.0"}')
    assert out_with["sourceProject"] == '{"schemaVersion":"2.0"}'

    out_without = R.build_result_out(job, summary, gd)
    assert "sourceProject" not in out_without


def test_deterministic_zero_llm():
    """纯函数:同输入恒同输出(无网络无 LLM)。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "t8", "templateId": "generic", "brief": "稳定"}
    summary = {"verdict": {"pass": True}, "costRmb": 0.01}
    assert R.build_result_out(job, summary, gd) == R.build_result_out(job, summary, gd)


# ──────────────────────────────────────────────────────────────────────────────
# M3b U2：trace 9d 七项 + D11 首局维（sevenGateVerdict/gatespec）+ repairs 口径 + None 容错
#   守的不变量（镜像 wg1 _extract_trace + 后端 ReadinessScorer 读取口径）：
#     · 必填七项 camelCase：pass/repairs/wallS/models/attempts/gameId/stage；
#     · sevenGateVerdict 只取 {pass,guards}（去 url/ts 噪声，guards.H_progress 保嵌套含 .pass）；
#     · gatespec 键名必须是 `driver`（落 driverType 则后端 hasDriver=false、firstPlay 永中性）；
#     · repairs = max(0, attempts-1)（首轮 attempts=1→repairs=0）；
#     · 成功/失败路都抽 trace；verdictFull/driverType=None 时省略 sevenGateVerdict/gatespec（不塞 None、不崩）。
# ──────────────────────────────────────────────────────────────────────────────

# U1 富化后的成功路 summary（合成；含完整 verdictFull 带 url/ts 噪声 + driverType + stage + models）。
_SUMMARY_SUCCESS = {
    "ok": True, "finished": True, "gameId": "amgen-t1", "attempts": 1,
    "verdict": {"pass": True, "failedGates": []},  # brief（既有键）
    "verdictFull": {  # U1 新增：完整 verdict（带噪声 + guards.H_progress 嵌套）
        "pass": True, "url": "http://localhost:4320/?x", "ts": 1700000000,
        "guards": {
            "A_boot": {"pass": True},
            "H_progress": {"pass": True, "checks": ["score+"], "latch": True, "state0": 0, "state1": 3},
        },
    },
    "driverType": "tap-targets",
    "models": {"code": "MiniMax-M3"},
    "stage": "play",
    "wallSec": 102.3,
    "costRmb": 0.0431,
}


def test_trace_seven_required_fields_and_d11_dims_success():
    """成功路 trace：七项齐 + sevenGateVerdict.guards.H_progress.pass + gatespec.driver；噪声 url/ts 已去。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "u2-ok", "templateId": "generic", "brief": "点击得分小游戏"}

    out = R.build_result_out(job, _SUMMARY_SUCCESS, gd)
    tr = out["trace"]

    # 必填七项（camelCase 逐字镜像 _extract_trace）
    assert tr["pass"] is True
    assert tr["repairs"] == 0          # attempts=1 → max(0,0)=0（首轮 0）
    assert tr["wallS"] == 102.3
    assert tr["models"] == {"code": "MiniMax-M3"}
    assert tr["attempts"] == 1
    assert tr["gameId"] == "amgen-t1"
    assert tr["stage"] == "play"
    # D11 首局维：sevenGateVerdict 只 {pass,guards}，guards.H_progress 嵌套含 .pass（后端 guardPass 读它）
    assert set(tr["sevenGateVerdict"].keys()) == {"pass", "guards"}
    assert "url" not in tr["sevenGateVerdict"] and "ts" not in tr["sevenGateVerdict"]
    assert tr["sevenGateVerdict"]["guards"]["H_progress"]["pass"] is True
    # gatespec 键名必须是 driver（落 driverType 会让后端 hasDriver=false）
    assert tr["gatespec"] == {"driver": "tap-targets"}
    assert "driverType" not in tr["gatespec"]
    # cost 维持现状
    assert tr["cost"]["totalRmb"] == 0.0431


def test_trace_repairs_equals_max0_attempts_minus_1():
    """repairs = max(0, attempts-1)：attempts=1→0、attempts=3→2（对齐 wg1 len(attempts)-1）。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "u2-rep", "templateId": "generic", "brief": "x"}

    s1 = dict(_SUMMARY_SUCCESS, attempts=1)
    assert R.build_result_out(job, s1, gd)["trace"]["repairs"] == 0

    s3 = dict(_SUMMARY_SUCCESS, attempts=3)
    assert R.build_result_out(job, s3, gd)["trace"]["repairs"] == 2


def test_trace_failed_path_still_has_seven_required():
    """失败路（verdictFull/driverType=None）trace 仍含七项（repairs/attempts/stage/wallS 排障价值）。"""
    gd = _make_game_dir(_tmp(), bundle="var notTheGlobal=1;")  # 无 __GameBundle → status=failed
    job = {"traceId": "u2-fail", "templateId": "generic", "brief": "x"}
    summary = {
        "ok": False, "finished": False, "gameId": "amgen-t2", "attempts": 6,
        "verdict": None, "verdictFull": None, "driverType": None,
        "models": {"code": "MiniMax-M3"}, "stage": "code", "wallSec": 50.1, "costRmb": 0.02,
    }

    out = R.build_result_out(job, summary, gd)
    assert out["status"] == "failed"
    tr = out["trace"]
    for k in ("pass", "repairs", "wallS", "models", "attempts", "gameId", "stage"):
        assert k in tr, f"失败路 trace 缺必填项 {k}"
    assert tr["repairs"] == 5          # attempts=6 → 5
    assert tr["stage"] == "code"
    assert tr["pass"] is None          # play 没跑


def test_trace_none_tolerance_omits_d11_dims():
    """verdictFull/driverType=None（对照路）→ 省略 sevenGateVerdict/gatespec（不塞 None、不崩）。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "u2-none", "templateId": "generic", "brief": "x"}
    summary = {
        "gameId": "amgen-t3", "attempts": 2, "verdict": None,
        "verdictFull": None, "driverType": None,
        "models": {"code": "MiniMax-M3"}, "stage": "smoke", "wallSec": 10.0,
    }

    out = R.build_result_out(job, summary, gd)
    tr = out["trace"]
    assert "sevenGateVerdict" not in tr  # verdictFull=None → 省略
    assert "gatespec" not in tr          # driverType=None → 省略
    assert tr["repairs"] == 1            # attempts=2 → 1


def test_trace_keys_camelcase_match_readiness_scorer():
    """trace 键名逐字镜像 ReadinessScorer 读取口径（拼错会被后端静默接收 → 假绿）。"""
    gd = _make_game_dir(_tmp())
    job = {"traceId": "u2-keys", "templateId": "generic", "brief": "x"}
    tr = R.build_result_out(job, _SUMMARY_SUCCESS, gd)["trace"]
    # ReadinessScorer 读取的确切键（camelCase）：trace.pass / gatespec.driver /
    #   sevenGateVerdict.guards.H_progress.pass / repairs / cost.totalRmb
    assert "pass" in tr and "gatespec" in tr and "sevenGateVerdict" in tr
    assert "wallS" in tr and "gameId" in tr  # 非 wall_s / game_id（snake 会被后端读不到）
    assert "driver" in tr["gatespec"]
    assert "H_progress" in tr["sevenGateVerdict"]["guards"]


# ──────────────────────────────────────────────────────────────────────────────
# 生成验收 v3 消费层：decision/outcome 唯一写权、shadow 冻结、trace.playtest 轻量投影
# ──────────────────────────────────────────────────────────────────────────────

_V2_HISTORY_SAMPLE_DIR = (Path(__file__).resolve().parents[2] / "contracts" / "play-loop"
                          / "samples" / "playtest-evidence" / "valid")
_V2_HISTORY_SAMPLE_BY_OUTCOME = {
    "accept": "01-accepted-narrative.json",
    "reject": "02-rejected-mechanical.json",
    "tester_error": "03-tester-error-action-protocol.json",
    "inconclusive": "04-inconclusive-insufficient-proof.json",
}


def _v3_fixture_hash(label: str) -> str:
    """为 A/B/consensus/目标解析 fixture 生成稳定 SHA-256。"""
    return hashlib.sha256(label.encode("utf-8")).hexdigest()


def _upgrade_v3_action(action: dict, index: int) -> dict:
    """把历史坐标动作升级为 playtest/3 的结构化选择和确定性解析事实。"""
    upgraded = copy.deepcopy(action)
    normalized = upgraded["normalized"]
    action_type = normalized["type"]
    target_set_hash = _v3_fixture_hash(f"target-set-{index}")
    if action_type == "tap":
        target = {"id": f"r{index:02d}"}
        selection = {
            "schemaVersion": "ActorSelection/1", "type": "tap",
            "targetSetHash": target_set_hash, "target": target,
        }
        points = [{"role": "target", "target": target,
                   "point": {"x": normalized["x"], "y": normalized["y"]}}]
    elif action_type == "key":
        selection = {"schemaVersion": "ActorSelection/1", "type": "key", "key": normalized["key"]}
        points = None
    elif action_type == "wait":
        selection = {"schemaVersion": "ActorSelection/1", "type": "wait", "ms": normalized["ms"]}
        points = None
    else:
        raise AssertionError(f"v3 result fixture 暂不支持动作:{action_type}")
    upgraded["request"] = {
        "raw": json.dumps(selection, ensure_ascii=False, sort_keys=True),
        "parsed": copy.deepcopy(selection),
    }
    upgraded["retryCount"] = 0
    upgraded["protocolErrors"] = []
    if points is None:
        upgraded["targetResolution"] = {"status": "not_applicable"}
    else:
        upgraded["targetResolution"] = {
            "status": "resolved", "targetSetRef": f"targets/action-{index}.json",
            "targetSetHash": target_set_hash,
            "sourceFrameRef": upgraded["preFrameRef"]["path"],
            "sourceFrameHash": upgraded["preFrameRef"]["hash"],
            "guideManifestRef": f"guides/action-{index}.json",
            "guideManifestHash": _v3_fixture_hash(f"guide-{index}"),
            "resolverVersion": "1.0.0", "selection": copy.deepcopy(selection),
            "resolvedPoints": points, "error": None,
        }
    return upgraded


def _upgrade_history_result_to_v3(v2: dict) -> dict:
    """把冻结 v2 DECIDED 样本升级成 active/shadow 测试使用的 playtest/3 对象。"""
    v3 = copy.deepcopy(v2)
    v3.pop("_note", None)
    v3["schemaVersion"] = "playtest/3"
    v3["environment"]["virtualTime"]["waitMaxMs"] = 600
    if isinstance(v3.get("actor"), dict):
        v3["actor"]["contextProjectionVersion"] = "ActorView/3"
    if v3.get("outcome") == "tester_error":
        # 失败 selection 只属于 attempt audit，不得伪装为正式 actionRecord。
        v3["actions"] = []
    else:
        v3["actions"] = [_upgrade_v3_action(action, index)
                         for index, action in enumerate(v3.get("actions") or [], start=1)]

    legacy_judge = v2.get("judge") if isinstance(v2.get("judge"), dict) else None
    source_roll_id = None
    if legacy_judge is not None and v3.get("rolls"):
        source_roll_id = str(v3["rolls"][-1]["rollId"])
        package_hash = str(legacy_judge["packageHash"])
        result_a = _v3_fixture_hash(f"{source_roll_id}-judge-a-result")
        result_b = _v3_fixture_hash(f"{source_roll_id}-judge-b-result")
        consensus_hash = _v3_fixture_hash(f"{source_roll_id}-consensus")
        for roll in v3["rolls"]:
            roll_id = str(roll["rollId"])
            roll.update({
                "proofPackageHash": _v3_fixture_hash(f"{roll_id}-proof"),
                "judgePackageHash": package_hash,
                "judgeARef": {
                    "rawRef": f"{roll_id}/judge-a/raw.json", "rawHash": _v3_fixture_hash(f"{roll_id}-a-raw"),
                    "parsedRef": f"{roll_id}/judge-a/parsed.json", "parsedHash": _v3_fixture_hash(f"{roll_id}-a-parsed"),
                    "normalizedRef": f"{roll_id}/judge-a/normalized.json", "resultHash": result_a,
                },
                "judgeAHash": _v3_fixture_hash(f"{roll_id}-a-manifest"),
                "judgeBRef": {
                    "rawRef": f"{roll_id}/judge-b/raw.json", "rawHash": _v3_fixture_hash(f"{roll_id}-b-raw"),
                    "parsedRef": f"{roll_id}/judge-b/parsed.json", "parsedHash": _v3_fixture_hash(f"{roll_id}-b-parsed"),
                    "normalizedRef": f"{roll_id}/judge-b/normalized.json", "resultHash": result_b,
                },
                "judgeBHash": _v3_fixture_hash(f"{roll_id}-b-manifest"),
                "judgeConsensusRef": f"{roll_id}/consensus.json",
                "judgeConsensusHash": consensus_hash,
                "costReservationRef": f"{roll_id}/cost-reservation.json",
                "costReservationHash": _v3_fixture_hash(f"{roll_id}-reservation"),
            })
        v3["judge"] = {
            "schemaVersion": "JudgeConsensus/1", "sourceRollId": source_roll_id,
            "consensusRef": f"{source_roll_id}/consensus.json", "consensusHash": consensus_hash,
            "packageHash": package_hash, "strategyVersion": "1.0.0",
            "decision": legacy_judge["decision"], "degraded": bool(legacy_judge.get("degraded")),
            "sameModel": True,
            "independenceChecks": {
                "differentLogicalClient": True, "differentSession": True, "differentPolicySeed": True,
                "differentPromptArtifact": True, "differentEvidenceDir": True,
                "differentRawFile": True, "sameJudgePackage": True,
                "sameImageManifest": True, "sameModel": True,
            },
            "judgeAResultHash": result_a, "judgeBResultHash": result_b,
            "obligationResults": copy.deepcopy(legacy_judge["obligationResults"]),
            "conflicts": list(legacy_judge.get("contradictions") or []),
            "failureSignature": None,
        }
    else:
        v3["judge"] = None
        # 旧 action-protocol tester_error 只有失败 attempt；正式 actionRecord 不应收录它。
        if v3.get("outcome") == "tester_error":
            v3["actions"], v3["rolls"], v3["events"] = [], [], []
            v3["costRmb"] = 0
            v3["decision"]["costRmb"] = 0
    v3["sourceRollId"] = source_roll_id
    accepted = v3["outcome"] == "accept"
    v3["compatibility"] = {
        "accepted": accepted and v3["acceptanceMode"] == "v3",
        "ok": accepted and v3["acceptanceMode"] == "v3",
        "acceptanceVersion": v3["acceptanceMode"],
        "publishFrozen": bool(v3["decision"]["publishFrozen"]),
        "schemaVersion": "playtest/3", "sourceRollId": source_roll_id,
    }
    return v3


def _set_v3_mode(v3: dict, mode: str) -> None:
    """在完整 canonical 样本上同步切换 active/shadow，保持所有镜像字段逐字一致。"""
    accepted = v3["outcome"] == "accept"
    frozen = mode == "v3_shadow" or not accepted
    v3["acceptanceMode"] = mode
    v3["decision"]["shadowAccepted"] = accepted if mode == "v3_shadow" else None
    v3["decision"]["publishFrozen"] = frozen
    compatibility = v3["compatibility"]
    compatibility["accepted"] = accepted and mode == "v3"
    compatibility["ok"] = accepted and mode == "v3"
    compatibility["acceptanceVersion"] = mode
    compatibility["publishFrozen"] = frozen


def _v3_result(outcome="accept", *, mode="v3", accepted=None, frozen=None, proof_complete=None):
    """把冻结样本升级为 v3；旧文件只作历史素材，active fixture 只返回 playtest/3。"""
    path = _V2_HISTORY_SAMPLE_DIR / _V2_HISTORY_SAMPLE_BY_OUTCOME[outcome]
    v3 = _upgrade_history_result_to_v3(json.loads(path.read_text(encoding="utf-8")))
    _set_v3_mode(v3, mode)
    if accepted is not None:
        v3["decision"]["accepted"] = accepted
    if frozen is not None:
        v3["decision"]["publishFrozen"] = frozen
        v3["compatibility"]["publishFrozen"] = frozen
    if proof_complete is not None:
        for obligation in v3["proofObligations"]:
            if obligation.get("required") is True:
                obligation["status"] = "satisfied" if proof_complete else "missing"
    return v3


def _v3_summary(outcome="accept", **kwargs):
    """生产形态：完整结果在 acceptanceV3，顶层只镜像六字段 compatibility。"""
    v3 = _v3_result(outcome, **kwargs)
    compatibility = v3["compatibility"]
    summary = {"verdict": {"pass": True}, "floor": copy.deepcopy(v3["floor"])}
    for key in ("accepted", "ok", "acceptanceVersion", "publishFrozen", "schemaVersion", "sourceRollId"):
        summary[key] = copy.deepcopy(compatibility[key])
    summary["acceptanceV3"] = v3
    summary["publishFrozen"] = v3["decision"]["publishFrozen"]
    return summary


def _bind_v3_run(summary: dict, gd: Path, *, game_id: str = "t1", brief: str = "x") -> dict:
    """构造真实发布边界：当前 job、run-summary、staged artifact 与 release bundle 四者同源。"""
    v3 = summary.get("acceptanceV3")
    assert isinstance(v3, dict), "生产绑定夹具必须使用 acceptanceV3 包装态"
    staged = gd.parent / "_wg1-gen" / game_id
    staged.mkdir(parents=True, exist_ok=True)
    release_bytes = (gd / "bundle.iife.js").read_bytes()
    (staged / "bundle.iife.js").write_bytes(release_bytes)
    staged_src = staged / "src"
    staged_src.mkdir(parents=True, exist_ok=True)
    for source_file in sorted((gd / "src").glob("*.js")):
        (staged_src / source_file.name).write_bytes(source_file.read_bytes())

    v3["gameId"] = game_id
    v3["briefHash"] = hashlib.sha256(brief.encode("utf-8")).hexdigest()
    trace_id = f"trace-{game_id}"
    v3["taskBindingHash"] = hashlib.sha256(trace_id.encode("utf-8")).hexdigest()
    v3["artifactHash"] = R.cheap_verify._artifact_hash_v3(game_id, staged)
    v3["environment"]["buildRef"] = v3["artifactHash"]
    summary["gameId"] = game_id
    summary["acceptanceRunId"] = v3["runId"]
    summary["acceptanceRequestHash"] = v3["acceptanceRequestHash"]
    summary["acceptanceTaskBindingHash"] = v3["taskBindingHash"]
    summary["acceptanceArtifactHash"] = v3["artifactHash"]
    summary["acceptanceBriefHash"] = v3["briefHash"]
    return {"traceId": trace_id, "gameId": game_id, "brief": brief}


def _v3_source_project(summary: dict, gd: Path, origin_brief: str) -> str:
    """从验收同源 staged/src 组 active v3 SourceProject 测试夹具。"""
    v3 = summary["acceptanceV3"]
    staged = gd.parent / "_wg1-gen" / v3["gameId"]
    profile = {"tickModel": "event", "inputModel": "discrete-choice", "progressModel": "narrative"}
    source_project = R.build_source_project(
        staged, profile, scaffold_template=v3["templateRoute"], origin_brief=origin_brief,
        origin_brief_hash=hashlib.sha256(origin_brief.encode("utf-8")).hexdigest())
    assert source_project is not None
    return source_project


def test_v3_accept_projects_trusted_trace_and_succeeds():
    """active v3 accept + 完整硬证才成功；trace 只保留后端消费所需轻量字段。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    out = R.build_result_out(job, summary, gd,
                             source_project=_v3_source_project(summary, gd, "x"))

    assert out["status"] == "succeeded"
    playtest = out["trace"]["playtest"]
    assert playtest["schemaVersion"] == "playtest/3"
    assert playtest["acceptanceMode"] == "v3" and playtest["outcome"] == "accept"
    assert playtest["accepted"] is True and playtest["publishFrozen"] is False
    assert playtest["compatibilityAccepted"] is True and playtest["compatibilityOk"] is True
    assert playtest["floorPass"] is True and playtest["finalPostguardPass"] is True
    assert playtest["writeAuthority"] is True and all(playtest["finalChecks"].values())
    assert playtest["blockingProblems"] == [] and playtest["contradictions"] == []
    assert playtest["mergeConflicts"] == [] and playtest["proofComplete"] is True
    assert all(playtest["evidenceRefs"][key] for key in ("actions", "frames", "events"))
    assert playtest["firstPlay"]["loopClosed"] is True and playtest["firstPlay"]["proofRefs"]
    assert out["trace"]["acceptanceState"] == "active"
    identity = out["trace"]["playtest"]
    assert {key: identity[key] for key in (
        "runId", "gameId", "briefHash", "artifactHash", "taskBindingHash", "acceptanceRequestHash"
    )} == {key: summary["acceptanceV3"][key] for key in (
        "runId", "gameId", "briefHash", "artifactHash", "taskBindingHash", "acceptanceRequestHash"
    )}
    assert identity["engineBundleHash"] == hashlib.sha256(out["engineBundle"].encode("utf-8")).hexdigest()
    assert set(summary["acceptanceV3"]["compatibility"]) == {
        "accepted", "ok", "acceptanceVersion", "publishFrozen", "schemaVersion", "sourceRollId",
    }


def test_v3_shadow_accept_is_frozen_even_when_other_fields_are_green():
    """shadow decision 可为 accept，但 publishFrozen 是硬闸，不能携包进入 succeeded。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept", mode="v3_shadow")
    job = _bind_v3_run(summary, gd)
    out = R.build_result_out(job, summary, gd)

    assert out["status"] == "failed"
    assert out["trace"]["playtest"]["outcome"] == "accept"
    assert out["trace"]["playtest"]["accepted"] is True
    assert out["trace"]["playtest"]["publishFrozen"] is True
    assert out["trace"]["acceptanceState"] == "shadow"
    assert "engineBundle" not in out


def test_v3_non_accept_outcomes_always_fail_despite_legacy_accept_true():
    """旧平铺 accepted 被污染为 true 也不能覆盖 v3 四态 decision。"""
    gd = _make_game_dir(_tmp())
    for outcome in ("reject", "inconclusive", "tester_error"):
        summary = _v3_summary(outcome)
        summary["accepted"] = True
        summary["ok"] = True
        job = _bind_v3_run(summary, gd)
        job["traceId"] = f"v3-{outcome}"
        out = R.build_result_out(job, summary, gd)
        assert out["status"] == "failed", outcome
        assert out["trace"]["playtest"]["outcome"] == outcome
        assert out["trace"]["playtest"]["accepted"] is False


def _assert_v3_failed(summary: dict, trace_id: str) -> None:
    """统一断言 v3 单点变异不能携带产物进入 succeeded。"""
    gd = _make_game_dir(_tmp())
    job = _bind_v3_run(summary, gd)
    job["traceId"] = trace_id
    out = R.build_result_out(job, summary, gd)
    assert out["status"] == "failed"
    assert "engineBundle" not in out
    assert out["trace"]["acceptanceState"] in ("downgrade_detected", "shadow", "frozen")


def test_v3_contradiction_1_top_outcome_fails_closed():
    """顶层 outcome 与 decision/compatibility 不一致，canonical 语义校验必须拦截。"""
    summary = _v3_summary("accept")
    summary["acceptanceV3"]["outcome"] = "reject"
    _assert_v3_failed(summary, "v3-bad-outcome")


def test_v3_contradiction_2_floor_fails_closed():
    """accept 却让机械四门 floor 失败，不能靠旧 verdict.pass=true 放行。"""
    summary = _v3_summary("accept")
    summary["acceptanceV3"]["floor"]["pass"] = False
    _assert_v3_failed(summary, "v3-bad-floor")


def test_v3_contradiction_3_final_postguard_fails_closed():
    """finalPostguard 任一检查、写权或矛盾项异常都必须 fail-closed。"""
    variants = []
    bad_check = _v3_summary("accept")
    bad_check["acceptanceV3"]["finalPostguard"]["checks"]["floorPass"] = False
    variants.append(bad_check)
    bad_writer = _v3_summary("accept")
    bad_writer["acceptanceV3"]["finalPostguard"]["writeAuthority"] = False
    variants.append(bad_writer)
    bad_problem = _v3_summary("accept")
    bad_problem["acceptanceV3"]["finalPostguard"]["blockingProblems"] = ["仍有阻塞问题"]
    variants.append(bad_problem)
    for index, summary in enumerate(variants):
        _assert_v3_failed(summary, f"v3-bad-final-{index}")


def test_v3_contradiction_4_merge_fails_closed():
    """mergeCandidate 被改写或仍有两掷冲突时，最终 accept 不成立。"""
    bad_candidate = _v3_summary("accept")
    bad_candidate["acceptanceV3"]["merge"]["mergeCandidate"] = "reject"
    bad_conflict = _v3_summary("accept")
    bad_conflict["acceptanceV3"]["merge"]["conflicts"] = ["两掷证据冲突"]
    _assert_v3_failed(bad_candidate, "v3-bad-merge-candidate")
    _assert_v3_failed(bad_conflict, "v3-bad-merge-conflict")


def test_v3_contradiction_5_judge_fails_closed():
    """独立 Judge 拒绝或降级时，兼容投影再绿也不能发布。"""
    bad_decision = _v3_summary("accept")
    bad_decision["acceptanceV3"]["judge"]["decision"] = "reject"
    bad_degraded = _v3_summary("accept")
    bad_degraded["acceptanceV3"]["judge"]["degraded"] = True
    _assert_v3_failed(bad_decision, "v3-bad-judge-decision")
    _assert_v3_failed(bad_degraded, "v3-bad-judge-degraded")


def test_v3_contradiction_6_compatibility_fails_closed():
    """compatibility 的 mode、冻结位或 accepted/ok 与权威 decision 矛盾时不得放行。"""
    for key, value in (("ok", False), ("accepted", False), ("publishFrozen", True),
                       ("acceptanceVersion", "v3_shadow")):
        summary = _v3_summary("accept")
        summary["acceptanceV3"]["compatibility"][key] = value
        _assert_v3_failed(summary, f"v3-bad-compat-{key}")


def test_v3_contradiction_7_proof_refs_loop_fails_closed():
    """required proof、三类引用或首局闭环任一缺失，都不能被模型 accept 文本替代。"""
    bad_proof = _v3_summary("accept")
    bad_proof["acceptanceV3"]["proofObligations"][0]["status"] = "failed"
    bad_refs = _v3_summary("accept")
    bad_refs["acceptanceV3"]["proofObligations"][0]["actionRefs"] = []
    bad_loop = _v3_summary("accept")
    bad_loop["acceptanceV3"]["firstPlay"]["loopClosed"] = False
    for index, summary in enumerate((bad_proof, bad_refs, bad_loop)):
        _assert_v3_failed(summary, f"v3-bad-proof-{index}")


def test_v3_flat_projection_contradiction_fails_closed():
    """完整封存对象虽有效，run-summary 平铺 accepted 被污染也必须失败。"""
    summary = _v3_summary("accept")
    summary["accepted"] = False
    _assert_v3_failed(summary, "v3-bad-flat")


def test_v3_declared_without_acceptance_payload_is_downgrade_detected():
    """任一 v3 声明已出现却缺 acceptanceV3 时，不得回落 legacy verdict/accepted。"""
    claims = [
        {"acceptanceVersion": "v3"},
        {"acceptanceVersion": "historical_replay"},
        {"acceptanceVersion": "v999"},
        {"acceptanceVersion": {"corrupt": True}},
        {"publishFrozen": False},
        {"trace": {"playtest": {"schemaVersion": "playtest/2", "outcome": "accept"}}},
    ]
    gd = _make_game_dir(_tmp())
    for index, claim in enumerate(claims):
        summary = {"verdict": {"pass": True}, "accepted": True, "ok": True, **claim}
        out = R.build_result_out({"traceId": f"v3-downgrade-{index}", "brief": "x"}, summary, gd)
        assert out["status"] == "failed"
        assert out["trace"]["acceptanceState"] == "downgrade_detected"
        assert out["trace"]["publishFrozen"] is True
        assert "playtest" not in out["trace"]


def test_expected_v3_blocks_fully_stripped_summary_from_legacy_fallback():
    """生产边界已冻结 v3 时，即使 summary 所有 marker 都被剥掉，legacy pass=true 也不能放行。"""
    gd = _make_game_dir(_tmp())
    summary = {"gameId": "t1", "verdict": {"pass": True}, "accepted": True, "ok": True}
    out = R.build_result_out(
        {"traceId": "v3-fully-stripped", "gameId": "t1", "brief": "x"}, summary, gd,
        expected_acceptance_mode="v3")
    assert out["status"] == "failed"
    assert out["trace"]["acceptanceState"] == "downgrade_detected"
    assert out["trace"]["publishFrozen"] is True
    assert "engineBundle" not in out


def test_legacy_v1_stays_compatible_but_sealed_v2_is_observation_only():
    """无协议的 v1 存量仍兼容；冻结 playtest/2 可观察但不能作为 active 发布授权。"""
    gd = _make_game_dir(_tmp())
    legacy = {"verdict": {"pass": True}, "accepted": True, "playtest": {"accepted": True}}
    legacy_out = R.build_result_out({"traceId": "legacy-v1", "brief": "x"}, legacy, gd)
    assert legacy_out["status"] == "succeeded"
    assert "acceptanceState" not in legacy_out["trace"]

    frozen_v2 = json.loads(
        (_V2_HISTORY_SAMPLE_DIR / _V2_HISTORY_SAMPLE_BY_OUTCOME["accept"]).read_text(encoding="utf-8")
    )
    observed = R.build_result_out({"traceId": "historical-v2", "brief": "x"}, frozen_v2, gd)
    assert observed["status"] == "failed"
    assert observed["trace"]["playtest"]["schemaVersion"] == "playtest/2"
    assert "engineBundle" not in observed


def test_v3_unknown_schema_and_outcome_fail_closed():
    """未知 schema/outcome 不能回落顶层 accepted 或旧四门判定。"""
    gd = _make_game_dir(_tmp())
    bad_schema = _v3_summary("accept")
    bad_schema["acceptanceV3"]["schemaVersion"] = "playtest/999"
    bad_outcome = _v3_summary("accept")
    bad_outcome["acceptanceV3"]["decision"]["outcome"] = "maybe"

    schema_job = _bind_v3_run(bad_schema, gd)
    outcome_job = _bind_v3_run(bad_outcome, gd)
    assert R.build_result_out(schema_job, bad_schema, gd)["status"] == "failed"
    assert R.build_result_out(outcome_job, bad_outcome, gd)["status"] == "failed"


def test_v3_failure_ignores_stale_legacy_failure_reason():
    """v3 outcome 已成为真相后，旧 worker 残留的合法枚举也不能把玩法失败误归为 unsafe_prompt。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("reject", mode="v3")
    summary["failureReason"] = "unsafe_prompt"
    job = _bind_v3_run(summary, gd)

    out = R.build_result_out(job, summary, gd,
                             failure_reason="unsafe_prompt")

    assert out["status"] == "failed"
    assert out["failureReason"] == "llm_error"
    assert out["trace"]["playtest"]["outcome"] == "reject"


def test_historical_replay_marker_never_falls_back_to_legacy_pass():
    """历史回放即使携带旧 pass/accepted=true 且 bundle 完整，也只能降级阻断，永不发布。"""
    gd = _make_game_dir(_tmp())
    summary = {
        "verdict": {"pass": True}, "accepted": True, "ok": True,
        "acceptanceVersion": "historical_replay",
    }

    out = R.build_result_out({"traceId": "historical-no-publish", "brief": "x"}, summary, gd)

    assert out["status"] == "failed"
    assert out["trace"]["acceptanceState"] == "downgrade_detected"
    assert out["trace"]["publishFrozen"] is True
    assert "engineBundle" not in out


def test_v3_direct_sealed_result_is_observable_but_never_publishable():
    """裸 decision.json 可离线观察，但缺当前 run-summary 身份绑定，不能直接授权发布。"""
    gd = _make_game_dir(_tmp())
    out = R.build_result_out({"traceId": "v3-direct", "gameId": "t1", "brief": "x"},
                             _v3_result("accept"), gd)
    assert out["status"] == "failed"
    assert out["trace"]["playtest"]["schemaVersion"] == "playtest/3"


def test_v3_old_accept_cannot_publish_for_different_job():
    """同一封存 accept 被塞给另一 gameId 时必须 fail-closed。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    job["gameId"] = "t2"
    assert R.build_result_out(job, summary, gd)["status"] == "failed"


def test_v3_accept_cannot_publish_for_different_create_brief():
    """create 当前 brief 与封存 briefHash 不同，旧 accept 不得跨题面重放。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    job["brief"] = "另一道题"
    assert R.build_result_out(job, summary, gd)["status"] == "failed"


def test_v3_modify_keeps_original_brief_hash_binding():
    """modify job.brief 是修改指令；原题面 briefHash 由封存验收继承，不能按 create 规则误拒。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd, brief="原游戏题面")
    job.update({"brief": "把速度调快", "modifyMode": "deterministic", "baseVersionId": "base-1"})
    source_project = _v3_source_project(summary, gd, "原游戏题面")
    assert R.build_result_out(job, summary, gd, source_project=source_project)["status"] == "succeeded"


def test_v3_modify_rejects_missing_empty_or_cross_brief_source_origin():
    """modify 不得用缺失/空/另一题面的 SourceProject 原题面授权 active v3 发布。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd, brief="原游戏题面")
    job.update({"brief": "把速度调快", "modifyMode": "deterministic", "baseVersionId": "base-1"})
    assert R.build_result_out(job, summary, gd, source_project=None)["status"] == "failed"

    valid = json.loads(_v3_source_project(summary, gd, "原游戏题面"))
    for brief in ("", "另一款游戏题面"):
        forged = dict(valid)
        forged["originBrief"] = brief
        forged["originBriefHash"] = hashlib.sha256(brief.encode("utf-8")).hexdigest()
        out = R.build_result_out(job, summary, gd, source_project=json.dumps(forged, ensure_ascii=False))
        assert out["status"] == "failed"


def test_v3_regenerate_outer_assertion_failure_blocks_canonical_accept():
    """玩法验收虽 accept，模块重生成 no-op/越界的外层失败也必须阻断发布。"""
    gd = _make_game_dir(_tmp())
    accepted_summary = _v3_summary("accept")
    job = _bind_v3_run(accepted_summary, gd, brief="原游戏题面")
    job.update({"brief": "改玩法", "modifyMode": "regenerate-module", "baseVersionId": "base-1"})
    failed_result = {
        "status": "failed",
        "stage": "play",
        "summary": accepted_summary,
        "verdict": accepted_summary.get("verdictFull"),
        "error": "断言①失败：目标文件未变",
    }

    wrapped = W._regen_summary(failed_result, "t1")
    out = R.build_result_out(job, wrapped, gd, expected_acceptance_mode="v3")

    assert wrapped["ok"] is False, "外层三断言失败必须覆盖旧 run-summary.ok=true"
    assert out["status"] == "failed"
    assert "engineBundle" not in out


def test_v3_run_summary_identity_mismatch_fails_closed():
    """acceptanceRunId/requestHash 等平铺身份必须与本次 sealed decision 逐字段一致。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    summary["acceptanceRunId"] = "old-run"
    assert R.build_result_out(job, summary, gd)["status"] == "failed"


def test_v3_accept_cannot_replay_same_content_across_tasks():
    """作品、题面与产物完全相同，只要当前 traceId 改变，旧封存裁决也不得授权新任务。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    replay = {**job, "traceId": "another-task-trace"}
    source_project = _v3_source_project(summary, gd, "x")
    assert R.build_result_out(replay, summary, gd, source_project=source_project)["status"] == "failed"


def test_v3_accept_cannot_publish_foreign_release_bundle():
    """发布目录 bundle 在验收后被替换，即使仍含 __GameBundle 也不得回调成功。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    (gd / "bundle.iife.js").write_text("var __GameBundle={foreign:true};", encoding="utf-8")
    assert R.build_result_out(job, summary, gd)["status"] == "failed"


def test_v3_accept_cannot_publish_drifted_staged_artifact():
    """staged 目录任一普通文件漂移都会改变 artifactHash，不能只比 bundle 文件。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    staged = gd.parent / "_wg1-gen" / "t1"
    (staged / "late-change.txt").write_text("drift", encoding="utf-8")
    assert R.build_result_out(job, summary, gd)["status"] == "failed"


def test_v3_snapshot_rejects_bundle_rewrite_then_restore(monkeypatch):
    """快照若读到恶意中间态，即使文件随后恢复，内存快照 hash 仍不匹配旧验收，必须拒绝。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    source_project = _v3_source_project(summary, gd, "x")
    staged_bundle = gd.parent / "_wg1-gen" / "t1" / "bundle.iife.js"
    accepted_bytes = staged_bundle.read_bytes()
    original_capture = R._capture_artifact_snapshot

    def capture_evil_then_restore(root):
        staged_bundle.write_text("var __GameBundle={evil:true};", encoding="utf-8")
        try:
            return original_capture(root)
        finally:
            staged_bundle.write_bytes(accepted_bytes)

    monkeypatch.setattr(R, "_capture_artifact_snapshot", capture_evil_then_restore)
    out = R.build_result_out(job, summary, gd, source_project=source_project)
    assert out["status"] == "failed"
    assert "engineBundle" not in out


def test_v3_snapshot_rejects_artifact_file_count_over_hard_cap(monkeypatch):
    """发布快照文件数超过与 Node 一致的 4096 硬帽时，必须 fail-closed。"""
    assert R.artifact_snapshot.MAX_ARTIFACT_FILES == 4096
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    # 标准 staged 树已有 bundle + 两个 src 文件；缩小测试帽即可覆盖第 N+1 个文件前拒绝的路径。
    monkeypatch.setattr(R.artifact_snapshot, "MAX_ARTIFACT_FILES", 2)

    out = R.build_result_out(job, summary, gd, source_project=_v3_source_project(summary, gd, "x"))

    assert out["status"] == "failed"
    assert "engineBundle" not in out


def test_v3_snapshot_rejects_artifact_bytes_over_hard_cap(monkeypatch):
    """发布快照总字节超过与 Node 一致的 128 MiB 硬帽时，必须在发布前拒绝。"""
    assert R.artifact_snapshot.MAX_ARTIFACT_BYTES == 128 * 1024 * 1024
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    monkeypatch.setattr(R.artifact_snapshot, "MAX_ARTIFACT_BYTES", 1)

    out = R.build_result_out(job, summary, gd, source_project=_v3_source_project(summary, gd, "x"))

    assert out["status"] == "failed"
    assert "engineBundle" not in out


def test_v3_source_project_rejects_release_src_drift_and_accepts_staged_src():
    """v3 源血缘只认验收同源 staged/src；release/src 的后验改写不得落库。"""
    gd = _make_game_dir(_tmp(), src_files={"game-logic.js": "// accepted logic\n",
                                           "core.js": "export const SPEED=1;\n"})
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    staged = gd.parent / "_wg1-gen" / "t1"
    profile = {"tickModel": "realtime", "inputModel": "discrete-choice", "progressModel": "metric"}

    # 验收后仅漂移 release 源，bundle 与 staged artifact 仍保持不变。
    (gd / "src" / "core.js").write_text("export const SPEED=999; // 未验收源\n", encoding="utf-8")
    drifted = R.build_source_project(
        gd, profile, scaffold_template="_template-story", origin_brief="x",
        origin_brief_hash=hashlib.sha256(b"x").hexdigest())
    rejected = R.build_result_out(job, summary, gd, source_project=drifted,
                                  expected_acceptance_mode="v3")
    assert rejected["status"] == "failed", "active v3 的源血缘属于跨请求可信边界，漂移时必须阻断"
    assert "sourceProject" not in rejected, "release/src 后验漂移不得随成功回调落库"

    accepted = R.build_source_project(
        staged, profile, scaffold_template="_template-story", origin_brief="x",
        origin_brief_hash=hashlib.sha256(b"x").hexdigest())
    published = R.build_result_out(job, summary, gd, source_project=accepted,
                                   expected_acceptance_mode="v3")
    assert published["status"] == "succeeded"
    assert json.loads(published["sourceProject"])["files"]["src/core.js"] == "export const SPEED=1;\n"


def test_v3_failed_result_never_carries_source_project():
    """v3 最终发布绑定失败时，即使 SourceProject 来自 staged，也不得落成可继承血缘。"""
    gd = _make_game_dir(_tmp())
    summary = _v3_summary("accept")
    job = _bind_v3_run(summary, gd)
    staged = gd.parent / "_wg1-gen" / "t1"
    profile = {"tickModel": "realtime", "inputModel": "discrete-choice", "progressModel": "metric"}
    source_project = R.build_source_project(
        staged, profile, scaffold_template="_template-story", origin_brief="x",
        origin_brief_hash=hashlib.sha256(b"x").hexdigest())
    (gd / "bundle.iife.js").write_text("var __GameBundle={foreign:true};", encoding="utf-8")

    out = R.build_result_out(job, summary, gd, source_project=source_project,
                             expected_acceptance_mode="v3")

    assert out["status"] == "failed"
    assert "sourceProject" not in out


if __name__ == "__main__":
    _fns = [v for k, v in sorted(globals().items()) if k.startswith("test_") and callable(v)]
    _failed = 0
    for _fn in _fns:
        try:
            _fn()
            print(f"  PASS {_fn.__name__}")
        except Exception as e:  # noqa: BLE001
            _failed += 1
            print(f"  FAIL {_fn.__name__}: {type(e).__name__}: {e}")
    print(f"\n{len(_fns) - _failed}/{len(_fns)} passed")
    sys.exit(1 if _failed else 0)