"""Integrate the preservation-fixed full regression without promoting game acceptance."""
from collections import Counter
from datetime import datetime
import hashlib
import json
from pathlib import Path
from zoneinfo import ZoneInfo

ROOT = Path(__file__).resolve().parents[4]
PLAN = ROOT / "docs/plans/original-completion-2026-10-02"
PREFIX = "artifacts/original-completion-2026-10-02/"
NOW = datetime.now(ZoneInfo("Asia/Tokyo")).isoformat()


def read(path):
    return json.loads((ROOT / path).read_text())


def sha(path):
    return hashlib.sha256((ROOT / path).read_bytes()).hexdigest()


def write(path, value):
    (ROOT / path).write_text(json.dumps(value, ensure_ascii=False, indent=2) + "\n")


def evidence(path, scope):
    return {"path": path, "sha256_at_integration": sha(path), "scope": scope,
            "linked_at_jst": NOW, "current_game_acceptance_inferred": False}


def main():
    regression_path = PREFIX + "full-regression-r02/verification.json"
    regression = read(regression_path)
    assert regression["passed"] and regression["suites"] == 158 and regression["checks"] == 12707 and not regression["changed_paths"]
    opening = PREFIX + "p02-opening-restart-r02/"
    assert all(r["passed"] for r in read(opening + "result.json")) and read(opening + "source-change.json") == []
    full_map = read(PREFIX + "full-regression-r02/source-end.json")
    opening_map = read(opening + "source-start.json")
    assert all(full_map.get(p) == digest for p, digest in opening_map.items())
    assert all(sha(p) == digest for p, digest in full_map.items())
    acceptance_path = PREFIX + "p03-save-preservation-r02/adoption-acceptance.json"
    assert not (ROOT / acceptance_path).exists(), "Keep prior checkpoint generations"
    write(acceptance_path, {"scope": "limited SaveService preservation fix adoption, not full P03/game acceptance", "source_map": PREFIX + "full-regression-r02/source-end.json", "source_map_sha256": sha(PREFIX + "full-regression-r02/source-end.json"), "current_source_matches": True,
          "merged_regression": evidence(regression_path, "158 suites/12707 checks/0 failures/source changes0"),
          "opening_restart": evidence(opening + "result.json", "rendered normal UI signals; 83 writer+20 reader checks"),
          "merge_receipt": evidence(PREFIX + "p03-save-preservation-r02/merge.json", "immutable focused acceptance/merge receipt"),
          "standard_full_regression_after_merge_completed": True, "normal_pointer_human_play": False, "windows_acceptance": False, "original_full_acceptance": False, "accepted_at_jst": NOW})
    plan_rel = "docs/plans/original-completion-2026-10-02/"
    snapshot = read(plan_rel + "progress_snapshot.json")
    snapshot.setdefault("regression_history", []).append(snapshot["latest_regression_at_evidence_time"])
    snapshot["latest_regression_at_evidence_time"] = {"path": regression_path, "sha256": sha(regression_path),
          "started_at_jst": regression["started_at_jst"], "finished_at_jst": regression["finished_at_jst"],
          "suites": 158, "checks": 12707, "failures": 0, "source_changes_during_run": [],
          "source_map_path": PREFIX + "full-regression-r02/source-end.json", "source_map_sha256": sha(PREFIX + "full-regression-r02/source-end.json"), "source_map_entries": len(full_map),
          "current_source_delta_observed_after_run": [], "future_source_changes_auto_accepted": False,
          "original_full_acceptance": False, "windows_acceptance": False,
          "current_applicability": "current production source matches all 1208 input paths at checkpoint; P05 unadopted candidate excluded"}
    snapshot["save_preservation_adoption"].update(state="merged_full_regression_and_limited_restart_verified", standard_full_regression_after_merge_completed=True, acceptance_path=acceptance_path, acceptance_sha256=sha(acceptance_path))
    snapshot["opening_restart_current"] = evidence(opening + "result.json", "103 checks/source change0; current mapped game source319 matches full input1208")
    snapshot["remaining_acceptance"] = [s for s in snapshot["remaining_acceptance"] if not s.startswith("未知版/明示候補読取の本体採用後")]
    snapshot["integrated_at_jst"] = NOW
    packages = read(plan_rel + "work_packages.json")
    by_id = {p["id"]: p for p in packages}
    by_id["P02"]["current_summary"] = "保存修正後の現版158 suites/12707 checks/失敗0/source差分0、限定通常UI103再開checks。全代表保存・同一Windows実機・全通常操作は未受入。"
    by_id["P03"]["current_summary"] = "保存preflight/原状保持/Path guardを本体採用し、現版158回帰12707 checksと通常宿屋103再開checksを確認。全機能保存/移行/再開は未完。"
    for pid, did in [("P02", "P02-01"), ("P03", "P03-01"), ("P03", "P03-02")]:
        row = next(d for d in by_id[pid]["remaining_deliverables"] if d["id"] == did)
        row["evidence"].append(evidence(regression_path, "現保存修正版の標準158回帰、12707 checks/source差分0"))
        row["updated_at_jst"] = NOW
    row = next(d for d in by_id["P03"]["remaining_deliverables"] if d["id"] == "P03-01")
    row["evidence"].append(evidence(acceptance_path, "保存原状保持限定修正の統合受入"))
    row["progress_summary"] = "保存preflight、未知/未来formal保護、明示backup純読取を本体採用し現版158回帰12707 checksが合格。限定宿屋の同版保存再開103 checksも確認。全機能保存契約は未完。"
    row["remaining_gaps"] = [g for g in row["remaining_gaps"] if not g.startswith("採用SaveService SHA")]
    for pid, did in [("P02", "P02-02"), ("P03", "P03-03")]:
        row = next(d for d in by_id[pid]["remaining_deliverables"] if d["id"] == did)
        row["evidence"].append(evidence(opening + "result.json", "保存修正後の描画付き通常UI/宿屋営業の83+20再開checks、human pointer受入ではない"))
        row["evidence"].append(evidence(opening + "source-change.json", "再開実行中のソース差分0"))
        row["progress_summary"] = "保存修正後の同版で通常UIから宿屋開業/3日決算/保存/別process再開を103 checks確認。全機能途中再開は未完。"
        row["remaining_gaps"] = [g for g in row.get("remaining_gaps", []) if "今後のSAVE採用後" not in g]
        row["updated_at_jst"] = NOW
    p05 = next(d for d in by_id["P05"]["remaining_deliverables"] if d["id"] == "P05-01")
    p05.update(state="in_progress", progress_summary="現版158からcanonical20overlayの候補161を構築。partial受入のr01環境guard誤判定/r02旧manual helper契約誤期待を保持、QA修正/追加境界/最終全回帰は未完。", updated_at_jst=NOW,
               remaining_gaps=["旧QA helperの重複キー契約を正しい現本体の拒否契約へ補正し再検証。", "enabled-auto5境界、標準新testのfixture整合、PNG目視、最終同一source全回帰、本体採用が未完。"])
    p05.setdefault("evidence", []).extend([evidence(PREFIX + "p05-current-stage-input-r01/preparation.json", "current base158/candidate161 isolated inputs, engine0"), evidence(PREFIX + "p05-acceptance-partial-r01/result.json", "失敗履歴：engine objectdb_snapshotsを既存セーブと誤判定"), evidence(PREFIX + "p05-acceptance-partial-r02/result.json", "失敗履歴：旧manual driverはduplicate成功を誤要求;本体未採用")])
    snapshot["current_delivery_state_counts"] = dict(Counter(d["state"] for p in packages for d in p["remaining_deliverables"]))
    snapshot["p05_partial_rejected"] = evidence(PREFIX + "p05-acceptance-partial-r02/result.json", "QA contract correction pending; does not prove candidate regression failure")
    write(plan_rel + "work_packages.json", packages)
    write(plan_rel + "progress_snapshot.json", snapshot)
    main_plan = PLAN / "IMPLEMENTATION_PLAN.md"
    body = main_plan.read_text()
    body = body.replace("今回157回帰の実行版は別の1206対象ソース地図で固定", "今回158回帰の実行版は別の1208対象ソース地図で固定")
    body = body.replace("SAVE追加採用前の01:14:41〜01:26:28 JST、157スイート、12,473チェック、失敗0、実行中ソース差分0", "保存追加採用後の01:41:43〜01:53:50 JST、158スイート、12,707チェック、失敗0、実行中ソース差分0")
    body = body.replace("SAVE追加採用後全回帰、原本全実装、全資産、操作感、Windows", "原本全実装、全資産、全通常操作、Windows")
    body = body.replace("SAVE追加修正前の157 suites/12473 checks/失敗0/source差分0を保持。採用後全回帰、代表保存、通常操作、同一Windows配布実機は未受入。", by_id["P02"]["current_summary"])
    body = body.replace("preflightとPath guardの限定修正後157回帰あり。追加の未知版原状保持修正を741 focused checksで本体採用、採用後全回帰pending。全機能保存/移行/再開は未完。", by_id["P03"]["current_summary"])
    body = body.replace("修正後の全回帰は未完。", "現版158回帰12707 checks/source差分0を確認。")
    body += "\n### 実行追記 01:53以降\n\n保存修正後の[158回帰](../../../artifacts/original-completion-2026-10-02/full-regression-r02/verification.json)は12,707 checks、失敗0、source差分0。同版の[通常UI開業/再開](../../../artifacts/original-completion-2026-10-02/p02-opening-restart-r02/result.json)は83＋20 checks。以前の157回帰は履歴として保持する。\n\nP05はbase158/candidate161を隔離構築し部分検証に着手したが、runner環境判定と旧QA helperの重複キー契約不一致で停止した。失敗履歴を保持して検証を補正中。候補を本体採用済みとは数えない。全施設/人物/ルート/エンド/図鑑/完成資産/長期プレイ/最大Runtime性能/同一Windows実機は未達を保持する。\n"
    main_plan.write_text(body)
    print("Checkpoint linked: current158/12707, limited103 restart, P05 partial rejected; game incomplete.")


if __name__ == "__main__":
    main()