Blame for scripts/orbc_local_refresh.py

#!/usr/bin/env python
"""Weekly LOCAL Oregon + BC registers refresh: Oregon CFP (state xlsx) + BC LCFS (fuel-codes API).



Cloud egress unverified for both endpoints (INS precedent: GSE blocked HF Jobs + GitHub Actions

datacenter IPs); both sources are small and weekly cadence suffices, so this refreshes HERE,

local, and publishes through the same private-dataset candidate/release flow the daily/INS/CFR/US

refreshes use -- never a direct serving-data write, never auto-activation.



    fetch Oregon xlsx (browser UA) + BC fuel-codes API (current + archived, paginated)

    -> schema assert (refuse loudly on drift) -> normalize (oregon.py / bc_lcfs.py)

    -> corpus_watch row-count bands

       (data/orbc_registers_counts.json -- a DEDICATED manifest, see

       tests/test_orbc_registers_counts.py for why this never touches the shared

       data/corpus_counts.json)

    -> snapshot-diff for change events -> data_plane.publish



Any schema/band/rebuild failure leaves current serving data untouched (no publish call at all)

and is recorded loudly in the report. A DOWNLOAD failure is treated differently, because an

unreachable source says nothing about the data: that register keeps its previous snapshot and

the other register still publishes, provided a usable previous snapshot exists and at least one

register actually refreshed.



No geocode drip, no job auto-activation -- unlike scripts/us_local_refresh.py, this mirrors

scripts/cfr_local_refresh.py's simpler ending (spec 2026-08-12 asks only for the fetch ->

normalize -> band -> diff -> rebuild -> publish pipeline).



Windows task name: "Sinetti PC weekly OR-BC refresh" (no slash -- Task Scheduler reads one as a

folder separator and refuses with 0x80070057) -- registered ONLY after a verified manual run

(CFR lesson: never register blind). Failure leaves serving untouched.



Usage:

  python scripts/orbc_local_refresh.py            # full run: fetch + publish

  python scripts/orbc_local_refresh.py --dry-run  # config check only, no network

"""
from __future__ import annotations

import argparse
import json
import os
import shutil
import sys
import tempfile
from datetime import datetime, timezone
from pathlib import Path

ROOT = Path(__file__).parent.parent
sys.path.insert(0, str(ROOT))
os.environ.setdefault("APP_BACKEND", "local")


def _devnull_headless_streams() -> None:
    """Under pythonw.exe (the Scheduled Task launcher) there is no console: sys.stdout/stderr

    are None and ANY print/progress-bar write dies with "'NoneType' object has no attribute

    'write'". Route them to devnull so the run only speaks via runner.log + the report file."""
    if sys.stdout is None:
        sys.stdout = open(os.devnull, "w", encoding="utf-8")  # noqa: SIM115 — lives for the process
    if sys.stderr is None:
        sys.stderr = open(os.devnull, "w", encoding="utf-8")  # noqa: SIM115


_devnull_headless_streams()

import bc_lcfs  # noqa: E402
import data_plane  # noqa: E402
import oregon  # noqa: E402
import scripts.refresh_quality as refresh_quality  # noqa: E402
from sinetti_services import corpus_watch  # noqa: E402
from sinetti_services import source_checks  # noqa: E402

REPORT_NAME = "last_orbc_local_refresh.json"
LOG_NAME = "runner.log"
DEFAULT_STAGING_DIR = ROOT / "data" / "refresh" / "orbc_local"


def _manifest_path() -> Path:
    return ROOT / "data" / "orbc_registers_counts.json"


def load_env_file(path, environ=os.environ) -> int:
    """Load KEY=VALUE lines from a .env file into `environ`. Existing keys are NEVER overwritten

    and values are NEVER printed. Returns the number of keys loaded. Missing file -> 0."""
    p = Path(path)
    if not p.exists():
        return 0
    loaded = 0
    for line in p.read_text(encoding="utf-8").splitlines():
        line = line.strip()
        if not line or line.startswith("#") or "=" not in line:
            continue
        key, _, value = line.partition("=")
        key = key.strip()
        value = value.strip().strip('"').strip("'")
        if key and key not in environ:
            environ[key] = value
            loaded += 1
    return loaded


def _cached_login_token() -> str:
    try:
        from huggingface_hub import get_token
        return get_token() or ""
    except Exception:
        return ""


def _log_line(staging: Path, text: str) -> None:
    staging.mkdir(parents=True, exist_ok=True)
    stamp = datetime.now(timezone.utc).isoformat(timespec="seconds")
    with open(staging / LOG_NAME, "a", encoding="utf-8") as fh:
        fh.write(f"{stamp} {text}\n")


def _write_report(staging: Path, report: dict) -> None:
    staging.mkdir(parents=True, exist_ok=True)
    (staging / REPORT_NAME).write_text(json.dumps(report, indent=2, default=str), encoding="utf-8")


_SERVING_PAIR = ("sinetti_app.sqlite.gz", "sinetti_data_release.json")


def _artifact_pathway_count(artifact_gz: Path) -> int:
    return _artifact_row_count(artifact_gz, "v_app_pathways")


def _artifact_row_count(artifact_gz: Path, table: str) -> int:
    import gzip as _gzip
    import sqlite3 as _sqlite3

    with tempfile.NamedTemporaryFile(suffix=".sqlite", delete=False) as tmp:
        tmp_path = Path(tmp.name)
    try:
        with _gzip.open(artifact_gz, "rb") as fi, open(tmp_path, "wb") as fo:
            shutil.copyfileobj(fi, fo)
        conn = _sqlite3.connect(tmp_path)
        try:
            return int(conn.execute(f"SELECT COUNT(*) FROM {table}").fetchone()[0])
        finally:
            conn.close()
    finally:
        tmp_path.unlink(missing_ok=True)


def _rebuild_candidate_serving_pair(candidate_root: Path, rebuild_fn=None) -> dict:
    """Rebuild the candidate's serving pair from its own data/ (which now holds the fresh

    Oregon/BC snapshots beside the pulled register bundles), validate it, and swap only the

    verified pair back into the candidate. INS/US/CFR-refresh pattern; any failure leaves the

    candidate's previous pair untouched and refuses the publish."""
    if rebuild_fn is None:
        import scripts.daily_refresh as daily_refresh

        rebuild_fn = daily_refresh.rebuild_bundled_app_database
    import sinetti_data_release

    candidate_data = candidate_root / "data"
    try:
        with tempfile.TemporaryDirectory(prefix="sinetti-orbc-rebuild-") as temp_name:
            staged_root = Path(temp_name) / "candidate"
            staged_data = staged_root / "data"
            shutil.copytree(candidate_data, staged_data)
            app_db = rebuild_fn(root=staged_root, replace=True)
            if app_db.get("status") != "ok":
                raise RuntimeError(str(app_db.get("error") or "candidate rebuild did not complete"))
            validation = sinetti_data_release.validate_data_release(
                staged_data / "sinetti_app.sqlite.gz",
                manifest_path=staged_data / "sinetti_data_release.json",
                inspect_database=True,
            )
            if not validation.get("ok"):
                raise RuntimeError(str(validation.get("reason") or "rebuilt serving pair is invalid"))
            pathway_count = _artifact_pathway_count(staged_data / "sinetti_app.sqlite.gz")
            if pathway_count <= 0:
                raise RuntimeError(
                    "rebuilt serving pair has zero v_app_pathways rows "
                    "(structured PDF layer missing from the candidate workspace?)"
                )
            sites_count = _artifact_row_count(staged_data / "sinetti_app.sqlite.gz", "sites")
            if sites_count <= 0:
                raise RuntimeError(
                    "rebuilt serving pair has zero sites rows "
                    "(structured DB predates the sites layer, or structured_sites is empty?)"
                )
            for name in _SERVING_PAIR:
                shutil.copy2(staged_data / name, candidate_data / name)
        return {
            "status": "ok",
            "certificates": app_db.get("certificates"),
            "oregon_epa_address_fills": app_db.get("oregon_epa_address_fills"),
        }
    except Exception as exc:  # noqa: BLE001 -- refuse the publish, never crash the run
        return {"status": "error", "error": f"{type(exc).__name__}: {str(exc)[:300]}"}


def _fetch_and_normalize_oregon(fetch_fn) -> dict:
    """Fetch + schema-assert + normalize Oregon. Returns a refresh-leg report dict; never raises.



    failure='fetch' means the source was unreachable (transient, previous snapshot still true);

    failure='schema' means a data-shape change we do not understand yet -- always refuses."""
    try:
        header, rows = fetch_fn()
    except Exception as exc:  # noqa: BLE001
        return {"status": "error", "decision": "kept_previous", "failure": "fetch",
                "error": f"{type(exc).__name__}: {exc}"}
    try:
        oregon.assert_schema(header)
        certs, excluded = oregon.normalize_pathways(rows)
    except Exception as exc:  # noqa: BLE001
        return {"status": "error", "decision": "kept_previous", "failure": "schema",
                "error": f"{type(exc).__name__}: {exc}"}
    return {"status": "ok", "decision": "accepted", "rows_total": len(rows),
            "certs": len(certs), "excluded": len(excluded), "raw_rows": rows, "certs_list": certs}


def _fetch_and_normalize_bc(fetch_fn) -> dict:
    try:
        keys, rows = fetch_fn()
    except Exception as exc:  # noqa: BLE001
        return {"status": "error", "decision": "kept_previous", "failure": "fetch",
                "error": f"{type(exc).__name__}: {exc}"}
    try:
        bc_lcfs.assert_schema(keys)
        certs, excluded = bc_lcfs.normalize_bulletin_items(rows)
    except Exception as exc:  # noqa: BLE001
        return {"status": "error", "decision": "kept_previous", "failure": "schema",
                "error": f"{type(exc).__name__}: {exc}"}
    return {"status": "ok", "decision": "accepted", "rows_total": len(rows),
            "certs": len(certs), "excluded": len(excluded), "raw_rows": rows, "certs_list": certs}


# Which corpus-band probes each register contributes. A leg that did not refresh contributes
# none of its keys -- corpus_watch.check_counts requires the counts and the manifest to carry
# EXACTLY the same keys, so a partial refresh has to narrow the manifest, never the counts.
_LEG_BAND_KEYS = {
    "oregon": ("oregon.rows_total", "oregon.active_in_snapshot"),
    "bc": ("bc.rows_total", "bc.active_in_snapshot"),
}


def _previous_snapshot_certs(candidate_data: Path, leg_name: str) -> list | None:
    """The previous snapshot for a register in the pulled candidate baseline, or None when there

    is nothing usable to keep. Never raises -- an unreadable snapshot counts as absent."""
    loaders = {
        "oregon": (oregon.load_oregon_certs, candidate_data / "oregon" / "pathways.json.gz"),
        "bc": (bc_lcfs.load_bc_certs, candidate_data / "bc" / "fuel_codes.json.gz"),
    }
    loader, path = loaders[leg_name]
    if not path.is_file():
        return None
    try:
        certs = loader(path=path)
    except Exception:  # noqa: BLE001 -- an unreadable previous snapshot is not something to keep
        return None
    return certs or None


def _narrow_manifest(manifest: dict, keys) -> dict:
    """The band manifest restricted to `keys`, so a partial refresh band-checks exactly the

    counts it actually produced."""
    wanted = set(keys)
    narrowed = dict(manifest)
    narrowed["counts"] = {k: v for k, v in (manifest.get("counts") or {}).items() if k in wanted}
    return narrowed


def _exception_http_status(exc: Exception) -> int | None:
    response = getattr(exc, "response", None)
    status = getattr(response, "status_code", None)
    return status if isinstance(status, int) else None


def _is_publish_conflict(exc: Exception) -> bool:
    return _exception_http_status(exc) == 412


def _finalize_report(staging: Path, report: dict, rc: int) -> None:
    finished = datetime.now(timezone.utc)
    started = datetime.fromisoformat(report["started_at"])
    if not (rc == 0 and report.get("status") == "unchanged"):
        report["status"] = "ok" if rc == 0 else "error"
    report["finished_at"] = finished.isoformat()
    report["duration_s"] = round((finished - started).total_seconds(), 2)
    _write_report(staging, report)
    refresh_quality.append_history_files(staging, report)
    _log_line(staging, f"status={report['status']} rc={rc} upload={report['upload'].get('status')}")


def main(argv: list[str] | None = None, *, fetch_oregon_fn=None, fetch_bc_fn=None,

         fetch_oregon_last_modified_fn=None, probe_oregon_fn=None,

         rebuild_fn=None, environ=os.environ, env_file=None,

         _candidate_root: Path | None = None, _defer_finalize: bool = False,

         _attempt_result: dict | None = None) -> int:
    from sinetti_operator.registration import register_live_providers
    register_live_providers()  # jobs never reach full_registration (SIN-0999)
    env_path = env_file if env_file is not None else ROOT / ".env"
    load_env_file(env_path, environ=environ)
    ap = argparse.ArgumentParser(description=__doc__)
    ap.add_argument("--dry-run", action="store_true", help="print config, no network calls")
    ap.add_argument("--staging-dir", default=str(DEFAULT_STAGING_DIR))
    args = ap.parse_args(argv)
    staging = Path(args.staging_dir)

    token = (environ.get("HF_TOKEN", "") or environ.get("HF_JOB_TOKEN", "")
             or environ.get("HF_CREATE_TOKEN", "") or _cached_login_token())
    data_repo_id = environ.get("SINETTI_DATA_REPO_ID", "")

    if args.dry_run:
        print(json.dumps({"dry_run": True, "data_repo_id": data_repo_id,
                          "staging_dir": str(staging), "hf_token_present": bool(token)}, indent=2))
        return 0

    if not data_repo_id:
        print("REFUSING: SINETTI_DATA_REPO_ID not set -- this pipeline publishes only through "
              "the private dataset candidate/release flow, no legacy fallback.")
        _log_line(staging, "refused: SINETTI_DATA_REPO_ID missing")
        return 2

    if not token:
        print("REFUSING: no HF token (HF_TOKEN / HF_JOB_TOKEN / HF_CREATE_TOKEN) in environment, "
              ".env, or a cached `huggingface-cli login`.")
        _log_line(staging, "refused: HF_TOKEN missing")
        return 2

    if _candidate_root is None:
        orchestration_started = datetime.now(timezone.utc).isoformat()
        final_report = None
        final_rc = 1
        attempts = 0
        conflicts = 0
        for attempt_index in range(2):
            attempts += 1
            attempt_result: dict = {}
            with tempfile.TemporaryDirectory(prefix="sinetti-orbc-candidate-") as workspace_name:
                final_rc = main(
                    argv, fetch_oregon_fn=fetch_oregon_fn, fetch_bc_fn=fetch_bc_fn,
                    fetch_oregon_last_modified_fn=fetch_oregon_last_modified_fn,
                    probe_oregon_fn=probe_oregon_fn, rebuild_fn=rebuild_fn,
                    environ=environ, env_file=env_file,
                    _candidate_root=Path(workspace_name), _defer_finalize=True,
                    _attempt_result=attempt_result,
                )
            final_report = attempt_result.get("report")
            if final_report is None:
                return final_rc
            if not final_report.get("upload", {}).get("retryable_conflict") or attempt_index == 1:
                break
            conflicts += 1

        assert final_report is not None
        final_report["started_at"] = orchestration_started
        final_report["publish_attempts"] = attempts
        final_report["publish_conflicts_recovered"] = conflicts if final_rc == 0 else 0
        _finalize_report(staging, final_report, final_rc)
        return final_rc

    candidate_root = Path(_candidate_root)
    candidate_data = candidate_root / "data"

    baseline = data_plane.boot_sync(
        repo_id=data_repo_id, token=token, cache_dir=candidate_root / "data-cache",
        data_dir=candidate_data, materialize=True,
    )
    baseline_failed = baseline.get("status") != "ok" or not baseline.get("hub_revision")

    started = datetime.now(timezone.utc)
    run_id = started.isoformat()

    if baseline_failed:
        report = {
            "started_at": run_id, "runner": "orbc-local-refresh",
            "baseline": baseline,
            "refresh": {"oregon": {"status": "error", "decision": "kept_previous",
                                   "error": "verified dataset baseline unavailable"},
                       "bc": {"status": "error", "decision": "kept_previous",
                              "error": "verified dataset baseline unavailable"}},
            "upload": {"status": "skipped-baseline-error"},
            "status": "error",
        }
        if _defer_finalize:
            if _attempt_result is not None:
                _attempt_result.update({"report": report, "rc": 1})
            return 1
        _write_report(staging, report)
        _log_line(staging, "status=error rc=1 reason=baseline_failed")
        return 1

    fetch_oregon_fn = fetch_oregon_fn or oregon.fetch_oregon_rows
    fetch_bc_fn = fetch_bc_fn or bc_lcfs.fetch_bc_rows
    fetch_oregon_last_modified_fn = (
        fetch_oregon_last_modified_fn or oregon.fetch_oregon_source_last_modified
    )

    # Probe Oregon before paying for the workbook. Measured 2026-08-14: DEQ's file had not
    # moved since 2026-04-03, so a weekly run had been downloading and re-parsing the same
    # bytes for 19 weeks. BC has no equivalent gate (its API answers no HEAD) and needs none:
    # both bulletin buckets are a few hundred rows, and BC is the register that actually moves.
    oregon_gate = source_checks.gate(
        "Oregon",
        probe_fn=probe_oregon_fn or oregon.probe_oregon_source,
        bundle_path=candidate_data / "oregon" / "pathways.json.gz",
        checked_at=run_id,
    )
    if oregon_gate["skip"]:
        oregon_leg = {"status": "unchanged", "decision": "kept_previous",
                      "reason": oregon_gate["reason"], "signal": oregon_gate["signal"],
                      "source_last_modified": oregon_gate["source_last_modified"]}
    else:
        oregon_leg = _fetch_and_normalize_oregon(fetch_oregon_fn)
        oregon_leg["probe"] = oregon_gate["reason"]
    bc_leg = _fetch_and_normalize_bc(fetch_bc_fn)
    # Advisory only -- Oregon DEQ's own Last-Modified header, separate from the row fetch above
    # and never allowed to affect the schema/publish decision.
    oregon_source_last_modified = oregon_gate["source_last_modified"] or ""
    if oregon_leg["status"] == "ok" and not oregon_source_last_modified:
        # The gate normally supplies this from its own HEAD; fall back to the dedicated call
        # only when the probe came back empty, so a fetched leg still records DEQ's own date.
        try:
            oregon_source_last_modified = fetch_oregon_last_modified_fn() or ""
        except Exception:  # noqa: BLE001 -- advisory only, never blocks the refresh
            oregon_source_last_modified = ""
    if oregon_leg["status"] == "ok":
        oregon_leg["source_last_modified"] = oregon_source_last_modified

    legs = {"oregon": oregon_leg, "bc": bc_leg}

    # A source being unreachable must not strand the OTHER source's fresh data, and must not
    # strand build-time normalisation fixes either -- the candidate is rebuilt from the
    # published snapshots. The leg that failed keeps its previous snapshot, and only if there IS
    # one: republishing a register as absent would look exactly like the register losing every
    # row. Schema drift is never tolerated here -- an unexplained data-shape change still refuses.
    blocking: list[str] = []
    for name, leg in legs.items():
        if leg["status"] == "ok":
            continue
        if leg["status"] == "unchanged":
            # The publisher told us nothing moved. Not accepted (there is nothing new to
            # write) and emphatically not blocking -- this is the healthy outcome.
            continue
        if leg.get("failure") != "fetch":
            blocking.append(name)
            continue
        if _previous_snapshot_certs(candidate_data, name) is None:
            leg["error"] = (
                f"{leg.get('error', '')} (no usable previous {name} snapshot in the "
                "candidate baseline to keep)"
            ).strip()
            blocking.append(name)

    accepted = [name for name, leg in legs.items() if leg["status"] == "ok"]
    # Every register said "unchanged": a complete, successful run with nothing to publish.
    # Distinguished from legs_ok so it never reaches the band/rebuild/publish path at all.
    all_unchanged = not blocking and not accepted and all(
        leg["status"] == "unchanged" for leg in legs.values()
    )
    legs_ok = not blocking and bool(accepted)

    bands_report: dict = {"status": "skipped", "reason": "refresh not accepted"}
    if legs_ok:
        counts: dict[str, int] = {}
        if "oregon" in accepted:
            counts["oregon.rows_total"] = oregon_leg["rows_total"]
            counts["oregon.active_in_snapshot"] = sum(
                1 for c in oregon_leg["certs_list"] if c.get("status") == "active"
            )
        if "bc" in accepted:
            counts["bc.rows_total"] = bc_leg["rows_total"]
            counts["bc.active_in_snapshot"] = sum(
                1 for c in bc_leg["certs_list"] if c.get("status") == "active"
            )
        manifest = corpus_watch.load_manifest(_manifest_path())
        bands_report = corpus_watch.counts_report(counts, _narrow_manifest(manifest, counts))
        skipped_keys = sorted(
            key
            for name, leg_keys in _LEG_BAND_KEYS.items()
            if name not in accepted
            for key in leg_keys
        )
        bands_report["skipped_keys"] = skipped_keys
        if skipped_keys:
            bands_report["skipped_reason"] = "source unavailable; previous snapshot kept"

    ok = legs_ok and bands_report.get("status") == "ok"

    change_events = {"oregon": [], "bc": []}
    if ok:
        if "oregon" in accepted:
            old_oregon = oregon.load_oregon_certs(path=candidate_data / "oregon" / "pathways.json.gz")
            oregon_diff = oregon.diff_oregon_snapshot(old_oregon, oregon_leg["certs_list"])
            change_events["oregon"] = refresh_quality.build_register_diff_events(
                run_id, "Oregon", old_oregon, oregon_leg["certs_list"], oregon_diff, detected_at=run_id,
            )
            oregon.write_snapshot(
                oregon_leg["certs_list"], path=candidate_data / "oregon" / "pathways.json.gz",
                fetched_at=run_id, source="orbc_local_refresh",
                source_last_modified=oregon_source_last_modified or None,
            )
        if "bc" in accepted:
            old_bc = bc_lcfs.load_bc_certs(path=candidate_data / "bc" / "fuel_codes.json.gz")
            bc_diff = bc_lcfs.diff_bc_snapshot(old_bc, bc_leg["certs_list"])
            change_events["bc"] = refresh_quality.build_register_diff_events(
                run_id, "BC", old_bc, bc_leg["certs_list"], bc_diff, detected_at=run_id,
            )
            bc_source_last_modified = bc_lcfs.derive_bc_source_last_modified(
                bc_leg["raw_rows"], asof=started.date()
            )
            bc_leg["source_last_modified"] = bc_source_last_modified
            bc_lcfs.write_snapshot(
                bc_leg["certs_list"], path=candidate_data / "bc" / "fuel_codes.json.gz",
                fetched_at=run_id, source="orbc_local_refresh",
                source_last_modified=bc_source_last_modified or None,
            )

    app_db_report: dict = {"status": "skipped", "reason": "refresh not accepted"}
    if ok:
        app_db_report = _rebuild_candidate_serving_pair(candidate_root, rebuild_fn)
        ok = app_db_report.get("status") == "ok"

    def _leg_report(leg: dict) -> dict:
        return {k: v for k, v in leg.items() if k not in ("raw_rows", "certs_list")}

    report: dict = {
        "started_at": run_id, "runner": "orbc-local-refresh",
        "baseline": baseline,
        "refresh": {
            "oregon": {**_leg_report(oregon_leg), "change_events": change_events["oregon"]} if oregon_leg["status"] == "ok" else oregon_leg,
            "bc": {**_leg_report(bc_leg), "change_events": change_events["bc"]} if bc_leg["status"] == "ok" else bc_leg,
            "bands": bands_report,
            "app_db": app_db_report,
        },
        "upload": {"status": "pending"},
    }

    rc = 0
    if all_unchanged:
        report["upload"] = {"status": "skipped-unchanged",
                            "reason": "every source reported unchanged; nothing to publish"}
        report["status"] = "unchanged"
    elif not legs_ok:
        report["upload"] = {"status": "skipped-refresh-error"}
        rc = 1
    elif bands_report.get("status") != "ok":
        report["upload"] = {"status": "skipped-band-violation"}
        rc = 1
    elif app_db_report.get("status") != "ok":
        report["upload"] = {"status": "skipped-rebuild-error"}
        rc = 1
    else:
        try:
            result = data_plane.publish(
                candidate_root, repo_id=data_repo_id, token=token,
                producer="orbc_local_refresh", expected_parent=baseline.get("hub_revision"),
            )
            report["upload"] = result
            if result.get("status") != "ok":
                rc = 1
        except Exception as exc:  # noqa: BLE001
            report["upload"] = {"status": "error",
                                "exception": {"class": type(exc).__name__, "message": str(exc)}}
            http_status = _exception_http_status(exc)
            if http_status is not None:
                report["upload"]["http_status"] = http_status
            if _is_publish_conflict(exc):
                report["upload"]["retryable_conflict"] = True
            rc = 1

    if _defer_finalize:
        if _attempt_result is not None:
            _attempt_result.update({"report": report, "rc": rc})
        return rc
    _finalize_report(staging, report, rc)
    return rc


if __name__ == "__main__":
    raise SystemExit(main())