C.E.L_Slide_test2/scripts/smoke_frame_render.py

"""IMP-04 per-frame Jinja smoke harness (StrictUndefined).

scope-lock 16 조건 (Gitea #4) §11 / §13 :
  - smoke = isolated Jinja partial render with StrictUndefined
  - production render path (`phase_z2_pipeline.render_slide`) 미변경 — 본 harness 만 strict
  - builder output keys ↔ partial Jinja variables 정합 확인이 본 harness 의 목적
  - asset path / undefined variable / template syntax 실패 시 즉시 error

Usage :
  # sanity check existing frames (mock payloads bundled below)
  python scripts/smoke_frame_render.py --self-check

  # check a specific template with mock payload from stdin
  python scripts/smoke_frame_render.py three_parallel_requirements < mock.json

  # check all template_ids in `templates/phase_z2/families/` against bundled mocks
  python scripts/smoke_frame_render.py --self-check

Exit codes :
  0 = all renders succeeded (StrictUndefined passed)
  1 = at least one render failed
  2 = invalid input (template_id 미존재 등)

본 harness 는 IMP-04 의 per-frame 6-step gate Step 5 의 자동 실행 단위.
"""
from __future__ import annotations

import argparse
import json
import sys
from pathlib import Path
from typing import Optional

from jinja2 import (
    Environment,
    FileSystemLoader,
    StrictUndefined,
    TemplateError,
    UndefinedError,
    select_autoescape,
)

PROJECT_ROOT = Path(__file__).parent.parent
TEMPLATE_DIR = PROJECT_ROOT / "templates" / "phase_z2"
FAMILIES_DIR = TEMPLATE_DIR / "families"


# ─── Mock payloads (existing 3 frames — sanity baseline) ────────

# mock = real builder output shape (refer mapper.py builders).
# StrictUndefined requires every referenced attribute to exist; optional fields
# must be present with empty/None values so `{% if x %}` evaluates falsy.
_MOCK_THREE_PARALLEL = {
    "title": "1. DX 시행을 위한 필수 요건",
    "pillars": [
        {
            "label": "기술 (Technology)",
            "label_main": "기술",
            "label_paren": "Technology",
            "color_class": "tech",
            "sections": [
                {
                    "heading": "디지털 도구",
                    "text_lines": [
                        {"text": "BIM 활용", "indent": 0},
                        {"text": "클라우드 협업", "indent": 0},
                    ],
                },
            ],
        },
        {
            "label": "사람 (People)",
            "label_main": "사람",
            "label_paren": "People",
            "color_class": "people",
            "sections": [
                {
                    "heading": "역량 강화",
                    "text_lines": [
                        {"text": "전문가 양성", "indent": 0},
                    ],
                },
            ],
        },
        {
            "label": "자연 (Nature)",
            "label_main": "자연",
            "label_paren": "Nature",
            "color_class": "nature",
            "sections": [
                {
                    "heading": "환경 적응",
                    "text_lines": [
                        {"text": "지역적 제약 고려", "indent": 0},
                    ],
                },
            ],
        },
    ],
}

_MOCK_PROCESS_PRODUCT = {
    "title": "2. Process의 혁신과 Product의 변화",
    "banner_left": "Process",
    "banner_right": "Product",
    "process": {
        "sections": [
            {"title": "과정 1", "transforms": [], "text_lines": [{"text": "AS-IS 정리", "indent": 0}]},
            {"title": "과정 2", "transforms": [], "text_lines": [{"text": "TO-BE 전환", "indent": 0}]},
            {"title": "과정 3", "transforms": [], "text_lines": [{"text": "검증 단계", "indent": 0}]},
        ],
    },
    "product": {
        "sections": [
            {"title": "결과 1", "transforms": [], "text_lines": [{"text": "BIM 모델", "indent": 0}], "footnote": "", "sub_title": ""},
            {"title": "결과 2", "transforms": [], "text_lines": [{"text": "통합 협업", "indent": 0}], "footnote": "", "sub_title": ""},
            {"title": "결과 3", "transforms": [], "text_lines": [{"text": "실시간 검증", "indent": 0}], "footnote": "", "sub_title": ""},
        ],
    },
}

_MOCK_QUADRANT = {
    "title": "BIM 도입 4 문제",
    "center_quote": "",
    "quadrant_1_label": "기술 부족",
    "quadrant_1_headline": "",
    "quadrant_1_body": [{"text": "디지털 도구 미숙", "indent": 0}],
    "quadrant_2_label": "인력 부족",
    "quadrant_2_headline": "",
    "quadrant_2_body": [{"text": "전문가 부재", "indent": 0}],
    "quadrant_3_label": "프로세스",
    "quadrant_3_headline": "",
    "quadrant_3_body": [{"text": "업무 흐름 단절", "indent": 0}],
    "quadrant_4_label": "표준화",
    "quadrant_4_headline": "",
    "quadrant_4_body": [{"text": "가이드 부재", "indent": 0}],
}

# IMP-04 frame 1 — three_persona_benefits (frame 14, frame_id=1171281191).
# Builder = items_with_role + quadrant_item parser → persona dict = {label, body, color_class}.
_MOCK_THREE_PERSONA_BENEFITS = {
    "title": "주체별 기대효과",
    "personas": [
        {
            "label": "발주자",
            "color_class": "client",
            "body": [
                {"text": "민원, 재 작업 등의 예방 및 최소화", "indent": 0},
                {"text": "직관화로 품질 향상 및 안정성 제고", "indent": 0},
                {"text": "수행공정의 쉬운이해로 관리 편의성 증진", "indent": 0},
                {"text": "실무자와 발주자간의 소통 오류 최소화", "indent": 0},
            ],
        },
        {
            "label": "시공자",
            "color_class": "constructor",
            "body": [
                {"text": "시공 오류예방 및 공사 Risk 최소화", "indent": 0},
                {"text": "시각화로 안전성 제고 및 품질 향상", "indent": 0},
                {"text": "건설 관계자들 간의 의사소통 강화", "indent": 0},
            ],
        },
        {
            "label": "설계자",
            "color_class": "designer",
            "body": [
                {"text": "직관적 시각화로 원활한 소통", "indent": 0},
                {"text": "3D 모델 활용으로 오류 최소화", "indent": 0},
                {"text": "발주자와의 상호 신뢰 증진", "indent": 0},
            ],
        },
    ],
}

# Track A frame 2 — construction_goals_three_circle_intersection (frame 12).
# Builder = cycle_intersect_3 + quadrant_item parser (label only).
# slot_payload : title, circle_1_label, circle_2_label, circle_3_label, intersection.
_MOCK_CONSTRUCTION_GOALS = {
    "title": "건설산업의 목표 (BIM 의 목적)",
    "circle_1_label": "안전과 품질",
    "circle_2_label": "생산성 향상",
    "circle_3_label": "소통과 신뢰",
    "intersection": "3요소가 조화를 이룰 때 BIM 의 궁극적 목표 달성",
}

# Track A frame 3 — construction_bim_three_usage (frame 11).
# Builder = quadrant_flat_slots reuse (pad_to=3, category_N_label/body keys).
_MOCK_CONSTRUCTION_BIM_USAGE = {
    "title": "시공단계 BIM 모델·정보 활용 구분",
    "category_1_label": "모델기반",
    "category_1_body": [
        {"text": "최종 목적물의 3D 형상정보 활용", "indent": 0},
    ],
    "category_2_label": "객체기반",
    "category_2_body": [
        {"text": "Model 개별 객체의 건설정보 활용", "indent": 0},
    ],
    "category_3_label": "위치기반",
    "category_3_body": [
        {"text": "공사 중 위치정보 활용", "indent": 0},
    ],
}

# Track A frame 4 — bim_dx_comparison_table (frame 18).
# NEW builder = compare_table_2col + NEW parser = compare_row_2col_item.
# slot_payload : title, col_a_label, col_b_label, rows=[{label, col_a, col_b}].
_MOCK_BIM_DX_COMPARISON = {
    "title": "BIM 과 DX 의 이해",
    "col_a_label": "BIM",
    "col_b_label": "DX",
    "rows": [
        {"label": "범위", "col_a": "Only 3D", "col_b": "BIM &lt;&lt; DX (ENG. + Mgmt 포함)"},
        {"label": "S/W", "col_a": "상용 S/W (Revit 등)", "col_b": "상용 + 전용 40~80개"},
        {"label": "프로세스", "col_a": "기존 2D 설계방식 유지", "col_b": "근본적 문제의식 통한 개선"},
        {"label": "성과물", "col_a": "3D 모델 중심", "col_b": "공학 정보 + 콘텐츠 연계"},
        {"label": "활용", "col_a": "분야별 단절", "col_b": "전 생애주기 활용 시스템"},
        {"label": "수행개념", "col_a": "수동적 / 집단적", "col_b": "적극·구체적 실현 방안"},
    ],
}

# Track A frame 5 — dx_sw_necessity_three_perspectives (frame 20).
# Builder reuse = quadrant_flat_slots (F11 pattern) — pad_to=3, perspective_N keys.
_MOCK_DX_SW_NECESSITY = {
    "title": "디지털 전환(DX)은 S/W가 필수다",
    "perspective_1_label": "BIM 전면설계",
    "perspective_1_body": [
        {"text": "건설산업 생산성 향상", "indent": 0},
        {"text": "고부가가치 산업 전환", "indent": 0},
    ],
    "perspective_2_label": "디지털 전환 S/W",
    "perspective_2_body": [
        {"text": "노동집약형 업무 탈피", "indent": 0},
        {"text": "S/W 고도화 + 투자 필요", "indent": 0},
    ],
    "perspective_3_label": "고부가가치 산업전환",
    "perspective_3_body": [
        {"text": "기본기술 이해 발전 필요", "indent": 0},
        {"text": "DX 통한 Process 혁신", "indent": 0},
    ],
}

# Track A frame 6 — info_management_what_how_when (frame 8).
# V4-zero catalog-completeness activation (Codex round 47 guardrail).
# Builder reuse = quadrant_flat_slots (F11/F20 pattern) — section_N keys.
_MOCK_INFO_MGMT = {
    "title": "효율적인 정보의 관리와 활용 (What/How/When)",
    "section_1_label": "무슨 정보 (What)",
    "section_1_body": [
        {"text": "수량 / 단가 / 공사일정 등 계획 정보", "indent": 0},
        {"text": "일일 작업 / 자원 등 공사 실행 정보", "indent": 0},
    ],
    "section_2_label": "어떻게 연계 (How)",
    "section_2_body": [
        {"text": "3D 형상 산출속성 연계", "indent": 0},
        {"text": "시방규정 + S/W 통합", "indent": 0},
    ],
    "section_3_label": "언제 사용 (When)",
    "section_3_body": [
        {"text": "착수 전 공정/시공계획 수립", "indent": 0},
        {"text": "공사 후 실적 관리 + 문서 작성", "indent": 0},
    ],
}

SELF_CHECK_FIXTURES: dict[str, dict] = {
    "three_parallel_requirements": _MOCK_THREE_PARALLEL,
    "process_product_two_way": _MOCK_PROCESS_PRODUCT,
    "bim_issues_quadrant_four": _MOCK_QUADRANT,
    "three_persona_benefits": _MOCK_THREE_PERSONA_BENEFITS,
    "construction_goals_three_circle_intersection": _MOCK_CONSTRUCTION_GOALS,
    "construction_bim_three_usage": _MOCK_CONSTRUCTION_BIM_USAGE,
    "bim_dx_comparison_table": _MOCK_BIM_DX_COMPARISON,
    "dx_sw_necessity_three_perspectives": _MOCK_DX_SW_NECESSITY,
    "info_management_what_how_when": _MOCK_INFO_MGMT,
    "sw_reality_three_emphasis": {
        "title": "현존 상용 S/W 의 현실",
        "emphasis_1_label": "토목 전문성 부족",
        "emphasis_1_body": [{"text": "건축용 S/W 일부 수정 적용", "indent": 0}],
        "emphasis_2_label": "비효율성",
        "emphasis_2_body": [{"text": "범용 개발 + 전문가용 한계", "indent": 0}],
        "emphasis_3_label": "실무 적용 불가",
        "emphasis_3_body": [{"text": "특수성 반영 어려움", "indent": 0}],
    },
    "bim_current_problems_paired": {
        "title": "현황 및 문제점",
        "issue_1_label": "개념 부재",
        "issue_1_body": [{"text": "CAD 확장판 오인", "indent": 0}],
        "issue_2_label": "잘못된 접근방식",
        "issue_2_body": [{"text": "도구로만 인식", "indent": 0}],
        "issue_3_label": "방향성 상실",
        "issue_3_body": [{"text": "대형 S/W 의존", "indent": 0}],
        "issue_4_label": "전제조건 오류",
        "issue_4_body": [{"text": "건축·토목 혼용", "indent": 0}],
    },
}


# ─── Core ───────────────────────────────────────────────────────


def _make_env() -> Environment:
    """StrictUndefined Jinja env — production render path 와 동등 loader,
    단 undefined behavior 만 strict.
    """
    return Environment(
        loader=FileSystemLoader(str(TEMPLATE_DIR)),
        autoescape=select_autoescape(["html"]),
        undefined=StrictUndefined,
    )


def smoke_render(template_id: str, slot_payload: dict) -> tuple[bool, str]:
    """Isolated StrictUndefined Jinja render.

    Returns (ok, html_or_error_text).
    """
    env = _make_env()
    try:
        partial = env.get_template(f"families/{template_id}.html")
    except Exception as exc:  # noqa: BLE001 — surface any loader error
        return False, f"TemplateLoad: {exc!r}"

    try:
        html = partial.render(slot_payload=slot_payload)
    except UndefinedError as exc:
        return False, f"UndefinedError (missing variable): {exc}"
    except TemplateError as exc:
        return False, f"TemplateError: {exc}"
    except Exception as exc:  # noqa: BLE001
        return False, f"RenderError: {exc!r}"
    return True, html


def list_existing_partials() -> list[str]:
    """Return template_id list (filename stems without .html) under families/."""
    return sorted(p.stem for p in FAMILIES_DIR.glob("*.html"))


# ─── Render-to artifact (R3 acceptance gate) ────────────────────


def _extract_asset_refs(html: str, template_id: str) -> list[str]:
    """Return relative paths `assets/{template_id}/<filename>` referenced by HTML.

    Matches both `src="assets/..."` (img tag) and `url("assets/...")` (CSS).
    """
    import re
    pattern = rf'(?:src=|url\()["\']?(assets/{re.escape(template_id)}/[^"\'\)\s]+)'
    return sorted(set(re.findall(pattern, html)))


def render_to_dir(template_id: str, slot_payload: dict, out_dir: Path) -> tuple[bool, str]:
    """R3 acceptance gate — render partial + copy assets + save artifact.

    Mechanism (Codex round 28 spec) :
      1. smoke render (StrictUndefined Jinja) → HTML
      2. reuse production `copy_assets(template_id, run_dir)` — assets/<template_id>/* 복사
      3. save HTML to `{out_dir}/index.html`
      4. fail if HTML references a missing local asset (post copy)
      5. production render path 미변경

    Returns (ok, summary_or_error).
    """
    ok, html_or_err = smoke_render(template_id, slot_payload)
    if not ok:
        return False, f"render failed: {html_or_err}"

    out_dir.mkdir(parents=True, exist_ok=True)

    # Reuse production copy_assets (no logic dup)
    import sys
    sys.path.insert(0, str(PROJECT_ROOT))
    from src.phase_z2_pipeline import copy_assets
    assets_dst = copy_assets(template_id, out_dir)
    assets_info = f"assets dir={assets_dst.relative_to(out_dir) if assets_dst else '(none)'}"

    # Verify all referenced assets exist (Codex round 28 — fail-fast missing assets)
    refs = _extract_asset_refs(html_or_err, template_id)
    missing = [r for r in refs if not (out_dir / r).exists()]
    if missing:
        return False, (
            f"missing assets (fail-fast per Codex round 28) : {len(missing)} of "
            f"{len(refs)} references not resolved : {missing[:3]}{'...' if len(missing) > 3 else ''}"
        )

    # Wrap partial with minimal HTML viewer (browser-openable)
    viewer = f"""<!DOCTYPE html>
<html lang="ko"><head>
<meta charset="UTF-8">
<title>Phase Z render artifact — {template_id}</title>
<style>
  body {{ margin: 0; padding: 20px; background: #e8ecf0;
          font-family: 'Noto Sans KR', sans-serif; word-break: keep-all; }}
  .viewer-wrap {{ width: 1180px; max-width: 100%; margin: 0 auto;
                  background: #fff; box-shadow: 0 4px 20px rgba(0,0,0,.15);
                  padding: 40px; min-height: 350px; box-sizing: border-box; }}
  .viewer-note {{ max-width: 1180px; margin: 10px auto 0; padding: 8px 12px;
                  background: #fffbe8; border-left: 4px solid #f5b400;
                  font-size: 12px; color: #5a4500; }}
  /* Phase Z token CSS — minimal viewer override (production uses real tokens) */
  :root {{
    --font-zone-title: 28px; --lh-zone-title: 1.3;
    --font-sub-title: 18px;  --lh-sub-title: 1.4;
    --font-caption: 11px;
    --font-body: 11px;       --lh-body: 1.4;
  }}
</style>
</head><body>
<div class="viewer-wrap">
{html_or_err}
</div>
<div class="viewer-note">
  R3 acceptance gate artifact — smoke harness `--render-to`. template_id = {template_id}.
  Open this file in a browser to visually inspect rendered output + promoted assets.
</div>
</body></html>
"""

    out_html = out_dir / "index.html"
    out_html.write_text(viewer, encoding="utf-8")

    return True, (
        f"rendered → {out_html} ({len(html_or_err)} chars partial, "
        f"{len(refs)} asset refs all resolved). {assets_info}"
    )


# ─── CLI ────────────────────────────────────────────────────────


def _cmd_self_check() -> int:
    """Run smoke render against every bundled fixture and report.

    Exit 0 if all PASS, 1 otherwise. Frames with no fixture are SKIPPED
    (reported separately so the per-frame gate is explicit).
    """
    existing = list_existing_partials()
    print(f"== smoke harness self-check ({len(existing)} partial(s) found) ==")
    fail_count = 0
    skip_count = 0
    for tpl in existing:
        if tpl not in SELF_CHECK_FIXTURES:
            print(f"  SKIP   {tpl}  (no bundled fixture)")
            skip_count += 1
            continue
        ok, msg = smoke_render(tpl, SELF_CHECK_FIXTURES[tpl])
        if ok:
            print(f"  PASS   {tpl}  ({len(msg)} chars)")
        else:
            print(f"  FAIL   {tpl}  → {msg}")
            fail_count += 1

    # Also surface fixtures with no corresponding partial (catches typos)
    for fixture in SELF_CHECK_FIXTURES:
        if fixture not in existing:
            print(f"  ORPHAN {fixture}  (fixture but no partial)")
            fail_count += 1

    print(f"-- summary: PASS={len(existing) - fail_count - skip_count} "
          f"FAIL={fail_count} SKIP={skip_count} --")
    return 0 if fail_count == 0 else 1


def _cmd_one(template_id: str, payload_path: Optional[Path]) -> int:
    if payload_path is not None:
        slot_payload = json.loads(payload_path.read_text(encoding="utf-8"))
    elif not sys.stdin.isatty():
        slot_payload = json.load(sys.stdin)
    elif template_id in SELF_CHECK_FIXTURES:
        slot_payload = SELF_CHECK_FIXTURES[template_id]
        print(f"[info] using bundled fixture for {template_id}", file=sys.stderr)
    else:
        print(f"error: no payload provided for '{template_id}' "
              f"(pipe JSON via stdin or use --payload)", file=sys.stderr)
        return 2

    ok, msg = smoke_render(template_id, slot_payload)
    if ok:
        print(f"PASS {template_id} ({len(msg)} chars rendered)", file=sys.stderr)
        sys.stdout.write(msg)
        return 0
    print(f"FAIL {template_id} → {msg}", file=sys.stderr)
    return 1


def main(argv: Optional[list[str]] = None) -> int:
    parser = argparse.ArgumentParser(
        description="IMP-04 per-frame Jinja smoke harness (StrictUndefined).",
    )
    parser.add_argument("template_id", nargs="?",
                        help="frame template_id (omit when --self-check).")
    parser.add_argument("--self-check", action="store_true",
                        help="render every bundled fixture and report.")
    parser.add_argument("--payload", type=Path, default=None,
                        help="JSON file with slot_payload (else stdin or fixture).")
    parser.add_argument("--render-to", type=Path, default=None, metavar="DIR",
                        help=(
                            "R3 acceptance gate — render + copy_assets + save artifact "
                            "to DIR/index.html. fail-fast on missing local assets."
                        ))
    args = parser.parse_args(argv)

    if args.self_check:
        return _cmd_self_check()
    if args.template_id is None:
        parser.print_usage(sys.stderr)
        return 2

    # --render-to mode (R3 acceptance gate)
    if args.render_to is not None:
        # Determine payload (fixture preferred for render-to)
        if args.payload is not None:
            payload = json.loads(args.payload.read_text(encoding="utf-8"))
        elif args.template_id in SELF_CHECK_FIXTURES:
            payload = SELF_CHECK_FIXTURES[args.template_id]
            print(f"[info] using bundled fixture for {args.template_id}", file=sys.stderr)
        elif not sys.stdin.isatty():
            payload = json.load(sys.stdin)
        else:
            print(f"error: no payload for '{args.template_id}' "
                  f"(--payload or stdin or bundled fixture required)", file=sys.stderr)
            return 2
        ok, msg = render_to_dir(args.template_id, payload, args.render_to)
        if ok:
            print(f"PASS {args.template_id} → {msg}")
            return 0
        print(f"FAIL {args.template_id} → {msg}", file=sys.stderr)
        return 1

    return _cmd_one(args.template_id, args.payload)


if __name__ == "__main__":
    sys.exit(main())