# -*- coding: utf-8 -*-
"""배관 남은 연동 — PLAN 52-1b.

못박는 것
  - 집계표: 선택 컨테이너(흙막이 추가 · 도수로/돌붙임)마다 한 건 — 잇기 `{link}{n}` 항목 ·
    그 컨테이너 값.
  - 짝: 서버 컨테이너 표(머리 · 잇기) = 배관 명세 TS.
"""

from __future__ import annotations

import json
import os
import re

from M02_MasterTemplete import M02_Table_Fill as fill
from M02_MasterTemplete.M02_Table_Fill_Spec import SPEC_CONTAINERS, container_rows
from resources.tester.test_structures_summary_snapshot import (  # noqa: F401 — world 고정물
    MS,
    PIPE,
    RV,
    _pipe,
    _save,
    world,
)

HERE = os.path.dirname(os.path.abspath(__file__))
ROOT = os.path.dirname(os.path.dirname(HERE))
SOIL = {
    "soil_add_1_structure": "기슭막이",
    "soil_add_1_form": "바자",
    "soil_add_1_length": 6,
    "soil_add_1_height": 2,
    "soil_add_2_structure": "기슭막이",
    "chute_add_1_structure": "돌붙임",
}


def test_컨테이너마다_한_건_잇기와_그_값():
    item = {"type_id": "pipe", "options": {"pipe_diameter_mm": 1000, **SOIL}, "복사본": "pipe@40.0"}
    rows = container_rows(item, {"gsoiladd1": RV, "gchuteadd1": MS})
    assert [r["그룹"] for r in rows] == ["흙막이 추가 1", "흙막이 추가 2", "도수로/돌붙임 1"]
    assert [r["복사본"] for r in rows] == [
        "pipe@40.0__gsoiladd1",
        "pipe@40.0__gsoiladd2",
        "pipe@40.0__gchuteadd1",
    ]
    assert [r["summary_item"] for r in rows] == [RV, None, MS]
    first = rows[0]["options"]
    assert first["length_m"] == first["inlet_revet_length_m"] == first["outlet_revet_length_m"] == 6
    assert (
        first["form"] == first["outlet_revet_form"] == "바자" and first["outlet_type"] == "기슭막이"
    )
    assert first["pipe_diameter_mm"] == 1000  # 구조물 옵션은 그대로
    assert container_rows({"type_id": "masonry_dry", "options": SOIL, "복사본": "st0"}, {}) == []
    # 옛 값 — 컨테이너 없는 옛 관 · 인스턴스 없는 잇기는 줄 없음
    old = {"type_id": "pipe", "options": {"inlet_revet_length_m": 5}, "복사본": "pipe@9.0"}
    assert container_rows(old, {"gsoiladd9": RV}) == []


def test_집계표_채움에_컨테이너_줄(world):
    """흙막이 추가 1 → 돌기슭막이 열(rv) 6 m · 관 본체 · 미지정 컨테이너는 표에 안 듦."""
    root, system = world["root"], world["system"]
    point = {**_pipe(PIPE), "group_items": {"gsoiladd1": RV}}
    point["options"] = {**point["options"], **SOIL}
    _save(root, [], [point])
    table = json.loads((system / "table/구조물집계표.json").read_text("utf-8"))
    doc = fill.fill_table(root, table)
    values = [row["값"] for row in doc["줄"] if not row.get("고정")]
    rv = [v for row in values for k, v in row.items() if k.split("|")[0] == "rv"]
    assert rv == [6]
    copies = [i["복사본"] for i in fill.collect_items(root)]
    assert "pipe@40.0__gsoiladd1" in copies and "pipe@40.0__gchuteadd1" in copies


def test_서버_컨테이너_표는_배관_명세와_짝():
    with open(
        os.path.join(ROOT, "A00_Common/design/design_structure_pipe.ts"), encoding="utf-8"
    ) as f:
        text = f.read()
    found = re.findall(
        r'title: "([^"]+)",\s*required: false,\s*prefix: "(\w+)",\s*link: "(\w+)"', text
    )
    assert [(p, link, t) for t, p, link in found] == list(SPEC_CONTAINERS["pipe"])