Jyotisha/frontend/tests/report-fact-tables.test.ts

import assert from "node:assert/strict";
import { readFileSync } from "node:fs";
import test from "node:test";
import { assembleReportFactTables } from "../src/lib/report-fact-tables";
import { reportFactTablesSchema } from "../src/lib/report-fact-table-schema";
import { assembleLongformCharts } from "../src/lib/personal-report-generation";
import { buildLongformCoverDocument } from "../src/lib/personal-report-longform-cover";
import { CHART_IDS, reportDocumentV2Schema } from "../src/lib/personal-report-contract";
import { projectOrdinaryReportMarkdown } from "../src/lib/report-public-projection";



const packet = JSON.parse(readFileSync(new URL("./fixtures/report-density-fictional-engine.json", import.meta.url), "utf8"));
const resolve = (path: string) => path.replace(/\[(\d+)\]/g, ".$1").split(".").reduce((value, key) => value?.[key], packet);
const fixed = (value: number) => value.toFixed(2);

test("density golden: sixteen real charts have complete houses and nine occupants", () => {
  const charts = assembleLongformCharts(packet, "ev-cover-longform");
  assert.deepEqual(charts.map(chart => chart.id), [...CHART_IDS]);
  assert.equal(reportDocumentV2Schema.shape.charts.safeParse(charts).success, true);
  const document = buildLongformCoverDocument({
    report: { id: "123e4567-e89b-12d3-a456-426614174000", reportType: "personal_full", presentationMode: "default", depth: "standard", requestedThemes: ["career"], skillName: "jyotish-vedic-astrology", skillVersion: "6.9.14", skillSourceCommit: null, skillSnapshotSha256: "ab".repeat(32) },
    subject: { displayName: "虚构测试", birthTimeStatus: "reported", birthPlaceLabel: "虚构地点" },
    markdown: "# 个人报告\n\n## 摘要\n\n原始计算供核对。", charts, factTables: assembleReportFactTables(packet),
  });
  assert.equal(document.factTables?.length, 8);
  assert.equal(document.charts.length, 16);
  for (const chart of charts) {
    assert.equal(chart.houses.length, 12);
    assert.equal(chart.houses.flatMap(h => h.occupants).length, 9);
    assert.equal(chart.claimStatus, "parameter_sensitive");
  }
});

test("density applicability remains outside ordinary narrative projection", () => {
  const prose = "# 个人报告\n\n这是普通正文。\n";
  const appendix = "\n## 辅助时间轴适用性（参数敏感）\n\n| 大运族 | 是否适用 / 原因 | 使用边界 |\n| --- | --- | --- |\n| Yogini | 已返回周期 | 第二时间轴，仅供交叉核对，不单独生成应期 |\n";
  assert.equal(projectOrdinaryReportMarkdown(prose + appendix), projectOrdinaryReportMarkdown(prose + "\n## 核对（参数敏感）\n"));
  assert.doesNotMatch(projectOrdinaryReportMarkdown(prose + appendix), /Yogini|第二时间轴/);
});

test("density golden: eight server groups contain only unchanged engine leaves", () => {
  assert.equal(packet.fixtureProvenance.fictional, true);
  const tables = assembleReportFactTables(packet);
  assert.equal(tables.length, 8);
  for (const table of tables) {
    assert.ok(table.rows.length > 0 || table.subtables?.some(child => child.rows.length > 0), table.id);
    for (const grid of [table, ...(table.subtables ?? [])]) {
      assert.notEqual(resolve(grid.sourcePath), undefined, grid.sourcePath);
      for (const row of grid.rows) assert.notEqual(resolve(row.sourcePath), undefined, row.sourcePath);
    }
  }
  const shadbala = tables.find(t => t.id === "shadbala")!;
  assert.equal(shadbala.rows.length, 7);
  for (const row of shadbala.rows) {
    const raw = resolve(row.sourcePath);
    assert.deepEqual(row.cells.slice(1), [raw.sthana_bala.total, raw.dig_bala, raw.kala_bala.total, raw.chesta_bala, raw.naisargika_bala, raw.drik_bala, raw.total_virupas].map(fixed));
  }
  const ashtakavarga = tables.find(t => t.id === "ashtakavarga")!;
  assert.equal(ashtakavarga.rows.length, 12);
  // BUG-1209 (ruling 乙8): Sodhita SAV first, raw SAV beside it; the reduced BAV
  // subtable comes before the raw BAV. Was: cells[1] = raw SAV and subtables[0] = raw BAV.
  const sodhita = resolve("worksheets.strengths_and_scores.ashtakavarga.sodhita");
  assert.equal(sodhita.status, "executed");
  assert.deepEqual(ashtakavarga.columns, ["星座", "净化后 SAV", "原始 SAV"]);
  for (const row of ashtakavarga.rows) {
    const sign = row.sourcePath.split(".").at(-1)!;
    assert.equal(row.cells[1], fixed(sodhita.sodhita_sav.scores[sign]));
    assert.equal(row.cells[2], resolve(row.sourcePath).toFixed(2));
  }
  assert.equal(ashtakavarga.subtables?.[0].id, "sodhita_bav");
  assert.equal(ashtakavarga.subtables?.[0].rows.length, 7);
  for (const row of ashtakavarga.subtables![0].rows) assert.deepEqual(row.cells.slice(1), resolve(row.sourcePath).map(fixed));
  assert.equal(ashtakavarga.subtables?.[1].rows.length, 8);
  for (const row of ashtakavarga.subtables![1].rows) assert.deepEqual(row.cells.slice(1), resolve(row.sourcePath).bindus.map(fixed));
  const annual = tables.find(t => t.id === "annual")!;
  assert.equal(annual.rows.length, 0, "golden annual chart has no planet positions");
  assert.ok(annual.subtables?.[0].rows.every(row => row.sourcePath.includes("annual_tajika_pack.sahams.data")));
  assert.equal(annual.subtables?.[0].rows.length, 36);
});

test("density golden: Sade Sati reports missing cycle dates without inventing them", () => {
  const table = assembleReportFactTables(packet).find(t => t.id === "sade_sati")!;
  assert.match(table.note, /尚无三轮起止日期/);
  assert.equal(table.rows.length, 3);
  assert.deepEqual(table.rows.map(row => row.cells[0]), ["上升", "高峰", "下降"]);
  assert.match(table.note, /当前是否在进行中：否/);
  assert.equal(table.claimStatus, "parameter_sensitive");
  assert.ok(table.rows.every(row => !/start|end|date/.test(row.sourcePath)));
});

test("density facts preserve declared limitations and reject malformed provenance", () => {
  const altered = structuredClone(packet);
  altered.worksheets.advanced_systems.yogas_doshas.sade_sati.claimStatus = "user_history_verification_required";
  assert.equal(assembleReportFactTables(altered).find(t => t.id === "sade_sati")?.claimStatus, "user_history_verification_required");
  const tables = assembleReportFactTables(packet);
  tables[0].rows[0].sourcePath = tables[0].sourcePath + "_wrong.lord";
  assert.equal(reportFactTablesSchema.safeParse(tables).success, false);
  assert.deepEqual(assembleReportFactTables(undefined), []);
});

test("density visible columns never expose engine paths or excessive precision", () => {
  for (const table of assembleReportFactTables(packet)) {
    for (const grid of [table, ...(table.subtables ?? [])]) {
      const visible = [grid.title, grid.note, ...grid.columns, ...grid.rows.flatMap(row => row.cells)].join("\n");
      assert.doesNotMatch(visible, /[A-Za-z]+_[A-Za-z]+|\[\d+\]|\d+\.\d{3,}|jd_ut|dt_ut|\.data\./);
      assert.ok(grid.rows.every(row => row.cells.every(cell => cell === null || typeof cell === "string")));
    }
  }
});

test("density golden: full years and birth balance have distinct sourced meanings", () => {
  const table = assembleReportFactTables(packet).find(t => t.id === "vimshottari")!;
  assert.equal(table.rows.length, 9);
  assert.deepEqual(table.columns, ["主运", "起", "止", "年数", "当前"]);
  assert.equal(resolve(table.rows[0].sourcePath).full_years, 18);
  assert.equal(resolve(table.rows[0].sourcePath).balance_years, 0.72);
  assert.equal(table.rows[0].cells[3], "18.00");
  assert.match(table.note, /出生时.*剩余 0\.72 年/);
  for (const row of table.rows) {
    const raw = resolve(row.sourcePath);
    assert.deepEqual(row.cells, [raw.lord_cn, raw.start, raw.end, fixed(raw.full_years), raw.is_current ? "是" : "否"]);
  }
  assert.deepEqual(table.subtables?.map(child => child.id), ["antardasha", "pratyantar"]);
  for (const child of table.subtables!) {
    assert.equal(resolve(child.sourcePath).is_current, true);
    assert.equal(child.rows.length, 9);
    for (const row of child.rows) {
      const raw = resolve(row.sourcePath);
      assert.deepEqual(row.cells, [raw.lord_cn, raw.start, raw.end, raw.is_current ? "是" : "否"]);
    }
  }
  const altered = structuredClone(packet);
  delete altered.worksheets.timing_and_predictive_systems.dasha.timeline[0].full_years;
  assert.equal(assembleReportFactTables(altered).find(t => t.id === "vimshottari")!.rows[0].cells[3], null, "neither dates nor balance nor standard constants may supply missing duration");
});

test("density golden: state and position cells retain actual source values", () => {
  const tables = assembleReportFactTables(packet);
  const states = tables.find(t => t.id === "avasthas")!;
  for (const row of states.rows) {
    const raw = resolve(row.sourcePath);
    assert.deepEqual(row.cells.slice(1), ["Bala", "Jagrat", "Deeptadi", "Lajjitadi", "Shayanadi"].map(key => raw.avasthas[key].state));
  }
  for (const grid of [tables.find(t => t.id === "special_points")!, ...tables.find(t => t.id === "annual")!.subtables!]) {
    for (const row of grid.rows) {
      const raw = resolve(row.sourcePath);
      assert.equal(row.cells[2], fixed(raw.degree_in_sign ?? raw.sign_degree));
    }
  }
  const altered = structuredClone(packet);
  const strengths = altered.worksheets.strengths_and_scores;
  delete strengths.shadbala.planets.Sun.total_virupas;
  delete altered.worksheets.divisional_and_special_charts.upagrahas.raw.Kaala.degree_in_sign;
  const output = assembleReportFactTables(altered);
  assert.equal(output.find(t => t.id === "shadbala")!.rows[0].cells[7], null, "do not sum components");
  assert.equal(output.find(t => t.id === "special_points")!.rows[0].cells[2], null, "do not derive sign degrees from longitude");
});

test("density fact subtable schema accepts legacy snapshots and rejects malformed new grids", () => {
  const tables = assembleReportFactTables(packet);
  const legacy = tables.map(source => {
    const table = { ...source };
    delete table.subtables;
    return { ...table, columns: ["原始字段", "数值 / 状态"], rows: [{ sourcePath: table.sourcePath, cells: ["legacy", 1] }] };
  });
  assert.equal(reportFactTablesSchema.safeParse(legacy).success, true);
  const invalid = structuredClone(tables);
  invalid[0].subtables![0].rows[0].cells.pop();
  assert.equal(reportFactTablesSchema.safeParse(invalid).success, false);
  const wrongSource = structuredClone(tables);
  wrongSource[0].subtables![0].sourcePath = "worksheets.other";
  assert.equal(reportFactTablesSchema.safeParse(wrongSource).success, false);
  const duplicates = structuredClone(tables);
  duplicates[0].subtables!.push(duplicates[0].subtables![0]);
  assert.equal(reportFactTablesSchema.safeParse(duplicates).success, false);
});

test("density blocked sources stay blocked and missing annual positions are not invented", () => {
  const altered = structuredClone(packet);
  altered.worksheets.strengths_and_scores.shadbala.claimStatus = "blocked";
  altered.worksheets.timing_and_predictive_systems.annual_tajika_pack.sahams.status = "blocked";
  const tables = assembleReportFactTables(altered);
  assert.equal(tables.find(t => t.id === "shadbala")!.claimStatus, "blocked");
  assert.deepEqual(tables.find(t => t.id === "shadbala")!.rows, []);
  assert.deepEqual(tables.find(t => t.id === "annual")!.rows, []);
  assert.deepEqual(tables.find(t => t.id === "annual")!.subtables![0].rows, []);
  assert.match(tables.find(t => t.id === "annual")!.note, /年度上升：天蝎；年龄：26\.00/);
  assert.match(tables.find(t => t.id === "annual")!.note, /未返回年度行星位置，不补算/);
});