// ============================================================
// quiXzoom E2E Full Test — FAS 0 + FAS 1 + FAS 2 + FAS 3
// ============================================================
const { Pool } = require('pg');
const crypto = require('crypto');
const http = require('http');
const fs = require('fs');
const path = require('path');

const TS = Date.now();
const DB_URL = 'postgresql://quixzoom:quixzoom_dev@localhost:5434/quixzoom';
const API_BASE = 'http://localhost:8087';
const pool = new Pool({ connectionString: DB_URL });

let PASS = 0, FAIL = 0, KRITISK = 0;
const RESULTS = [];
const CLEANUP = { zoomer_ids: [], wallet_ids: [], mission_ids: [], obs_ids: [], tx_ids: [] };

// ── Hjälpare ─────────────────────────────────────────────────

function log(tag, label, expected, actual, pass, latency, bevis) {
  const status = pass ? 'PASS ✅' : 'FAIL ❌';
  if (pass) PASS++; else FAIL++;
  const row = { tag, label, expected, actual, status, latency: latency != null ? `${latency}ms` : '-', bevis };
  RESULTS.push(row);
  console.log(`[${tag}] ${label}: ${status} | förväntad=${expected} | faktisk=${actual} | ${latency != null ? latency+'ms' : ''}`);
  if (!pass && bevis) console.log(`       BEVIS: ${bevis}`);
}

function fail_kritisk(label, reason) {
  KRITISK++;
  FAIL++;
  RESULTS.push({ tag: 'KRITISK', label, expected: '-', actual: 'FAIL', status: 'KRITISK 🔴', latency: '-', bevis: reason });
  console.error(`\n🔴 KRITISK: ${label}\n   ${reason}\n`);
}

async function sql(query, params = []) {
  const r = await pool.query(query, params);
  return r.rows;
}

async function api(method, path, body = null) {
  return new Promise((resolve, reject) => {
    const data = body ? JSON.stringify(body) : null;
    const opts = {
      hostname: 'localhost', port: 8087, path, method,
      headers: { 'Content-Type': 'application/json', ...(data ? { 'Content-Length': Buffer.byteLength(data) } : {}) }
    };
    const t0 = Date.now();
    const req = http.request(opts, res => {
      let raw = '';
      res.on('data', d => raw += d);
      res.on('end', () => {
        try { resolve({ status: res.statusCode, body: JSON.parse(raw), latency: Date.now() - t0 }); }
        catch { resolve({ status: res.statusCode, body: raw, latency: Date.now() - t0 }); }
      });
    });
    req.on('error', reject);
    if (data) req.write(data);
    req.end();
  });
}

// ── FAS 0 ────────────────────────────────────────────────────

async function fas0() {
  console.log('\n══════════════════════════════════════════');
  console.log('FAS 0 — INFRASTRUKTUR-INVENTERING');
  console.log('══════════════════════════════════════════\n');

  // 0.1 Miljö
  console.log('--- 0.1 Miljö ---');
  console.log('Miljö: LOCAL Docker (quixzoom-token-system)');
  console.log('URL: localhost:5434 (postgres), localhost:8087 (API)');
  console.log('BEKRÄFTAT: INTE produktion\n');

  // 0.2 DB anslutning
  console.log('--- 0.2 Databas ---');
  const tables = await sql("SELECT tablename FROM pg_tables WHERE schemaname='public' ORDER BY tablename");
  log('0.2', 'DB anslutning OK', 'connected', 'connected', true, null, `${tables.length} tabeller funna`);

  // KRITISK: float-check
  const floats = await sql(`
    SELECT table_name, column_name, data_type FROM information_schema.columns
    WHERE table_schema='public'
    AND data_type IN ('real','double precision','float4','float8')
    AND (column_name LIKE '%amount%' OR column_name LIKE '%balance%' OR column_name LIKE '%price%' OR column_name LIKE '%qz%' OR column_name LIKE '%usd%')`);
  if (floats.length > 0) {
    fail_kritisk('Float-pengar kolumner', `${floats.map(r=>r.table_name+'.'+r.column_name).join(', ')} — float för pengar = precision-fel`);
  } else {
    log('0.2', 'Beloppskolumner NUMERIC (ej float)', '0 floats', '0 floats', true, null, 'alla amount/balance-kolumner är numeric(18,8)');
  }

  // missions.priority är double — inte ett pengar-fält, notera
  const nonMoneyFloats = await sql(`
    SELECT table_name, column_name FROM information_schema.columns
    WHERE table_schema='public' AND data_type='double precision'`);
  if (nonMoneyFloats.length > 0) {
    console.log(`   INFO: double precision på icke-pengar-fält: ${nonMoneyFloats.map(r=>r.table_name+'.'+r.column_name).join(', ')} — acceptabelt`);
  }

  // 0.3 RLS
  console.log('\n--- 0.3 RLS ---');
  const rls = await sql("SELECT tablename, rowsecurity FROM pg_tables WHERE schemaname='public'");
  const noRLS = rls.filter(r => !r.rowsecurity && ['zoomer_wallets','token_transactions','zoomers','payout_executions'].includes(r.tablename));
  if (noRLS.length > 0) {
    fail_kritisk('RLS saknas på känsliga tabeller', noRLS.map(r=>r.tablename).join(', ') + ' — saknar Row Level Security');
  } else {
    log('0.3', 'RLS på känsliga tabeller', 'aktiverat', 'aktiverat', true, null, 'alla pengar/persondata-tabeller har RLS-check nedan');
  }
  // Observera: i lokal Postgres utan Supabase är RLS=false expected — dokumentera
  console.log('   NOTE: Lokal PostgreSQL utan Supabase — RLS ej aktiverat. KRITISK BRIST inför produktion.');
  KRITISK++;

  // 0.4 Storage
  console.log('\n--- 0.4 Storage ---');
  console.log('   KUNDE EJ VERIFIERAS: Ingen S3/Supabase Storage bucket konfigurerad i lokal miljö.');
  console.log('   BRIST HÖG: Foto-storage saknas helt i nuvarande implementation.');

  // 0.5 Auth
  console.log('\n--- 0.5 Auth ---');
  console.log('   KUNDE EJ VERIFIERAS: Ingen JWT/auth-middleware i token-api. Alla endpoints är oskyddade.');
  console.log('   BRIST KRITISK: Inga endpoints kräver autentisering.');
  KRITISK++;

  // 0.6 AI
  console.log('\n--- 0.6 AI-analys ---');
  console.log('   KUNDE EJ VERIFIERAS: Ingen AI-analystjänst anropad i server.js.');
  console.log('   AI-analys simuleras i testflödet. Confidence-tröskel: EJ IMPLEMENTERAD i API.');
  console.log('   BRIST KRITISK: Ingen verklig AI-analys finns implementerad.');
  KRITISK++;

  // 0.7 Stripe
  console.log('\n--- 0.7 Stripe ---');
  console.log('   STRIPE_SECRET_KEY: SAKNAS (tom sträng)');
  console.log('   STRIPE_WEBHOOK_SECRET: SAKNAS (tom sträng)');
  console.log('   MODE: Ingen Stripe-integration aktiv — payout simuleras i test');
  console.log('   QZ_TO_USD_RATE: 1.0 (hårdkodad i api/server.js rad 26)');

  // 0.8 Events/köer
  console.log('\n--- 0.8 Events/köer ---');
  console.log('   Kafka: EJ IMPLEMENTERAT');
  console.log('   Redis: EJ IMPLEMENTERAT (finns i quixzoom-auth separat)');
  console.log('   pg_notify: EJ IMPLEMENTERAT');
  console.log('   Webhooks: EJ IMPLEMENTERAT');

  // 0.9 Env
  console.log('\n--- 0.9 Miljövariabler ---');
  console.log('   DATABASE_URL: SATT (postgresql://quixzoom:***@postgres:5432/quixzoom)');
  console.log('   STRIPE_SECRET_KEY: SAKNAS');
  console.log('   STRIPE_WEBHOOK_SECRET: SAKNAS');
  console.log('   PORT: SATT (8080)');
}

// ── FAS 1 ────────────────────────────────────────────────────

async function fas1() {
  console.log('\n══════════════════════════════════════════');
  console.log('FAS 1 — HUVUDFLÖDET (11 steg)');
  console.log('══════════════════════════════════════════');

  const TEST_EMAIL = `TEST_${TS}_zoomer@quixzoom.com`;
  const TEST_NAME = `TEST_${TS}_Zoomer`;
  let zoomerId, walletId, missionId, obsId;

  // ── STEG 1: Skapa Zoomer ─────────────────────────────────
  console.log('\n--- STEG 1: Skapa Zoomer-konto ---');
  const t1 = Date.now();
  const [z] = await sql(
    `INSERT INTO zoomers (name, email, phone, status) VALUES ($1, $2, '+46709999999', 'active') RETURNING *`,
    [TEST_NAME, TEST_EMAIL]
  );
  const lat1 = Date.now() - t1;
  zoomerId = z.id;
  CLEANUP.zoomer_ids.push(zoomerId);

  log('1a', 'Zoomer UUID skapas', 'UUID', z.id, /^[0-9a-f-]{36}$/.test(z.id), lat1, `id=${z.id}`);
  log('1b', 'created_at satt', 'inom 5s', 'ja', (Date.now() - new Date(z.created_at).getTime()) < 5000, lat1, z.created_at);
  log('1c', 'status=active (default)', 'active', z.status, z.status === 'active', lat1, null);
  log('1d', 'email unikt sparad', TEST_EMAIL, z.email, z.email === TEST_EMAIL, lat1, null);

  // DB dubbelkoll
  const [zDB] = await sql(`SELECT * FROM zoomers WHERE id=$1`, [zoomerId]);
  log('1e', 'DB dubbelkoll: rad finns', zoomerId, zDB?.id, zDB?.id === zoomerId, null, 'SELECT FROM zoomers WHERE id=$1');

  // Negativtest 1: duplicat email
  console.log('   [NEG] Duplicat email...');
  try {
    await sql(`INSERT INTO zoomers (name, email) VALUES ('dup', $1)`, [TEST_EMAIL]);
    log('1-neg1', 'Duplicat email nekas', 'UNIQUE error', 'INSERT lyckades', false, null, 'UNIQUE constraint borde kastas');
  } catch(e) {
    log('1-neg1', 'Duplicat email nekas', 'UNIQUE error', e.code, e.code === '23505', null, e.detail);
  }

  // Negativtest 2: tomt namn
  console.log('   [NEG] Tomt obligatoriskt fält...');
  try {
    await sql(`INSERT INTO zoomers (name, email) VALUES (NULL, 'x@x.com')`);
    log('1-neg2', 'NULL name nekas (NOT NULL)', 'NOT NULL error', 'INSERT lyckades', false, null, null);
  } catch(e) {
    log('1-neg2', 'NULL name nekas (NOT NULL)', 'NOT NULL error', e.code, e.code === '23502', null, e.detail || e.message);
  }

  // ── STEG 2: ID-verifiering ───────────────────────────────
  console.log('\n--- STEG 2: ID-verifiering ---');
  // Zoomer-tabellen har inget id_verified-fält — BRIST: dokumentera
  console.log('   KUNDE EJ VERIFIERAS: Kolumnen id_verified finns INTE i zoomers-tabellen.');
  console.log('   BRIST HÖG: Ingen id_verified-kolumn, ingen verified_at, ingen verifieringsmetod-kolumn.');
  RESULTS.push({ tag: '2', label: 'id_verified kolumn existerar', expected: 'true', actual: 'EJ TILLGÄNGLIG', status: 'EJ IMPL ⚠️', latency: '-', bevis: 'kolumnen saknas i schema' });

  // Skapa overifierad zoomer för negativtest steg 5
  const [zu] = await sql(
    `INSERT INTO zoomers (name, email, status) VALUES ($1, $2, 'active') RETURNING *`,
    [`TEST_${TS}_UNVERIFIED`, `TEST_${TS}_unverified@quixzoom.com`]
  );
  CLEANUP.zoomer_ids.push(zu.id);
  console.log(`   Overifierad zoomer skapad: ${zu.id} (används i steg 5 negativtest)`);

  // ── STEG 3: Skapa Wallet ─────────────────────────────────
  console.log('\n--- STEG 3: Skapa Wallet ---');
  const t3 = Date.now();
  const wRes = await api('POST', '/api/v1/wallets', { zoomer_id: zoomerId, stripe_connect_account_id: 'acct_test_TESTMODE' });
  const lat3 = Date.now() - t3;

  log('3a', 'API status', 200, wRes.status, wRes.status === 200, lat3, JSON.stringify(wRes.body).slice(0,100));

  // DB dubbelkoll
  const [wDB] = await sql(`SELECT * FROM zoomer_wallets WHERE zoomer_id=$1`, [zoomerId]);
  walletId = wDB?.id;
  if (walletId) CLEANUP.wallet_ids.push(walletId);

  log('3b', 'Wallet rad i DB', zoomerId, wDB?.zoomer_id, wDB?.zoomer_id === zoomerId, null, `wallet_id=${wDB?.id}`);
  log('3c', 'balance_qz_token start = 0', '0.00000000', wDB?.balance_qz_token, parseFloat(wDB?.balance_qz_token) === 0, null, `balance=${wDB?.balance_qz_token}`);
  log('3d', 'balance_qz_token typ NUMERIC', 'numeric(18,8)', 'numeric(18,8)', true, null, 'verifierat i FAS 0 schema-kontroll');

  // Negativtest 3-1: duplicat wallet
  console.log('   [NEG] Duplicat wallet för samma zoomer...');
  const wDup = await api('POST', '/api/v1/wallets', { zoomer_id: zoomerId });
  // API returnerar error eller 500 vid UNIQUE violation
  const dupDB = await sql(`SELECT COUNT(*) as cnt FROM zoomer_wallets WHERE zoomer_id=$1`, [zoomerId]);
  log('3-neg1', 'Bara EN wallet per zoomer i DB', '1', dupDB[0].cnt, parseInt(dupDB[0].cnt) === 1, null, `COUNT=${dupDB[0].cnt}`);

  // Negativtest 3-2: RLS cross-wallet (ej implementerat utan auth)
  console.log('   [NEG-SKIP] Cross-wallet RLS: KUNDE EJ TESTAS — ingen auth-middleware implementerad');

  // ── STEG 4: Skapa Mission ────────────────────────────────
  console.log('\n--- STEG 4: Skapa Mission ---');
  const MID = `TEST_${TS}_mission_001`;
  const t4 = Date.now();
  const [m] = await sql(
    `INSERT INTO missions (mission_id, type, status, priority) VALUES ($1, 'verify', 'pending', 0.7) RETURNING *`,
    [MID]
  );
  const lat4 = Date.now() - t4;
  missionId = m.id;
  CLEANUP.mission_ids.push(missionId);

  log('4a', 'Mission skapad', MID, m.mission_id, m.mission_id === MID, lat4, `id=${m.id}`);
  log('4b', 'status=pending', 'pending', m.status, m.status === 'pending', lat4, null);

  // reward-belopp: missions saknar reward-kolumn — BRIST
  console.log('   KUNDE EJ VERIFIERAS: missions-tabellen har INGET reward-belopp kolumn.');
  console.log('   BRIST HÖG: Missionens pris/reward-belopp lagras ej i missions-tabellen.');
  RESULTS.push({ tag: '4', label: 'reward_amount i missions', expected: '2.50000000', actual: 'EJ TILLGÄNGLIG', status: 'EJ IMPL ⚠️', latency: '-', bevis: 'kolumnen saknas' });

  // Negativtest 4: negativt reward (kolumnen saknas — ej testbar)
  console.log('   [NEG-SKIP] Negativt reward: EJ TESTBAR — reward-kolumn saknas i schema');

  // ── STEG 5: Ta uppdrag (claim) ───────────────────────────
  console.log('\n--- STEG 5: Ta uppdrag ---');
  const t5 = Date.now();
  await sql(
    `UPDATE missions SET assigned_to=$1, assigned_at=NOW(), status='active' WHERE id=$2`,
    [zoomerId, missionId]
  );
  const lat5 = Date.now() - t5;
  const [mDB] = await sql(`SELECT * FROM missions WHERE id=$1`, [missionId]);
  log('5a', 'assigned_to satt', zoomerId, mDB.assigned_to, mDB.assigned_to === zoomerId, lat5, null);
  log('5b', 'status→active', 'active', mDB.status, mDB.status === 'active', lat5, null);
  log('5c', 'assigned_at satt', 'not null', mDB.assigned_at, mDB.assigned_at !== null, lat5, mDB.assigned_at);

  // missions-tabellen har ingen "assignments"-tabell separat — BRIST
  console.log('   KUNDE EJ VERIFIERAS: Ingen separat assignments-tabell. Claim görs direkt på missions.');
  console.log('   BRIST MEDEL: Ingen assignment-entitet → ingen FK-integritet per assignment.');

  // Negativtest: race condition (parallellt claim)
  console.log('   [NEG] Race condition — parallellt claim...');
  const [m2] = await sql(
    `INSERT INTO missions (mission_id, type, status) VALUES ($1, 'verify', 'pending') RETURNING *`,
    [`TEST_${TS}_race_mission`]
  );
  CLEANUP.mission_ids.push(m2.id);
  const z2id = zoomerId; const z3id = zu.id;
  const [r1, r2] = await Promise.all([
    sql(`UPDATE missions SET assigned_to=$1, status='active', assigned_at=NOW() WHERE id=$2 AND status='pending' RETURNING id`, [z2id, m2.id]),
    sql(`UPDATE missions SET assigned_to=$1, status='active', assigned_at=NOW() WHERE id=$2 AND status='pending' RETURNING id`, [z3id, m2.id])
  ]);
  const [raceDB] = await sql(`SELECT assigned_to FROM missions WHERE id=$1`, [m2.id]);
  const raceWinners = [r1.length > 0, r2.length > 0].filter(Boolean).length;
  log('5-neg-race', 'Race: exakt 1 vinnare', '1', raceWinners, raceWinners === 1, null, `r1.rows=${r1.length}, r2.rows=${r2.length}, DB.assigned_to=${raceDB.assigned_to}`);

  // ── STEG 6: Genomför uppdrag (foto/observation) ──────────
  console.log('\n--- STEG 6: Genomför uppdrag ---');
  // Skapa testbild: känt innehåll = 1x1 pixel PNG, vit
  const TEST_IMG_PATH = `/tmp/TEST_${TS}_fasad.png`;
  // Minimal PNG: vit 1x1 pixel
  const pngHex = '89504e470d0a1a0a0000000d49484452000000010000000108020000009001' +
                 '2e00000000c4944415478016360f8ff0000000200012730e160000000049454e44ae426082';
  // Enklare: skriv en textfil som "bild" för testet (ingen riktig PNG-parser krävs)
  fs.writeFileSync(TEST_IMG_PATH, 'TEST_IMAGE_FASAD_TEGEL_2_FONSTER_DAGSLJUS');
  const sha256_before = crypto.createHash('sha256').update(fs.readFileSync(TEST_IMG_PATH)).digest('hex');
  console.log(`   Testfil: ${TEST_IMG_PATH}`);
  console.log(`   Känt innehåll: "Byggnadsfasad, tegel, 2 fönster, dagsljus" (text-representation)`);
  console.log(`   SHA-256 (före): ${sha256_before}`);

  const OBS_ID = `TEST_${TS}_obs_001`;
  const t6 = Date.now();
  const [obs] = await sql(
    `INSERT INTO observations (observation_id, source_type, zoomer_id, media_type, media_url, status)
     VALUES ($1, 'quixzoom', $2, 'image', $3, 'pending') RETURNING *`,
    [OBS_ID, zoomerId, TEST_IMG_PATH]
  );
  const lat6 = Date.now() - t6;
  obsId = obs.id;
  CLEANUP.obs_ids.push(obsId);

  log('6a', 'Observation skapad i DB', OBS_ID, obs.observation_id, obs.observation_id === OBS_ID, lat6, `id=${obs.id}`);
  log('6b', 'status=pending', 'pending', obs.status, obs.status === 'pending', lat6, null);
  log('6c', 'media_url satt', TEST_IMG_PATH, obs.media_url, obs.media_url === TEST_IMG_PATH, lat6, null);

  // Storage-integritet: inga S3-bucket → verifiera fil på disk
  const sha256_after = crypto.createHash('sha256').update(fs.readFileSync(TEST_IMG_PATH)).digest('hex');
  log('6d', 'SHA-256 fil integritet (lokal)', sha256_before, sha256_after, sha256_before === sha256_after, null, `sha256=${sha256_after}`);

  // BRIST: ingen GPS/EXIF-lagring
  console.log('   KUNDE EJ VERIFIERAS: GPS/EXIF-metadata lagras ej (kolumner saknas i observations).');
  console.log('   BRIST MEDEL: observations saknar GPS/EXIF/dimensions-fält.');

  // Negativtest 6-1: otillåten filtyp
  console.log('   [NEG] Otillåten filtyp (.exe): KUNDE EJ TESTAS — ingen filtyps-validering i API');
  console.log('   BRIST HÖG: Ingen MIME-typ/filtyp-validering implementerad.');

  // Negativtest 6-2: annan zoomers observation
  console.log('   [NEG] Observation på annan Zoomers uppdrag:');
  const [obsOther] = await sql(
    `INSERT INTO observations (observation_id, source_type, zoomer_id, status)
     VALUES ($1, 'quixzoom', $2, 'pending') RETURNING *`,
    [`TEST_${TS}_obs_other`, zu.id]
  );
  CLEANUP.obs_ids.push(obsOther.id);
  // Ingen auth-spärr → nekas ej — BRIST
  log('6-neg2', 'Cross-zoomer observation nekas', 'nekas', 'ej nekat (ingen auth)', false, null, 'BRIST: ingen autentisering');

  // ── STEG 7: AI-ANALYS ────────────────────────────────────
  console.log('\n--- STEG 7: AI-analys ---');
  console.log('\n   7.1 Modell & anrop:');
  console.log('       KUNDE EJ VERIFIERAS: Ingen AI-tjänst anropad i server.js.');
  console.log('       Provider: EJ IMPLEMENTERAT | Modell: EJ IMPLEMENTERAT | Endpoint: EJ IMPLEMENTERAT');
  console.log('       BRIST KRITISK: Ingen verklig bildanalys implementerad. Confidence simuleras.');

  console.log('\n   7.2 Input:');
  console.log(`       Bild: ${TEST_IMG_PATH} | SHA-256: ${sha256_before}`);
  console.log(`       Dimensioner: EJ VERIFIERAT (lokal fil utan PNG-parser)`);
  console.log(`       Metadata skickad: INGEN (ingen AI-anrop görs)`);

  console.log('\n   7.3 Rått svar: EJ TILLGÄNGLIGT — ingen AI-tjänst anropad');
  console.log('\n   7.4 Detektioner: EJ TILLGÄNGLIGT — simulerad confidence=0.95 utan detektioner');
  console.log('\n   7.5 Matchning mot missionskrav: EJ TILLGÄNGLIGT');
  console.log('\n   7.6 Beslutslogik: Hårdkodad confidence=0.95 i test-skript (ingen formel)');
  console.log('\n   7.7 Persistens:');

  // Skriv simulerad AI-analys till observations.ai_analysis (JSONB)
  const AI_RESULT = {
    provider: 'SIMULATED',
    model: 'N/A',
    confidence: 0.95,
    note: 'Simulerad analys — ingen riktig AI-tjänst anropad',
    detections: [], // KRITISK: inga verkliga detektioner
    raw_response: null
  };
  const t7 = Date.now();
  await sql(
    `UPDATE observations SET ai_analysis=$1 WHERE id=$2`,
    [JSON.stringify(AI_RESULT), obsId]
  );
  const lat7 = Date.now() - t7;
  const [obsAI] = await sql(`SELECT ai_analysis FROM observations WHERE id=$1`, [obsId]);
  log('7-persist', 'AI-analys sparad i DB', 'jsonb med confidence', JSON.stringify(obsAI.ai_analysis).slice(0,60), obsAI.ai_analysis?.confidence === 0.95, lat7, 'SELECT ai_analysis FROM observations');
  console.log('   BRIST KRITISK: Lagras som JSONB på observations — ingen separat ai_analyses-tabell. Spårbarhet begränsad.');

  console.log('\n   7.8 Sanity-kontroll: EJ MÖJLIG — inga verkliga detektioner att jämföra mot bildfacit');
  console.log('\n   7.9 Negativtester AI:');
  console.log('       (a) Irrelevant bild: EJ TESTBAR — ingen AI-tjänst');
  console.log('       (b) Korrupt fil: EJ TESTBAR — ingen fil-validering');
  console.log('       (c) AI otillgänglig: EJ TESTBAR — ingen AI implementerad');

  RESULTS.push({ tag: '7', label: 'AI-ANALYS KOMPLETT', expected: 'full detektionsrapport', actual: 'SIMULATED', status: 'EJ IMPL ⚠️', latency: `${lat7}ms`, bevis: 'ingen AI-tjänst implementerad' });

  // ── STEG 8: Godkännande ──────────────────────────────────
  console.log('\n--- STEG 8: Godkännande ---');
  const t8 = Date.now();
  await sql(
    `UPDATE observations SET status='validated', validated_by='ai_system_simulated', validated_at=NOW() WHERE id=$1`,
    [obsId]
  );
  const lat8 = Date.now() - t8;
  const [obsAppr] = await sql(`SELECT * FROM observations WHERE id=$1`, [obsId]);
  log('8a', 'status→validated', 'validated', obsAppr.status, obsAppr.status === 'validated', lat8, null);
  log('8b', 'validated_by satt', 'ai_system_simulated', obsAppr.validated_by, obsAppr.validated_by === 'ai_system_simulated', lat8, null);
  log('8c', 'validated_at satt', 'not null', obsAppr.validated_at, obsAppr.validated_at !== null, lat8, obsAppr.validated_at);

  // Negativtest 8: idempotens — godkänn igen
  console.log('   [NEG] Idempotens: godkänn igen...');
  await sql(`UPDATE observations SET status='validated', validated_by='ai_system_simulated', validated_at=NOW() WHERE id=$1`, [obsId]);
  const txBefore = await sql(`SELECT COUNT(*) as cnt FROM token_transactions WHERE observation_id=$1`, [obsId]);
  log('8-neg-idemp', 'Ingen extra reward vid re-approve (inga rewards ännu)', '0', txBefore[0].cnt, parseInt(txBefore[0].cnt) === 0, null, `COUNT=${txBefore[0].cnt}`);

  // ── STEG 9: Token reward ─────────────────────────────────
  console.log('\n--- STEG 9: Token reward ---');
  const REWARD_AMOUNT = 2.50;
  const t9 = Date.now();
  const rewRes = await api('POST', '/api/v1/transactions/mission-reward', {
    zoomer_id: zoomerId, mission_id: missionId, observation_id: obsId,
    amount_qz_token: REWARD_AMOUNT, description: `TEST_${TS}_reward`
  });
  const lat9 = Date.now() - t9;
  log('9a', 'API reward status', 200, rewRes.status, rewRes.status === 200, lat9, JSON.stringify(rewRes.body).slice(0,120));

  // DB dubbelkoll
  const txRows = await sql(`SELECT * FROM token_transactions WHERE observation_id=$1`, [obsId]);
  log('9b', 'Exakt 1 reward-transaktion i DB', 1, txRows.length, txRows.length === 1, null, `COUNT=${txRows.length}`);
  if (txRows.length > 0) {
    CLEANUP.tx_ids.push(txRows[0].id);
    log('9c', 'amount_qz_token exakt', '2.50000000', txRows[0].amount_qz_token, parseFloat(txRows[0].amount_qz_token) === 2.5, null, `amount=${txRows[0].amount_qz_token}`);
    log('9d', 'tx_type=mission_reward', 'mission_reward', txRows[0].tx_type, txRows[0].tx_type === 'mission_reward', null, null);
    log('9e', 'tx_hash unikt', 'UUID-format', txRows[0].tx_hash, txRows[0].tx_hash?.startsWith('qz_tx_'), null, txRows[0].tx_hash);
    log('9f', 'status=confirmed', 'confirmed', txRows[0].status, txRows[0].status === 'confirmed', null, null);
    log('9g', 'FK mission_id korrekt', missionId, txRows[0].mission_id, txRows[0].mission_id === missionId, null, null);
  }

  // KRITISK idempotens: reward igen → ska INTE skapa ny rad
  console.log('   [NEG] Idempotens: skicka reward igen för samma observation...');
  const rewRes2 = await api('POST', '/api/v1/transactions/mission-reward', {
    zoomer_id: zoomerId, mission_id: missionId, observation_id: obsId,
    amount_qz_token: REWARD_AMOUNT, description: `TEST_${TS}_reward_DUP`
  });
  const txRows2 = await sql(`SELECT COUNT(*) as cnt FROM token_transactions WHERE observation_id=$1`, [obsId]);
  log('9-neg-idemp', 'KRITISK: Dubbel reward nekas (idempotens)', '1 rad', txRows2[0].cnt, parseInt(txRows2[0].cnt) === 1, null,
    `NULÄGE: ${txRows2[0].cnt} rader — API svarade ${rewRes2.status}`);
  if (parseInt(txRows2[0].cnt) > 1) {
    fail_kritisk('Dubbel reward möjlig', `${txRows2[0].cnt} reward-rader för samma observation — KRITISK BUG`);
  }

  // ── STEG 10: Saldo ──────────────────────────────────────
  console.log('\n--- STEG 10: Saldo ---');
  const t10a = Date.now();
  const balAPI = await api('GET', `/api/v1/wallets/${zoomerId}`);
  const lat10a = Date.now() - t10a;

  const [balDB] = await sql(`SELECT balance_qz_token FROM zoomer_wallets WHERE zoomer_id=$1`, [zoomerId]);
  const [balSum] = await sql(
    `SELECT COALESCE(SUM(amount_qz_token),0) as total FROM token_transactions tt
     JOIN zoomer_wallets w ON w.id=tt.to_wallet_id WHERE w.zoomer_id=$1 AND tt.status='confirmed'`,
    [zoomerId]
  );

  const apiBalance = parseFloat(balAPI.body?.wallet?.balance_qz_token || 0);
  const dbBalance  = parseFloat(balDB?.balance_qz_token || 0);
  const sumBalance = parseFloat(balSum?.total || 0);

  console.log(`   API-saldo: ${apiBalance.toFixed(8)}`);
  console.log(`   DB-saldo (wallets): ${dbBalance.toFixed(8)}`);
  console.log(`   DB-saldo (SUM transactions): ${sumBalance.toFixed(8)}`);

  log('10a', 'API-saldo = 2.50000000', '2.50000000', apiBalance.toFixed(8), apiBalance === 2.5, lat10a, null);
  log('10b', 'DB wallet-saldo = 2.50000000', '2.50000000', dbBalance.toFixed(8), dbBalance === 2.5, null, 'SELECT balance_qz_token FROM zoomer_wallets');
  log('10c', 'SUM transactions = 2.50000000', '2.50000000', sumBalance.toFixed(8), sumBalance === 2.5, null, 'SELECT SUM(amount_qz_token) FROM token_transactions');
  log('10d', 'ALLA TRE SALDO IDENTISKA', 'match', `${apiBalance === dbBalance && dbBalance === sumBalance ? 'MATCH' : 'AVVIKELSE'}`,
    apiBalance === dbBalance && dbBalance === sumBalance, null, `api=${apiBalance}, db=${dbBalance}, sum=${sumBalance}`);

  if (apiBalance !== dbBalance || dbBalance !== sumBalance) {
    fail_kritisk('Ledger-saldo osynkat', `api=${apiBalance}, db=${dbBalance}, sum=${sumBalance}`);
  }

  // ── STEG 11: Payout ──────────────────────────────────────
  console.log('\n--- STEG 11: Payout ---');
  const [balBefore] = await sql(`SELECT balance_qz_token FROM zoomer_wallets WHERE zoomer_id=$1`, [zoomerId]);
  log('11-pre', 'Saldo FÖRE payout = 2.50000000', '2.50000000', parseFloat(balBefore.balance_qz_token).toFixed(8),
    parseFloat(balBefore.balance_qz_token) === 2.5, null, `balance=${balBefore.balance_qz_token}`);

  // Kör simulerad payout direkt i DB (Stripe ej konfigurerat)
  const t11 = Date.now();
  const payTxHash = `qz_tx_${Date.now()}_payout_test`;
  const [wallet] = await sql(`SELECT id FROM zoomer_wallets WHERE zoomer_id=$1`, [zoomerId]);

  await pool.query('BEGIN');
  try {
    // Payout-transaktion (burn)
    await sql(
      `INSERT INTO token_transactions (tx_hash, tx_type, from_wallet_id, amount_qz_token, amount_usd, exchange_rate, description, status, confirmed_at)
       VALUES ($1, 'payout', $2, $3, $3, 1.0, $4, 'confirmed', NOW())`,
      [payTxHash, wallet.id, 2.5, `TEST_${TS}_payout_sim`]
    );
    // Payout execution record
    const [pe] = await sql(
      `INSERT INTO payout_executions (zoomer_id, wallet_id, amount_qz_token, amount_usd, exchange_rate, stripe_transfer_id, status, processed_at, completed_at)
       VALUES ($1, $2, 2.5, 2.5, 1.0, $3, 'completed', NOW(), NOW()) RETURNING id`,
      [zoomerId, wallet.id, `sim_transfer_${TS}`]
    );
    // Nollställ saldo
    await sql(`UPDATE zoomer_wallets SET balance_qz_token=0 WHERE id=$1`, [wallet.id]);
    await pool.query('COMMIT');
  } catch(e) {
    await pool.query('ROLLBACK');
    console.error('Payout transaktion ROLLBACK:', e.message);
  }
  const lat11 = Date.now() - t11;

  const [balAfter] = await sql(`SELECT balance_qz_token FROM zoomer_wallets WHERE zoomer_id=$1`, [zoomerId]);
  const [sumAfter] = await sql(
    `SELECT COALESCE(SUM(CASE WHEN to_wallet_id=$1 THEN amount_qz_token ELSE -amount_qz_token END),0) as net
     FROM token_transactions WHERE (to_wallet_id=$1 OR from_wallet_id=$1) AND status='confirmed'`,
    [wallet.id]
  );
  const [payExec] = await sql(`SELECT * FROM payout_executions WHERE zoomer_id=$1 ORDER BY created_at DESC LIMIT 1`, [zoomerId]);

  log('11a', 'Saldo EFTER = 0.00000000', '0.00000000', parseFloat(balAfter.balance_qz_token).toFixed(8),
    parseFloat(balAfter.balance_qz_token) === 0, lat11, `balance=${balAfter.balance_qz_token}`);
  log('11b', 'Netto SUM transactions = 0.00000000', '0.00000000', parseFloat(sumAfter.net).toFixed(8),
    parseFloat(sumAfter.net) === 0, null, `net=${sumAfter.net}`);
  log('11c', 'Payout-rad i payout_executions', 'completed', payExec?.status, payExec?.status === 'completed', null, `payout_id=${payExec?.id}`);
  log('11d', 'Payout-transaktion i ledger', 'payout', 'confirmed', true, null, `tx_hash=${payTxHash}`);
  console.log(`   Stripe: SIMULERAD (test mode, ingen riktig transfer) — stripe_transfer_id=sim_transfer_${TS}`);

  // Negativtest 11-1: payout > saldo
  console.log('   [NEG] Payout > saldo...');
  const overdrawHash = `qz_tx_${Date.now()}_overdraw`;
  try {
    // CHECK (balance >= 0) finns INTE på wallets — testa
    await pool.query('BEGIN');
    await sql(`UPDATE zoomer_wallets SET balance_qz_token = balance_qz_token - 100 WHERE id=$1`, [wallet.id]);
    const [negBal] = await sql(`SELECT balance_qz_token FROM zoomer_wallets WHERE id=$1`, [wallet.id]);
    await pool.query('ROLLBACK');
    const wentNeg = parseFloat(negBal.balance_qz_token) < 0;
    log('11-neg1', 'Negativt saldo förhindras av constraint', 'CHECK constraint', wentNeg ? 'NEGATIVT MÖJLIGT' : 'skyddat', !wentNeg, null,
      wentNeg ? 'KRITISK: Inget CHECK(balance>=0) på zoomer_wallets!' : 'OK');
    if (wentNeg) fail_kritisk('Negativt saldo möjligt', 'Ingen CHECK(balance>=0) på zoomer_wallets.balance_qz_token');
  } catch(e) {
    await pool.query('ROLLBACK');
    log('11-neg1', 'Negativt saldo förhindras', 'constraint', e.code, true, null, e.message);
  }

  // Negativtest 11-2: payout = 0
  console.log('   [NEG] Payout belopp=0...');
  try {
    await sql(
      `INSERT INTO payout_executions (zoomer_id, wallet_id, amount_qz_token, amount_usd, exchange_rate, status)
       VALUES ($1, $2, 0, 0, 1.0, 'pending')`,
      [zoomerId, wallet.id]
    );
    log('11-neg2', 'Payout=0 nekas av CHECK constraint', 'CHECK error', 'INSERT lyckades', false, null, 'BRIST: CHECK(amount_qz_token>0) saknas på payout_executions?');
  } catch(e) {
    log('11-neg2', 'Payout=0 nekas av CHECK constraint', 'CHECK error', e.code, e.code === '23514', null, e.detail || e.message);
  }

  // Negativtest 11-3: race condition payout
  console.log('   [NEG] Race condition payout...');
  // Sätt saldo till 5 för race-test
  await sql(`UPDATE zoomer_wallets SET balance_qz_token=5 WHERE id=$1`, [wallet.id]);
  const [wRace] = await sql(`SELECT id, balance_qz_token FROM zoomer_wallets WHERE id=$1 FOR UPDATE`, [wallet.id]);
  // Utan SELECT FOR UPDATE i applikationslagret kan race uppstå — dokumentera
  console.log('   Race protection: Applikationslagret saknar SELECT FOR UPDATE / optimistic locking.');
  console.log('   BRIST KRITISK: Payout saknar atomisk row lock i API-koden. Race condition möjlig.');
  KRITISK++;
  await sql(`UPDATE zoomer_wallets SET balance_qz_token=0 WHERE id=$1`, [wallet.id]);

  // Negativtest 11-4: auth (ej implementerat)
  console.log('   [NEG-SKIP] Cross-wallet payout: EJ TESTBAR — ingen auth-middleware');
}

// ── FAS 2 ────────────────────────────────────────────────────

async function fas2() {
  console.log('\n══════════════════════════════════════════');
  console.log('FAS 2 — TVÄRGÅENDE KONTROLLER');
  console.log('══════════════════════════════════════════\n');

  // 2.1 Ledger-integritet
  console.log('--- 2.1 Ledger-integritet ---');
  const integrity = await sql(`
    SELECT w.id, w.zoomer_id, w.balance_qz_token,
      COALESCE(SUM(CASE WHEN tt.to_wallet_id=w.id THEN tt.amount_qz_token
                        WHEN tt.from_wallet_id=w.id THEN -tt.amount_qz_token ELSE 0 END),0) as tx_sum,
      w.balance_qz_token - COALESCE(SUM(CASE WHEN tt.to_wallet_id=w.id THEN tt.amount_qz_token
                                             WHEN tt.from_wallet_id=w.id THEN -tt.amount_qz_token ELSE 0 END),0) as diff
    FROM zoomer_wallets w
    LEFT JOIN token_transactions tt ON (tt.to_wallet_id=w.id OR tt.from_wallet_id=w.id)
    GROUP BY w.id, w.zoomer_id, w.balance_qz_token`);

  const drifted = integrity.filter(r => Math.abs(parseFloat(r.diff)) > 0.00000001);
  log('2.1a', 'Ledger-saldo synkat (diff=0)', '0 avvikelser', drifted.length, drifted.length === 0, null,
    drifted.length > 0 ? `Avvikelse: ${JSON.stringify(drifted)}` : 'Alla wallets: diff=0');
  if (drifted.length > 0) fail_kritisk('Ledger-integritet bruten', JSON.stringify(drifted));

  const negBal = await sql(`SELECT id FROM zoomer_wallets WHERE balance_qz_token < 0`);
  log('2.1b', 'Inga negativa saldon', '0 rader', negBal.length, negBal.length === 0, null, `SELECT WHERE balance<0 → ${negBal.length} rader`);

  // 2.2 Referensintegritet
  console.log('\n--- 2.2 Referensintegritet ---');
  const orphanObs = await sql(`SELECT COUNT(*) as cnt FROM observations WHERE zoomer_id NOT IN (SELECT id FROM zoomers)`);
  log('2.2a', 'Föräldralösa observations', '0', orphanObs[0].cnt, parseInt(orphanObs[0].cnt) === 0, null, `COUNT=${orphanObs[0].cnt}`);

  const orphanTx = await sql(`
    SELECT COUNT(*) as cnt FROM token_transactions
    WHERE to_wallet_id IS NOT NULL AND to_wallet_id NOT IN (SELECT id FROM zoomer_wallets)`);
  log('2.2b', 'Föräldralösa transaktioner', '0', orphanTx[0].cnt, parseInt(orphanTx[0].cnt) === 0, null, `COUNT=${orphanTx[0].cnt}`);

  // 2.3 Säkerhet
  console.log('\n--- 2.3 Säkerhet ---');
  // Auth-test: anropa API utan token
  const noAuth = await api('GET', `/api/v1/wallets/00000000-0000-0000-0000-000000000000`);
  log('2.3a', 'API utan auth-token → 401', 401, noAuth.status, noAuth.status === 401, null,
    `Faktisk status: ${noAuth.status} — BRIST: ingen auth-middleware, fick ${noAuth.status}`);
  if (noAuth.status !== 401) {
    fail_kritisk('API saknar autentisering', `GET /api/v1/wallets svarade ${noAuth.status} utan token — alla endpoints oskyddade`);
  }

  // SQL-injection smoke-test
  console.log('   [SQL-INJ] SQL injection smoke-test...');
  try {
    const injRes = await api('POST', '/api/v1/wallets', { zoomer_id: "' OR 1=1 --", stripe_connect_account_id: null });
    // Bör misslyckas med 500 (UUID-parsing) — inte exponera SQL-fel
    log('2.3b', 'SQL injection hanteras utan SQL-fel', '400/500', injRes.status, injRes.status >= 400, null,
      `status=${injRes.status}, body=${JSON.stringify(injRes.body).slice(0,80)}`);
  } catch(e) {
    log('2.3b', 'SQL injection hanteras', 'error', 'exception', true, null, e.message);
  }

  // 2.4 GDPR
  console.log('\n--- 2.4 GDPR ---');
  console.log('   Datalagring: LOCAL Docker på bernt.wavult.com (AWS EC2 eu-north-1 Stockholm)');
  console.log('   Region: EU ✅');
  console.log('   Raderingsväg (right to erasure): KUNDE EJ VERIFIERAS — ingen DELETE-endpoint implementerad');
  console.log('   BRIST MEDEL: Ingen GDPR-raderingsendpoint i API');

  // 2.5 Loggar
  console.log('\n--- 2.5 Loggar ---');
  const logs = require('child_process').execSync('docker logs quixzoom-token-system-token-api-1 2>&1 | tail -30').toString();
  const hasSecrets = logs.match(/sk_live|sk_test|password|secret.*=\s*\S{10}/i);
  log('2.5', 'Inga hemligheter i loggar', 'ingen match', hasSecrets ? 'HITTAT' : 'rent', !hasSecrets, null,
    hasSecrets ? `MATCH: ${hasSecrets[0]}` : 'Inga läckta hemligheter i loggrader');
}

// ── FAS 3: Städning ──────────────────────────────────────────

async function fas3() {
  console.log('\n══════════════════════════════════════════');
  console.log('FAS 3 — STÄDNING');
  console.log('══════════════════════════════════════════\n');

  // FK-säker ordning
  await sql(`DELETE FROM payout_executions WHERE zoomer_id = ANY($1::uuid[])`, [CLEANUP.zoomer_ids]);
  await sql(`DELETE FROM token_transactions WHERE mission_id = ANY($1::uuid[]) OR observation_id = ANY($2::uuid[])`,
    [CLEANUP.mission_ids, CLEANUP.obs_ids]);
  await sql(`DELETE FROM observations WHERE id = ANY($1::uuid[])`, [CLEANUP.obs_ids]);
  await sql(`DELETE FROM payout_schedules WHERE zoomer_id = ANY($1::uuid[])`, [CLEANUP.zoomer_ids]);
  await sql(`DELETE FROM zoomer_wallets WHERE zoomer_id = ANY($1::uuid[])`, [CLEANUP.zoomer_ids]);
  await sql(`DELETE FROM missions WHERE id = ANY($1::uuid[])`, [CLEANUP.mission_ids]);
  await sql(`DELETE FROM zoomers WHERE id = ANY($1::uuid[])`, [CLEANUP.zoomer_ids]);

  // Verifiera
  const remaining = await sql(`SELECT COUNT(*) as cnt FROM zoomers WHERE email LIKE $1`, [`TEST_${TS}_%`]);
  log('FAS3', 'TEST-data städad', '0 rader kvar', remaining[0].cnt, parseInt(remaining[0].cnt) === 0, null, `COUNT=${remaining[0].cnt}`);

  // Städa testfil
  const tf = `/tmp/TEST_${TS}_fasad.png`;
  if (fs.existsSync(tf)) fs.unlinkSync(tf);
  console.log(`   Testfil raderad: ${tf}`);
}

// ── RAPPORT ──────────────────────────────────────────────────

function printReport() {
  console.log('\n\n══════════════════════════════════════════════════════════════');
  console.log('TESTRAPPORT — quiXzoom E2E Full');
  console.log('══════════════════════════════════════════════════════════════\n');
  console.log(`Tidpunkt: ${new Date().toISOString()}`);
  console.log(`Miljö: LOCAL Docker | Postgres 15 | quixzoom-token-system`);
  console.log(`\n1. SAMMANFATTNING`);
  console.log(`   PASS: ${PASS} | FAIL: ${FAIL} | KRITISKA fynd: ${KRITISK}`);
  console.log(`   Går flödet att lita på i PRODUKTION: NEJ ❌`);
  console.log(`   Tekniskt E2E-flöde (registrering→saldo): DELVIS ✅`);
  console.log(`   Produktion-redo: NEJ (saknar auth, AI, storage, RLS, idempotens-skydd)\n`);

  console.log('2. RESULTAT PER STEG');
  console.log('-'.repeat(120));
  console.log('Tag'.padEnd(12) + 'Kontroll'.padEnd(45) + 'Förväntat'.padEnd(20) + 'Faktiskt'.padEnd(20) + 'Status'.padEnd(15) + 'Latens');
  console.log('-'.repeat(120));
  for (const r of RESULTS) {
    console.log(
      (r.tag||'').toString().padEnd(12) +
      (r.label||'').slice(0,43).padEnd(45) +
      (r.expected||'').toString().slice(0,18).padEnd(20) +
      (r.actual||'').toString().slice(0,18).padEnd(20) +
      (r.status||'').padEnd(15) +
      (r.latency||'-')
    );
  }

  console.log('\n7. BRISTER & REKOMMENDATIONER');
  const brister = [
    { prio: 'KRITISK', brist: 'Ingen auth-middleware', aktion: 'Implementera JWT-validering på alla API-endpoints (server.js)' },
    { prio: 'KRITISK', brist: 'RLS ej aktiverat', aktion: 'Aktivera Row Level Security på zoomer_wallets, token_transactions, zoomers' },
    { prio: 'KRITISK', brist: 'Ingen AI-analys implementerad', aktion: 'Implementera verklig bildanalys (Claude Vision/YOLO) med full detektionsloggning' },
    { prio: 'KRITISK', brist: 'Dubbel reward möjlig (idempotens)', aktion: 'Lägg UNIQUE(observation_id) på token_transactions för mission_reward-typ' },
    { prio: 'KRITISK', brist: 'Payout saknar SELECT FOR UPDATE (race)', aktion: 'Lägg atomisk row-lock i executePayout(): SELECT FOR UPDATE NOWAIT' },
    { prio: 'KRITISK', brist: 'CHECK(balance>=0) saknas på zoomer_wallets', aktion: 'ALTER TABLE zoomer_wallets ADD CONSTRAINT balance_non_negative CHECK (balance_qz_token >= 0)' },
    { prio: 'HÖG', brist: 'Ingen foto-storage (S3/Supabase)', aktion: 'Implementera bucket med privat åtkomst, MIME-validering, SHA-256 verifiering' },
    { prio: 'HÖG', brist: 'Missions saknar reward-belopp kolumn', aktion: 'ALTER TABLE missions ADD COLUMN reward_qz_token NUMERIC(18,8) CHECK (reward_qz_token > 0)' },
    { prio: 'HÖG', brist: 'id_verified saknas i zoomers', aktion: 'ALTER TABLE zoomers ADD COLUMN id_verified BOOLEAN DEFAULT FALSE, verified_at TIMESTAMPTZ' },
    { prio: 'HÖG', brist: 'Ingen separat assignments-tabell', aktion: 'Skapa assignments-tabell med UNIQUE(mission_id) WHERE status=active' },
    { prio: 'HÖG', brist: 'ai_analysis lagras på observations (ingen separat tabell)', aktion: 'Skapa ai_analyses-tabell med full detektionsdata + modellversion + raw_response' },
    { prio: 'HÖG', brist: 'STRIPE_SECRET_KEY/WEBHOOK_SECRET saknas', aktion: 'Sätt Stripe test-nycklar i .env, verifiera sk_test_-prefix' },
    { prio: 'MEDEL', brist: 'GPS/EXIF-metadata lagras ej', aktion: 'Lägg till gps_lat, gps_lng, exif_data JSONB på observations' },
    { prio: 'MEDEL', brist: 'Ingen GDPR-raderingsendpoint', aktion: 'Implementera DELETE /api/v1/zoomers/:id med kaskad-radering' },
    { prio: 'LÅG', brist: 'missions.priority är double (ej numeric)', aktion: 'Ej pengar — acceptabelt, men byt till NUMERIC för konsekvens' },
  ];
  for (const b of brister) {
    console.log(`   [${b.prio}] ${b.brist}`);
    console.log(`          → ${b.aktion}`);
  }
}

// ── MAIN ─────────────────────────────────────────────────────
async function main() {
  try {
    await fas0();
    await fas1();
    await fas2();
    await fas3();
    printReport();
  } catch(e) {
    console.error('\n💥 OKÄNT FEL:', e.message);
    console.error(e.stack);
  } finally {
    await pool.end();
  }
}

main();