Дмитрий
b739d5adad
Болезни B (роутер в пустоту) + A (наставник не заворачивал) — лечение Р7/Р8 (Подход 1): наставник — единый мозг-рецензент, зовёт classify() как функцию (3 слоя + граф nodes.yaml + карточки — код не тронут, новый вызыватель), судит спеку+план+выбор скилов, заворачивает NO-GO. - validateMentorVerdict + промпты (план/спека): явное decision GO|NO-GO (поглощённый Р7) - plan-skills.mjs: parsePlanSkills (skills-json) + extractPlanGoal (зеркало extractGoal судьи) - mentor-seam: renderSkillContext; onPlanWrite зовёт classifyImpl (fail-safe: сбой → без скил-сверки) - decideMentorObjection: заворот на decision=NO-GO ИЛИ сломанный вердикт; mentor-GO только на чистом GO - formatMentorObjection доносит суть (recommendation + reasoning + plan_points), GO -> пусто - enforce-mentor main: loadRegistry + classify; счётчик L1 decision-aware (Р7/§3.4) - скил-сверка — только план (gate2); спека (gate1) — по сути + decision - включает redesign согласования L1->L2 (Фазы 0-6, способ B: наставник->судья->печать) - регрессия tools-only 3901 passed + 2 skip (база 3877, +24 теста, 0 регрессий) Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
77 lines
5.9 KiB
JavaScript
77 lines
5.9 KiB
JavaScript
// tools/freeze-gate.test.mjs
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import { describe, it, expect } from 'vitest';
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import { freezeGate } from './freeze-gate.mjs';
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const goodVerdict = { plan_points_addressed: ['a'], reasoning: 'r', recommendation: 'rec', confidence: 0.8, decision: 'GO', plan_hash: 'PH1' };
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// hasUnresolvedExtractedImpl: true = ЕСТЬ неразрешённая EXTRACTED = ГРЯЗНО = блок. Стаб вместо A.
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const verityClean = () => false;
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const verityDirty = () => true;
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const artifactWithExtracted = [{ kind: 'EXTRACTED', claim: 'c', ref: 'f:1' }];
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describe('freezeGate (CD-3 предусловие)', () => {
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it('валидный вердикт (wired, plan_hash совпал) + чистый контекст с EXTRACTED → pass', () => {
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(true);
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});
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it('нет/невалидный вердикт → блок (VA-8)', () => {
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const r = freezeGate({ mentorVerdict: { reasoning: '', plan_hash: 'PH1' }, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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expect(r.reason).toMatch(/вердикт/i);
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});
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it('вердикт wired:false → блок (SE-R6-6 не суд)', () => {
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: false, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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});
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it('неразрешённая EXTRACTED в контексте → блок печати (✅O2)', () => {
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityDirty });
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expect(r.pass).toBe(false);
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expect(r.reason).toMatch(/EXTRACTED|verity|цитат/i);
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});
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it('A1 (нах.F4): verdict.plan_hash ≠ planHash → блок (stale/чужой вердикт)', () => {
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const r = freezeGate({ mentorVerdict: { ...goodVerdict, plan_hash: 'СТАРЫЙ' }, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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expect(r.reason).toMatch(/привязан|F4/i);
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});
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it('Д-2а (VA-9/SE-A3): пустой артефакт (0 EXTRACTED) → блок даже при чистом impl', () => {
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: [], hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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expect(r.reason).toMatch(/VA-9|EXTRACTED/i);
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});
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it('Д-2а: артефакт только из INFERRED (0 EXTRACTED) → блок (VA-9)', () => {
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: [{ kind: 'INFERRED', derivation_ref: 'd' }], hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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});
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it('F-C4 (sharp-edges, ужесточение A1): planHash не передан (null/"") → блок — печать без binding запрещена', () => {
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const noHash = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: null, verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityClean });
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expect(noHash.pass).toBe(false);
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expect(noHash.reason).toMatch(/planHash|binding|F-C4/i);
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const emptyHash = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: '', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: verityClean });
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expect(emptyHash.pass).toBe(false);
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});
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it('fail-CLOSED: hasUnresolvedExtractedImpl бросил / не функция → блок', () => {
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const boom = () => { throw new Error('сбой'); };
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expect(freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted, hasUnresolvedExtractedImpl: boom }).pass).toBe(false);
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expect(freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: artifactWithExtracted }).pass).toBe(false);
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});
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// FR-1 (финревью 2026-06-11): SE-A3-обязательство context-verity:93-94 закрыто В ГЕЙТЕ —
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// VF-1 и SE-A1 не должны проходить печать даже при 1 честной EXTRACTED.
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it('FR-1/VF-1: INFERRED без derivation_ref рядом с честной EXTRACTED → блок', () => {
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const art = [...artifactWithExtracted, { kind: 'INFERRED', claim: 'догадка', derivation_ref: '' }];
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: art, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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expect(r.reason).toMatch(/VF-1|derivation/i);
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});
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it('FR-1/SE-A1: неизвестный kind рядом с честной EXTRACTED → блок (третья полоса обхода)', () => {
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const art = [...artifactWithExtracted, { kind: 'VERIFIED', claim: 'самозванец' }];
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: art, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(false);
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expect(r.reason).toMatch(/SE-A1|kind/i);
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});
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it('FR-1: валидный mix (EXTRACTED + INFERRED с derivation_ref) → pass', () => {
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const art = [...artifactWithExtracted, { kind: 'INFERRED', claim: 'вывод', derivation_ref: 'из f:1' }];
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const r = freezeGate({ mentorVerdict: goodVerdict, mentorWired: true, planHash: 'PH1', verifiedContextArtifact: art, hasUnresolvedExtractedImpl: verityClean });
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expect(r.pass).toBe(true);
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});
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});
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