aif-verify

name	aif-verify
description	Verify completed implementation against the plan. Checks that all tasks were implemented, nothing was forgotten, code compiles, tests pass, and quality standards are met. Use after "/aif-implement" completes, or when user says "verify", "check work", "did we miss anything".
argument-hint	[--strict]
allowed-tools	Read Edit Glob Grep Bash(git *) Bash(npm *) Bash(npx *) Bash(yarn *) Bash(pnpm *) Bash(bun *) Bash(go *) Bash(python *) Bash(php *) Bash(composer *) Bash(cargo *) Bash(make *) Bash(task *) Bash(just *) Bash(mage *) Bash(shasum -a 256 *) Bash(sha256sum *) TaskList TaskGet AskUserQuestion Questions
disable-model-invocation	false
metadata	{"author":"AI Factory","version":"1.0","category":"quality"}

Verify — Post-Implementation Quality Check

Verify that the completed implementation matches the plan, nothing was missed, and the code is production-ready.

This skill is optional — invoked after /aif-implement finishes all tasks, or manually at any time.

---

Step 0: Load Context

0.0 Load config.yaml

FIRST: Read .ai-factory/config.yaml if it exists to resolve:

• Paths: paths.description, paths.architecture, paths.rules_file, paths.roadmap, paths.research, paths.plan, paths.plans, paths.fix_plan, paths.specs, paths.rules, and paths.archive; derive research_bundles_dir = <parent directory of paths.research>/research/
• verify_mode: default verification strictness (strict | normal | lenient)
• Git: git.enabled, git.base_branch, git.create_branches
• Rules hierarchy: the resolved RULES.md path + rules.base + named rules.<area> entries
• Language: language.ui for prompts, user-visible explanations, verification reports, context-gate summaries, issue remediation prompts, and next-step guidance
• Workflow: workflow.plan_id_format (default: slug) — used by branch-based plan discovery in Step 0.2. Active values: slug and sequential. Discovery treats root *.md files as full plans except the resolved fast/fix paths, and direct child */index.md files as ultra entrypoints only when they contain exactly one <!-- aif:plan-mode:ultra -->. When sequential, search both numbered shapes and choose the highest prefix. timestamp and uuid are reserved values and currently behave like slug. Treat any unknown value as slug.

verify_mode priority:

1. --strict CLI flag → always use strict
2. config.yaml workflow.verify_mode → use configured value
3. Default → normal

If config.yaml doesn't exist, use defaults:

• Paths: .ai-factory/ for all artifacts
• research: .ai-factory/RESEARCH.md
• verify_mode: normal
• Rules: RULES.md only
• ui_language: en
• workflow.plan_id_format: slug

Resolved language value:

• ui_language = language.ui || "en"

All AskUserQuestion prompts, user-visible explanations, verification reports, context-gate summaries, issue remediation prompts, and next-step guidance MUST be written in ui_language.

Preserve machine-readable aif-gate-result JSON schema fields and enum values (pass, warn, fail) unchanged. Preserve WARN/ERROR gate labels, commands, paths, config keys, code identifiers, package names, API names, and raw command output unchanged.

0.1 Load Ownership and Gate Contract

• Read references/CONTEXT-GATES-AND-OWNERSHIP.md first.
• Read references/GATE-RESULT-CONTRACT.md for the machine-readable quality gate summary.
• Treat it as the canonical source for:
  • command-to-artifact ownership,
  • read-only behavior for aif-commit/aif-review/aif-verify,
  • normal vs strict context-gate thresholds.
• If this contract conflicts with older examples in this file, follow the contract.

0.2 Find Plan Artifact

Same logic as /aif-implement — produce the canonical branch stem before any plans-dir glob so producer and consumers agree by construction.

1. Check current git branch:
   git branch --show-current
2. Convert branch to filename stem (git mode only):
   branch_stem = current branch with every "/" replaced by "-"
   Example: feature/user-auth → feature-user-auth
3. Resolve the plan artifact using <branch_stem>:
   → When `workflow.plan_id_format = sequential`, glob both
       <configured plans dir>/[0-9][0-9][0-9][0-9]_<branch_stem>.md
       <configured plans dir>/[0-9][0-9][0-9][0-9]_<branch_stem>/index.md
     Read every directory candidate and retain it only when `index.md` contains
     exactly one <!-- aif:plan-mode:ultra -->. Choose the highest prefix across
     valid artifacts and warn when multiple valid candidates exist; prefer ultra
     if both shapes share the highest prefix.
   → Otherwise/fallback check the ultra entrypoint and full file:
       <configured plans dir>/<branch_stem>/index.md
       <configured plans dir>/<branch_stem>.md
     Read the directory entrypoint before selection and ignore it unless it
     contains exactly one <!-- aif:plan-mode:ultra -->. If both valid shapes
     exist, warn and prefer ultra.
4. If the branch-based plan is missing or git mode is off:
   → Count root `*.md` full plans and declared-ultra direct child `*/index.md`
     entrypoints as artifacts; exclude resolved fast/fix paths and do not count
     phase files
   → If exactly one exists, use it
   → If multiple exist, ask the user to choose or use `@<path>` via `/aif-implement`
5. No named full/ultra plan → Check the resolved fast plan path
6. No regular plan and no resolved fast plan → fall back to standalone verification choices

Note: Plan discovery scans paths.plans/ only. Plans archived to paths.archive/plans/ by /aif-archive are excluded from discovery. If a plan is found only in the archive, emit WARN [aif-verify] plan <name> is archived; verifying archived plan.

If no plan artifact is found:

AskUserQuestion: No plan artifact found. What should I verify?

Options:
1. Verify last commit — Check the most recent commit for completeness
2. Verify branch diff — Compare current branch against the configured base branch
3. Cancel

0.3 Read Plan & Tasks

• Read the selected plan entrypoint to understand what was supposed to be implemented
• An automatically discovered directory entrypoint is a plan only when it contains <!-- aif:plan-mode:ultra -->; ignore unrelated */index.md files.
• For ultra, validate all Phase Index links and read every linked phase file before verification. Verify implementation against the detailed per-task interfaces, edge cases, logging, acceptance criteria, and commands—not only the short checkbox text in index.md. A missing/broken/escaping phase link is a blocking plan-integrity failure because the committed specification is incomplete.
• Cross-check every Task N in index.md against exactly one matching ## Task N section in its linked phase file. Unmapped tasks, duplicate task sections, and unlinked phase-*.md files are blocking plan-integrity failures.
• TaskList → get all tasks and their statuses
• Read .ai-factory/DESCRIPTION.md (use path from config) for project context (tech stack, conventions)
• Read .ai-factory/ARCHITECTURE.md (use path from config) for dependency and boundary rules (if present)
• Read rules hierarchy (use paths from config):
  1. RULES.md — axioms (universal project rules)
  2. rules/base.md — project-specific base conventions
  3. rules. — area-specific rule entries resolved from config (for example rules.api, rules.frontend)
• Read .ai-factory/ROADMAP.md (use path from config) for milestone alignment checks (if present)
• If the plan entrypoint contains ## Original Request, treat it as useful original scope context. Use it to understand the user's starting intent, while the task list, committed ## Research Context, and ultra phase specifications remain the executable verification inputs.
• If the plan entrypoint contains ## Research Context, treat its embedded copy as the committed requirements snapshot. Parse the first Source: / Reference: line with canonical ^(?:Source|Reference):\s+\x60([^\x60]+)\x60\s+\( syntax; for older bare-path lines, fall back to ^(?:Source|Reference):\s+(.+?)\s+\(. Fall back to configured paths.research only when neither form identifies a usable path.

Read .ai-factory/skill-context/aif-verify/SKILL.md — MANDATORY if the file exists.

This file contains project-specific rules accumulated by /aif-evolve from patches, codebase conventions, and tech-stack analysis. These rules are tailored to the current project.

How to apply skill-context rules:

• Treat them as project-level overrides for this skill's general instructions
• When a skill-context rule conflicts with a general rule written in this SKILL.md, the skill-context rule wins (more specific context takes priority — same principle as nested CLAUDE.md files)
• When there is no conflict, apply both: general rules from SKILL.md + project rules from skill-context
• Do NOT ignore skill-context rules even if they seem to contradict this skill's defaults — they exist because the project's experience proved the default insufficient
• CRITICAL: skill-context rules apply to ALL outputs of this skill — including the Verification Report template. If a skill-context rule says "verification MUST check X" or "report MUST include section Y" — you MUST augment the report accordingly. Generating a verification that ignores skill-context rules is a bug.

Enforcement: After generating any output artifact, verify it against all skill-context rules. If any rule is violated — fix the output before presenting it to the user.

0.3 Gather Changed Files

# All files changed during this feature/plan
git diff --name-only <configured-base-branch>...HEAD
# Or if on the base branch / in no-git mode, check recent commits
git diff --name-only HEAD~$(number_of_tasks)..HEAD

If git.enabled = false, skip branch diffing entirely and gather changed files from:

• the working tree (if uncommitted changes exist), or
• the recent commit window that corresponds to the implemented tasks.

Store as CHANGED_FILES.

---

Step 1: Task Completion Audit

Go through every task in the plan and verify it was actually implemented.

For each task:

1.1 Read Task Description

TaskGet(taskId) → Get full description, requirements, acceptance criteria

1.2 Verify Implementation Exists

For each requirement in the task description:

• Use Glob and Grep to find the code that implements it
• Read the relevant files to confirm the implementation is complete
• Check that the implementation matches what was described, not just that "something was written"

1.3 Build Checklist

For each task, produce a verification result:

✅ Task #1: Create user model — COMPLETE
   - User model created at src/models/user.ts
   - All fields present (id, email, name, createdAt, updatedAt)
   - Validation decorators added

⚠️ Task #3: Add password reset endpoint — PARTIAL
   - Endpoint created at src/api/auth/reset.ts
   - MISSING: Email sending logic (task mentioned SendGrid integration)
   - MISSING: Token expiration check

❌ Task #5: Add rate limiting — NOT FOUND
   - No rate limiting middleware detected
   - No rate-limit related packages in dependencies

Statuses:

• ✅ COMPLETE — all requirements verified in code
• ⚠️ PARTIAL — some requirements implemented, some missing
• ❌ NOT FOUND — implementation not detected
• ⏭️ SKIPPED — task was intentionally skipped by user during implement

---

Step 2: Code Quality Verification

2.1 Build & Compile Check

Detect the build system and verify the project compiles:

Detection	Command
go.mod	go build ./...
tsconfig.json	npx tsc --noEmit
package.json with build script	npm run build (or pnpm/yarn/bun)
pyproject.toml	python -m py_compile on changed files
Cargo.toml	cargo check
composer.json	composer validate

If build fails → report errors with file:line references.

2.2 Test Check

If the project has tests and they were part of the plan:

Detection	Command
jest.config.* or vitest	npm test
pytest	pytest
go test	go test ./...
phpunit.xml*	./vendor/bin/phpunit
Cargo.toml	cargo test

If tests fail → report which tests failed and whether they relate to the implemented tasks.

If no tests exist or testing was explicitly skipped in the plan → note it but don't fail.

2.3 Lint Check

If linters are configured:

Detection	Command
eslint.config.* / .eslintrc*	npx eslint [changed files]
.golangci.yml	golangci-lint run ./...
ruff in pyproject.toml	ruff check [changed files]
.php-cs-fixer*	./vendor/bin/php-cs-fixer fix --dry-run --diff

Only lint the changed files to keep output focused.

2.4 Import & Dependency Check

• Verify no unused imports were left behind
• Check that new dependencies mentioned in tasks were actually added (package.json, go.mod, requirements.txt, composer.json)
• Check for missing dependencies (imports that reference packages not in dependency files)

---

Step 3: Consistency Checks

3.0 Requirements Provenance and Semantic Consistency

Verify the full chain authoritative requirements → plan → implementation → verification evidence, not only plan-to-code agreement.

1. If the plan contains ## Requirements Reconciliation, resolve citations to the selected research source against the embedded ## Research Context; the live research file remains drift-only unless the user explicitly rebases the plan. Re-read other cited source passages. Otherwise use the Original Request, committed Research Context, project rules, and authoritative sources they explicitly reference.
2. Follow a source-priority hierarchy only when declared by the user or project. Treat roadmap text as scope rather than a detailed behavioral contract unless explicitly declared otherwise. If sources conflict without declared authority, do not guess: emit WARN [requirement-ambiguity] in normal or lenient mode, and ERROR [requirement-ambiguity] in strict mode.
3. A clear contradiction between the implementation and a higher-priority requirement is ERROR [requirement-conflict] and blocks verification even when the plan, code, and tests agree with one another.
4. When behavior depends on independent selectors, states, modes, or input shapes, enumerate only the supported combinations and verify each material combination across validation, persistence, output/transition, and side effects. Separate tests for each dimension do not prove their interaction.
5. When repository data, configuration, fixtures, schemas, or content define the contract, verify at least one representative existing artifact through the primary integration path when such an artifact is available and relevant.

Respect the plan's testing setting. If tests were intentionally skipped, use static inspection plus the plan's runnable/manual verification evidence; report missing evidence as a warning in normal mode and a failure in strict mode.

3.1 Plan vs Code Drift

Check for discrepancies between what the plan says and what was built:

• Naming: Do variable/function/endpoint names match what the plan specified?
• File locations: Are files where the plan said they should be?
• API contracts: Do endpoint paths, request/response shapes match the plan?

3.2 Leftover Artifacts

Search for things that should have been cleaned up:

Grep in CHANGED_FILES: [T][O][D][O]|[F][I][X][M][E]|HACK|[X][X][X]|TEMP|PLACEHOLDER|console\.log\(.*debug|print\(.*debug

Report any found — they might be intentional, but flag them.

3.3 Configuration & Environment

Check if the implementation introduced any new config requirements:

• New environment variables referenced but not documented
• New config files mentioned in code but not created
• Database migrations created but not documented in README/docs

Grep in CHANGED_FILES: process\.env\.|os\.Getenv\(|os\.environ|env\(|getenv\(|config\(

Cross-reference with .env.example, .env.local, README, or docs to ensure they're documented.

3.4 DESCRIPTION.md Sync

Check if .ai-factory/DESCRIPTION.md reflects the current state:

• New dependencies/libraries added during implementation → should be listed
• Architecture changes → should be reflected
• New integrations → should be documented

3.5 Context Gates (Architecture / Roadmap / Rules)

Apply the canonical contract from references/CONTEXT-GATES-AND-OWNERSHIP.md.

Evaluate and report each gate explicitly:

• Architecture gate

  • Pass: implementation follows documented boundaries and dependency rules
  • Warn: architecture mapping is ambiguous or stale
  • Fail: clear violation of explicit architecture constraints

• Rules gate

  • Pass: implementation follows explicit project rules
  • Warn: relevance/verification is ambiguous
  • Fail: clear violation of explicit rule text

• Roadmap gate

  • Pass: work aligns with existing milestone direction (prefer ## Roadmap Linkage from the plan when present)
  • Warn: .ai-factory/ROADMAP.md missing, ambiguous mapping, or no milestone linkage for feat/fix/perf scope
  • Fail (strict mode): clear roadmap contradiction after all available roadmap context is considered

Normal mode behavior:

• Architecture/rules clear violations fail verification.
• Roadmap mismatch and missing milestone linkage are warnings unless contradiction is explicit and severe.

Strict mode behavior:

• Architecture and rules clear violations fail verification.
• Clear roadmap mismatch fails verification.
• Missing milestone linkage for feat/fix/perf remains a warning (even when .ai-factory/ROADMAP.md exists).

Human logging/reporting format:

• Non-blocking findings: WARN [gate-name] ...
• Blocking findings: ERROR [gate-name] ...

If the user wants a standalone rules-only pass, suggest /aif-rules-check. Keep human context-gate labels at WARN / ERROR, then derive the final machine-readable gate result from the full verification report.

Machine-readable gate result:

• Append one final fenced aif-gate-result JSON block after the human-readable verification report.
• Use "gate": "verify".
• Use "status": "pass|warn|fail" where:
  • fail = incomplete required tasks, failed blocking quality checks, strict-mode context gate failures, or other blockers requiring remediation.
  • warn = only non-blocking warnings remain, optional checks were skipped, docs/test gaps were accepted as warnings, or context drift is ambiguous.
  • pass = no blocking or warning findings remain.
• Use "blocking": true|false; set it to true only when the result should stop commit or merge flow.
• Include only blocking findings in "blockers": [; keep non-blocking notes in the human summary.
• Include changed or implicated paths in "affected_files": [.
• Set "suggested_next": { to /aif-fix, /aif-rules, /aif-architecture, /aif-roadmap, /aif-commit, or null according to references/GATE-RESULT-CONTRACT.md.

3.6 Context Drift (Optional Remediation)

/aif-verify is read-only for context artifacts. Do not edit or regenerate .ai-factory/* files here.

If you detect that a context artifact is stale, missing, or ambiguous, report it as a drift finding and provide the owner-command remediation:

• DESCRIPTION.md drift → suggest /aif (or note that /aif-implement should have updated it during implementation)
• ARCHITECTURE.md drift → suggest /aif-architecture
• ROADMAP.md drift → suggest /aif-roadmap check (or /aif-roadmap <update request>)
• RULES.md drift → suggest /aif-rules <rule text>

Ask the user a single optional question only if drift was detected and fixing it now would materially improve correctness:

AskUserQuestion: Context drift detected. Capture updates now?

Options:
1. Yes — show the exact commands to run (recommended)
2. No — proceed without updating context

---

Step 4: Verification Report

4.1 Display Results

Write the human-readable verification report in ui_language. The template below defines structure only; keep stable technical tokens and the final aif-gate-result JSON schema unchanged.

## Verification Report

### Task Completion: 7/8 (87%)
| # | Task | Status | Notes |
|---|------|--------|-------|
| 1 | Create user model | ✅ Complete | |
| 2 | Add registration endpoint | ✅ Complete | |
| 3 | Add password reset | ⚠️ Partial | Missing: email sending |
| 4 | Add JWT auth middleware | ✅ Complete | |
| 5 | Add rate limiting | ✅ Complete | |
| 6 | Add input validation | ✅ Complete | |
| 7 | Add error handling | ✅ Complete | |
| 8 | Update API docs | ❌ Not found | No changes in docs/ |

### Code Quality
- Build: ✅ Passes
- Tests: ✅ 42 passed, 0 failed
- Lint: ⚠️ 2 warnings in src/api/auth/reset.ts

### Requirements Consistency
- Source reconciliation: ✅ Passes
- Supported combinations: ✅ Covered
- Representative artifact path: ✅ Verified / ⏭️ Not applicable

### Issues Found
1. **Task #3 incomplete** — Password reset endpoint created but email sending not implemented (SendGrid integration missing)
2. **Task #8 not done** — API documentation not updated despite plan requirement
3. **2 unfinished markers found** — src/services/auth.ts:45, src/middleware/rate-limit.ts:12
4. **New env var undocumented** — `SENDGRID_API_KEY` referenced but not in .env.example

### No Issues
- All imports resolved
- No unused dependencies
- DESCRIPTION.md up to date
- No leftover debug logs

4.2 Determine Overall Status

• All Green — everything verified, no issues
• Minor Issues — small gaps that can be fixed quickly
• Significant Gaps — tasks missing or partially done, needs re-implementation

4.2.1 Append Machine-Readable Gate Result

After the human-readable report and overall status, append exactly one final aif-gate-result fenced JSON block.

{
  "schema_version": 1,
  "gate": "verify",
  "status": "pass",
  "blocking": false,
  "blockers": [],
  "affected_files": [],
  "suggested_next": {
    "command": "/aif-commit",
    "reason": "Verification passed without blockers."
  }
}

Schema reminder: "status": "pass|warn|fail", "blocking": true|false, "blockers": [, "affected_files": [, "suggested_next": {.

4.3 Action on Issues

If issues were found:

AskUserQuestion: Verification found issues. What should we do?

Options:
1. Fix now (recommended) — Use /aif-fix to address all issues
2. Fix critical only — Use /aif-fix for incomplete tasks, skip warnings
3. Fix directly here — Address issues in this session without /aif-fix
4. Accept as-is — Mark everything as done, move on

If "Fix now" or "Fix critical only":

• First suggest using /aif-fix and pass a concise issue summary as argument
• Example:
  • /aif-fix complete Task #3 password reset email flow, implement Task #8 docs update, remove unfinished markers in src/services/auth.ts and src/middleware/rate-limit.ts, document SENDGRID_API_KEY in .env.example
• If user agrees, proceed via /aif-fix
• If user declines /aif-fix, continue with direct implementation in this session
• For each incomplete/partial task — implement the missing pieces (follow the same implementation rules as /aif-implement)
• For unfinished markers/debug artifacts — clean them up
• For undocumented config — update .env.example and docs
• After fixing, re-run the relevant verification checks to confirm

If "Accept as-is":

• Note the accepted issues in the plan entrypoint as a comment
• Continue to Step 5

---

Step 5: Suggest Follow-Up Skills

After verification is complete, suggest next steps based on result:

• If unresolved issues remain (accepted or deferred), suggest /aif-fix first
• If all green, suggest security/review/commit flow

## Verification Complete

Suggested next steps:

1. 🛠️ /aif-fix [issue summary] — Fix remaining verification issues
2. 🔒 /aif-security-checklist — Run security audit on the new code
3. 👀 /aif-review — Code review of the implementation
4. 💾 /aif-commit — Commit the changes

Which would you like to run? (or skip all)

AskUserQuestion: Run additional checks?

Options:
1. Fix issues — Run /aif-fix with verification findings
2. Security check — Run /aif-security-checklist on changed files
3. Code review — Run /aif-review on the implementation
4. Both — Run security check, then code review
5. Skip — Proceed to commit

If fix issues selected → suggest invoking /aif-fix <issue summary> If security check selected → suggest invoking /aif-security-checklist If code review selected → suggest invoking /aif-review If both → suggest security first, then review If skip → suggest /aif-commit

Context Cleanup

Suggest the user to free up context space if needed: /clear (full reset) or /compact (compress history).

---

Strict Mode

When invoked with --strict:

/aif-verify --strict

• All tasks must be COMPLETE — no partial or skipped allowed
• Build must pass — fail verification if build fails
• Tests must pass — fail verification if any test fails (tests are required in strict mode)
• Lint must pass — zero warnings, zero errors
• No unfinished task markers in changed files
• No undocumented environment variables
• Architecture gate must pass — fail on clear boundary/dependency violations
• Rules gate must pass — fail on clear rule violations
• Roadmap gate must pass — fail on clear roadmap mismatch
• Requirements consistency gate must pass — fail on clear requirement conflicts, unresolved source ambiguity, or missing evidence for material supported combinations
• Missing milestone linkage for feat/fix/perf is a warning even in strict mode
• Do not fail strict verification solely because milestone linkage is missing

Strict mode is recommended before merging to the configured base branch or creating a pull request.

---

Usage

After implement (suggested automatically)

/aif-verify

Strict mode before merge

/aif-verify --strict

Standalone (no plan, verify branch diff)

/aif-verify
→ No plan found → verify branch diff against the configured base branch