manifold-m5-verify

name	manifold-m5-verify
description	Verify ALL artifacts against ALL constraints. Produces a verification matrix showing coverage and gaps

/manifold:m5-verify

/manifold:m5-verify - Constraint Verification

Verify ALL artifacts against ALL constraints.

Scope Guard (MANDATORY)

This phase ONLY reads existing artifacts and creates/updates .manifold/<feature>.verify.json. It verifies what exists — it does not create what's missing.

DO NOT do any of the following during m5-verify:

• Create implementation code, tests, or documentation to fill gaps
• Spawn background agents or sub-agents to fix verification failures
• Modify source files, test files, or any files outside .manifold/
• Auto-fix gaps — only REPORT them with actionable descriptions

Gaps are FINDINGS, not work orders. Document gaps in the verification matrix and gap list. The user decides whether to fix them. After creating/updating .verify.json: display verification matrix, list gaps, suggest next step, STOP.

Schema Compliance

Field	Valid Values
Sets Phase	VERIFIED
Next Phase	Return to INITIALIZED for iteration, or workflow complete
Convergence Statuses	NOT_STARTED, IN_PROGRESS, CONVERGED
Verification Symbols	✓ (SATISFIED), ◐ (PARTIAL), ✗ (MISSING), - (N/A)

See SCHEMA_REFERENCE.md for all valid values. Do NOT invent new phases or statuses.

Usage

/manifold:m5-verify <feature-name> [--strict] [--actions] [--verify-evidence] [--run-tests] [--execute] [--levels]

Flag	Purpose
--strict	Fail on any gaps
--actions	Generate copy-paste executable actions for gaps (v2)
--verify-evidence	Verify concrete evidence for required truths (v3)
--run-tests	Execute test evidence verification (requires --verify-evidence) (v3)
--execute	Run configured test_runner subprocess (v3.1). Requires .manifold/config.json with test_runner
--levels	Show satisfaction level breakdown: DOCUMENTED / IMPLEMENTED / TESTED / VERIFIED (v3.1)

Verification Matrix

Every constraint is checked across four artifact dimensions:

Dimension	Question
Code	Is it implemented?
Test	Is it validated?
Docs	Is it documented?
Ops	Is it monitored?

Verification statuses:

Status	Symbol	Meaning
SATISFIED	✓	Fully implemented and verified
PARTIAL	◐	Partially addressed, gaps remain
MISSING	✗	Not addressed in this artifact
N/A	-	Not applicable to this artifact

Strictness Levels

Default: INVARIANTs must be ✓ in Code + Test. BOUNDARIEs must be ✓ in Code. GOALs can be ◐ or ✓.

Strict (--strict): All constraints must be ✓ across all applicable artifacts. No ◐ allowed.

Satisfaction Levels (v3.1)

Constraints are classified by verification depth when --levels is used:

Level	Meaning	Evidence Required
DOCUMENTED	Constraint acknowledged in docs/specs	manual_review evidence
IMPLEMENTED	Code exists that addresses constraint	file_exists evidence
TESTED	Tests verify constraint behavior	test_passes with VERIFIED or STALE status
VERIFIED	Automated verification confirms	test_passes + status VERIFIED

Invariant-type constraints SHOULD reach at least TESTED level.

Critical: A test_passes evidence item with status PENDING means the test file exists but has NOT been executed. This counts as IMPLEMENTED, not TESTED. Only VERIFIED or STALE statuses count toward TESTED.

Test Tier Classification (v3.1)

Evidence items can declare test_tier: unit, integration, or e2e. Constraints involving external systems should require at least integration tier. Example evidence:

{ "id": "E1", "type": "test_passes", "path": "tests/kafka.integration.ts", "test_name": "produces message to real Kafka", "test_tier": "integration" }

Evidence Verification (v3)

With --verify-evidence, each required truth's evidence is checked:

Type	Verification Method
file_exists	Check file exists on disk
content_match	Grep for pattern in file content
test_passes	Run test and check exit code (requires --run-tests)
metric_value	Check runtime metric meets threshold
manual_review	Skip (requires human verification)

Evidence Propagation: RT to Constraint

Evidence lives on Required Truths, not directly on constraints. The chain: RT.evidence --> RT.maps_to --> Constraint satisfaction.

When multiple RTs map to the same constraint, aggregate their evidence before computing the level:

Evidence combination	Satisfaction Level
No evidence	DOCUMENTED
file_exists or content_match	IMPLEMENTED
test_passes (PENDING)	IMPLEMENTED
test_passes (VERIFIED or STALE)	TESTED
All evidence VERIFIED + test passed	VERIFIED

Propagation algorithm:

1. For each constraint, collect all RTs where maps_to includes that constraint ID
2. Gather all evidence items from those RTs
3. Apply the satisfaction level table using the highest applicable level
4. If any RT mapped to the constraint has failed evidence, the constraint cannot exceed IMPLEMENTED

Drift Detection (v3.1)

manifold drift <feature>          # Check for changes since last verify
manifold drift <feature> --update # Recompute and store current hashes

File hashes are stored at verify time. After successful verification, capture baseline with manifold drift <feature> --update. Skipping this means post-verification changes go undetected.

Configuration (v3.1)

Create .manifold/config.json to configure test execution:

{
  "test_runner": "bun test",
  "test_args": ["--timeout", "30000"],
  "test_tier_patterns": { "unit": ["*.test.ts"], "integration": ["*.integration.ts"], "e2e": ["*.e2e.ts"] },
  "drift_hooks": { "on_drift": "echo 'Drift detected!'" }
}

Traceability Matrix (v3.1)

Annotate test functions with constraint IDs for automatic traceability:

describe('IdempotencyService', () => {
  // @constraint B1
  it('rejects duplicate payment attempts', async () => {
    // Satisfies: B1 (no duplicates)
  });
});

The verify command parses @constraint and // Satisfies: annotations to build a matrix: {constraint_id -> [test_file:test_function]}.

Enhancement Verification Checks

Genealogy Verification (Enhancement 2)

• Flag INVARIANT constraints with challenger: assumption as a convergence risk
• Flag constraints with source: assumption not confirmed by m4-generate
• Verify challenger: regulation constraints were never traded off in tension resolution

Statistical Verification (Enhancement 6)

Constraint kind	SATISFIED means
deterministic	Artifact provably does not exceed the ceiling
statistical	Artifact addresses the distribution — test coverage includes percentile cases

Flag any statistical constraint verified with a single deterministic test.

Reversibility Verification (Enhancement 4)

• All ONE_WAY entries in reversibility_log must have a corresponding risk watch list entry
• ONE_WAY steps must have been explicitly acknowledged during m4-generate

Propagation Verification (Enhancement 8)

• VIOLATED propagation effects mean the tension resolution is invalid
• TIGHTENED constraints with challenger: assumption must be confirmed before acceptance

Binding Constraint Verification (Enhancement 5)

• If anchors.binding_constraint exists, verify the referenced required truth was addressed
• Flag if binding constraint remains NOT_SATISFIED after generation

Gap-to-Action Automation (v2)

With --actions, gaps are converted to executable tasks:

Gap Type	Generated Action
Missing test	Test file path + test function skeleton
Missing integration	Wiring command (see /manifold:m6-integrate)
Missing docs	Documentation section template
Missing feature flag	Config edit command
Missing import	Import statement to add

Actions are grouped as blocking vs non-blocking. Fix blocking actions first, then re-run /manifold:m5-verify.

Example

/manifold:m5-verify payment-retry

CONSTRAINT VERIFICATION: payment-retry

VERIFICATION MATRIX:
| Constraint | Type | Code | Test | Docs | Ops | Status |
|------------|------|------|------|------|-----|--------|
| B1: No duplicates | INVARIANT | ✓ | ✓ | ✓ | ✓ | SATISFIED |
| B2: 95% success | GOAL | ✓ | ◐ | ✓ | ✓ | PARTIAL |
| T1: <200ms | BOUNDARY | ✓ | ◐ | ✓ | ✓ | PARTIAL |

COVERAGE SUMMARY:
- INVARIANTS: 4/4 (100%) ✓
- GOALS: 3/5 (60%) ◐
- BOUNDARIES: 2/3 (67%) ◐

GAPS IDENTIFIED:
Gap G1: B2 (95% success) - Missing load test validating success rate
Gap G2: T1 (<200ms) - Missing performance test measuring p99 latency

VERIFICATION RESULT: PARTIAL (2 gaps)
Updated: .manifold/payment-retry.verify.json

verify.json Output

Verification writes .manifold/<feature>.verify.json:

{
  "verification": {
    "timestamp": "<ISO timestamp>",
    "result": "PARTIAL",
    "matrix": [
      { "constraint": "B1", "type": "INVARIANT", "code": true, "test": true, "docs": true, "ops": true, "status": "SATISFIED" },
      { "constraint": "T2", "type": "GOAL", "code": true, "test": false, "docs": true, "ops": true, "status": "PARTIAL", "gap": "Missing load test", "action": "Add concurrency test" }
    ],
    "coverage": {
      "invariants": { "satisfied": 4, "total": 4, "percentage": 100 },
      "goals": { "satisfied": 3, "total": 5, "percentage": 60 },
      "boundaries": { "satisfied": 2, "total": 3, "percentage": 67 }
    },
    "gaps": [
      { "id": "G1", "constraint": "T2", "issue": "No test coverage", "action": "Add load test in integration.test.ts" }
    ]
  }
}

Execution Instructions

Always emit .manifold/<feature>.verify.json, regardless of result. SATISFIED, PARTIAL, or blocked — the artifact is always written. Blockers keep the phase at GENERATED (not advanced to VERIFIED) but do NOT suppress the artifact. .verify.json presence is the signal that m5 ran; phase is the signal of whether it converged.

1. Read structure from .manifold/<feature>.json and content from .manifold/<feature>.md
2. Validate linking between JSON IDs and Markdown headings
3. Read generation data from JSON (artifacts list)
4. Verify each declared artifact exists on disk
5. Scan all artifacts for constraint references (// Satisfies: B1)
6. Build verification matrix comparing declared vs actual coverage
7. Calculate coverage percentages by type and artifact
8. Identify specific gaps with actionable items
9. If --verify-evidence: verify evidence for each required truth (file_exists, content_match, test_passes if --run-tests, metric_value, manual_review)
10. Compute satisfaction levels by propagating evidence from RTs via maps_to mappings
11. If --levels: display satisfaction level breakdown per constraint
12. If --actions: generate executable actions for each gap
13. If --strict, fail on any gaps or failed evidence
14. Record iteration in JSON iterations[] and calculate convergence status
15. Update .manifold/<feature>.verify.json with full results
16. Capture drift baseline via manifold drift <feature> --update
17. Set phase to VERIFIED in JSON (or keep GENERATED if gaps exist)

Linking Validation

When verifying JSON+Markdown manifolds, check:

• All constraint IDs in JSON have matching #### ID: Title in Markdown
• All tension IDs in JSON have matching ### ID: Title in Markdown
• All required truth IDs in JSON have matching ### ID: Title in Markdown
• tension.between references exist as constraint IDs
• required_truth.maps_to references exist

User Interaction (MANDATORY)

m5-verify is mostly read-only — its output is a verification matrix + .verify.json artifact + suggested next steps. The verify report itself does NOT need AskUserQuestion (it is a status report, end with "Waiting for your command"). However, two interactive paths can arise:

• --strict failures: when blocking gaps appear, the model may need to ask the user how to proceed (e.g., "open a follow-up", "amend the manifold", "accept and re-verify"). Those questions MUST use AskUserQuestion, not prose.
• Tension REOPENED findings during solution-tension validation: the user must decide accept / change option / modify, per the spec. That decision MUST use AskUserQuestion.

If your reply contains a question soliciting a user response → use AskUserQuestion. Markdown options ending in "which one?" are the anti-pattern. See install/agents/interaction-rules.md; the prompt-enforcer.ts hook reinforces at runtime.

Run manifold validate <feature> after updates. Shared directives (output format, interaction rules, validation) injected by phase-commons hook.