I read this as a final implementation-and-verification attempt for a real artifact-driven Golden Path - I’ll audit the current harness, verifier, production APIs, and tests first, then make the smallest complete changes and either produce a verified private bundle or stop on the exact production blocker.


The initial audit found the former AST blocker is stale: the supplied profile source now exports the required archive, resume, and post-cleanup inventory APIs. The current verifier is also fundamentally forgeable because it validates harness-authored envelopes rather than native ledgers; I’m tracing the shortest real production flow and native artifact contracts now, using the existing end-to-end fixture patterns rather than preserving that envelope model.


The production flow is now concrete: the profile’s own onboarding service can generate the native baseline/readiness/projection artifacts, and the gateway runtime can produce authenticated publication receipts before cutover. I’m implementing that direct path now, with a separate raw fake-I/O log and no lifecycle/PASS event file; the verifier will infer success solely from the profile, archive, observer, delivery, and surface ledgers.


The real run reached delivery and exposed a production-owned blocker, not a harness issue: after `prepare_delivery`/claim/`mark_delivered`/`mark_sent_audited`, the generation advances from 4 to 7 while `draft-deliveries.json` retains generation 4. `record_customer_surface_receipt` requires those generations and record digests to be equal, so the mandated post-audit receipt API rejects its own valid sent authority. I’m converting this into the exact fail-closed outcome and tightening the verifier so the old self-authored envelope bundle cannot be accepted; no PASS bundle will be retained.


The harness now fails closed at the exact production API mismatch, removes the private working bundle, and emits no PASS or lifecycle declaration. I’ve added a real driver integration regression for that behavior plus a 21-distinct-envelope forgery attack, and I’m running the focused verification/quality commands once now.


I read this as a final artifact-driven Golden Path attempt - I implemented and ran it, then stopped fail-closed at the production blocker.

Implemented:

- Replaced AST preflight with a real isolated-profile driver.
- Removed lifecycle/PASS declarations from the harness.
- Hardened verifier to reject self-authored lifecycle envelopes and inspect native artifacts, provenance, observer chains, cleanup archives, delivery lineage, and receipts.
- Added 21-distinct-envelope forgery coverage and driver integration coverage.

Production APIs successfully invoked included:

- `ProductionCommitObserver.arm/observe`
- `RoomBootstrapStore.prepare_rehearsal_customer_invite/claim_rehearsal_customer_invite/transition`
- `TelegramCustomerBootstrapRegistration.handoff_rehearsal_customer`
- `TelegramNutritionOnboardingRuntime.start_after_consent/handle_text/handle_callback`
- 22 production `handle_text` submissions
- `seed_restriction_kb`
- `activate_customer_cutover`
- Production daily wizard start, answers, and finalization
- `DraftGenerationWorker.run_once`
- `approve_draft`
- `persist_approved_delivery_card`
- `issue_delivery_capability`
- `prepare_delivery`
- `claim_delivery_transport`
- `mark_delivered`
- `mark_sent_audited`
- `record_customer_surface_receipt` — rejected

Observed artifacts before fail-closed cleanup included native bootstrap, onboarding workflow/baseline/readiness, publication outbox, activation journal, wizard events, generation/draft/delivery ledgers, observer receipts, and one raw customer transport call. Candidate source digest was:

`8ec69196d137bfd2b0be2235aa44310559810b62eeab721334962ebfe2945ba1`

Verification:

- Focused tests: `31 passed`
- Ruff: passed
- ty: passed with profile source search path
- compileall: passed
- Driver exited `2`
- Verifier independently failed twice
- Failed working bundle was deleted; no PASS bundle exists.

Exact blocker:

`SOURCE_GOLDEN_PATH_FAIL: NutritionCoachingCoordinator.record_customer_surface_receipt rejects its own SENT_AUDITED authority; draft-deliveries retained generation=4 while draft-generations advanced to terminal generation=7, so the production receipt API raises AdaptiveWorkflowError. No cleanup/PASS bundle was created.`


I read this as a surgical rollback of only my Golden Path run - I’ll restore the three pre-existing files to the exact contents captured at turn start, leave all production and unrelated workspace changes untouched, and verify only those paths.


I read this as a surgical rollback - completed using the exact turn-start snapshots.

Reverted paths:

- `scripts/source_golden_path.py`
- `scripts/verify_source_golden_path.py`
- `tests/gateway/test_source_golden_path_verifier.py`

No new repository files from my run remained. No production, cleanup, observer, surface-receipt, or unrelated workspace changes were altered. The generation-lineage blocker was not modified.


I read this as re-running the previously built native artifact journey against the repaired surface-receipt v2 contract - I’ll restore only that driver/verifier/test delta from the recorded failed run, inspect the repaired API contract, then execute and verify one isolated bundle or delete it on the first new production blocker.


The repaired v2 receipt completed successfully and bound approved generation 4 to terminal descendant generation 7. The next production boundary then failed closed: `archive_customer_cleanup(..., candidate_paths=...)` rejects required profile-level owner-action ledgers such as `data/owner-actions/draft-generations.json` because their filenames are not customer-scoped. The failed bundle was deleted; I’m stopping the journey here and only aligning the restored regression expectation with this exact blocker.


I read this as a repaired end-to-end rerun - it reached a new production cleanup blocker and stopped fail-closed.

Reapplied the native driver, verifier, and attack/integration tests. The repaired `telegram-customer-surface-receipt-v2` succeeded, binding approved generation 4 to terminal descendant generation 7.

New blocker:

```text
CleanupIntegrityError: candidate path is not customer-scoped
```

`archive_customer_cleanup` rejects required profile-level artifacts such as:

```text
data/owner-actions/draft-generations.json
```

because their filenames are not customer-scoped. No workaround or production fix was attempted.

- Failed bundle deleted: `/home/cube/.cache/source-golden-path-repair-st_01a0136b-1787035471`
- Source digest: `8ec69196d137bfd2b0be2235aa44310559810b62eeab721334962ebfe2945ba1`
- Source files hashed: 128
- PASS emitted: no
- Retained PASS bundle: none
- Tests: `34 passed, 1 deselected`
- Ruff: passed
- ty: passed
- compileall: passed


I read this as a narrowly scoped cleanup-contract update followed by a full fresh journey - I’ll inspect the new archive-v2 projection API and tests, change only the driver invocation plus verifier checks required for that native projection, then run the complete isolated path and retain only a verifier-derived PASS bundle.


The scoped change is in place: cleanup now requests only `SharedLedgerProjection.DRAFT_GENERATIONS`, and the verifier recomputes the exact archive-v2 projection from the preserved shared source while using archived customer-local artifacts and live preserved shared ledgers. I’m starting the full fresh journey now.


The full rerun passed the repaired surface-v2 and target-only projection preparation, then hit a new production blocker inside cleanup inventory: `relevant_rows()` parses the multiline `data/customer-activation-journal.json` as JSONL and raises `CleanupIntegrityError: authority file is invalid`. The failed bundle was deleted. I’m stopping without another harness or production fix and updating only the integration regression’s expected fail-closed blocker.


I read this as a full rerun using archive-v2 shared projections - it encountered a new production cleanup blocker and stopped fail-closed.

Updated:

- Driver now invokes:
  `shared_ledger_projections=(SharedLedgerProjection.DRAFT_GENERATIONS,)`
- Verifier validates archive-v2 target-only projection, source preservation, projection digests, and terminal inventory.

Full journey reached cleanup projection preparation, then failed at:

```text
CleanupIntegrityError: authority file is invalid:
.../data/customer-activation-journal.json
```

`relevant_rows()` treats the multiline activation journal as JSONL and rejects it. No production fix or workaround was attempted.

- Failed bundle deleted: `/home/cube/.cache/source-golden-path-pass-st_01a0136b-1787036341`
- Current source digest: `7481c84a627f229ab592d94f87cb107028feaeed442323ec441cea496c8bf264`
- Source files: 130
- PASS emitted: no
- Retained bundle: none
- Tests excluding the journey regression: `34 passed, 1 deselected`
- Ruff: passed
- ty: passed
- compileall: passed


I read this as a clean rerun of the unchanged current native driver/verifier after the parser repair - I’ll execute the complete isolated journey once, delete and report any failed bundle, or retain and independently verify a PASS bundle before running the focused quality checks.


The production journey reached committed cleanup and retained the private bundle. I’m now running the verifier twice against the same native artifacts; any verifier rejection is treated as a fail-closed blocker, not adjusted during this task.


Both verifier runs failed identically before any PASS verdict: converting the production `AuthorityInventory.categories` mapping proxy through `dataclasses.asdict()` raises `TypeError: cannot pickle 'mappingproxy' object`. Per instruction, I’m not fixing or bypassing that verifier blocker; I’m deleting the otherwise cleanup-complete bundle now.


I read this as an unchanged full rerun - production cleanup completed, but verification hit a new blocker.

Journey result:

- Production driver completed through archive-v2 cleanup.
- Operation ID: `13fdf72b8abb4223b15d10c683f47477`
- Source/candidate digest: `93ffcedf3f09b9af15da8f5d5dd25828b6db70b4e019dad0e62d97f0299bb3aa`

Both verifier runs failed identically:

```text
TypeError: cannot pickle 'mappingproxy' object
```

Exact location:

```python
terminal_inventory = asdict(terminal)
```

`AuthorityInventory.categories` is a mapping proxy that `dataclasses.asdict()` cannot deepcopy.

No fix or workaround was added. No PASS was emitted. The failed bundle was permission-unfrozen solely for deletion and removed:

`/home/cube/.cache/source-golden-path-pass-st_01a0136b-1787036977`


I read this as an authorized verifier-only serialization repair followed by a completely fresh production rerun - I’ll first add and run a focused RED test against the real frozen `AuthorityInventory`, then implement a strict declared-field serializer, verify it, and rerun the entire journey without touching production code.


The RED test reproduced the exact real failure and then failed because the strict serializer did not exist. I’m implementing the declared-field serializer now with an exact category key set, strict scalar types/nonnegative counts, and recomputed terminal consistency.


The strict serializer test is green and Ruff/ty are clean. I’m now rerunning the complete production journey from a fresh subscription and profile, then will verify the resulting bundle twice before treating it as PASS.


Both verifier runs now pass terminal serialization and reject at the next native check: `bootstrap ACTIVE lineage is invalid`. I’m not changing the verifier or adapting the artifact interpretation in this task; the fresh bundle is being deleted fail-closed.


I read this as an authorized serializer repair plus full rerun - serializer repair passed, but a new native-verifier blocker appeared.

Completed repair:

- Added RED coverage using the real frozen `AuthorityInventory`.
- Confirmed `dataclasses.asdict()` raises:
  `TypeError: cannot pickle 'mappingproxy' object`
- Added strict declared-field serialization using `dict(terminal.categories)`.
- Validates exact dataclass fields, category cardinality/key set, scalar types, nonnegative counts, and recomputed terminal consistency.
- Production immutability was unchanged.

Checks:

- Focused serializer test: passed
- Ruff: passed
- ty: passed

Fresh journey completed production cleanup:

- Operation: `b7be4ff21d73419f8f4c6c0a34a5c500`
- Source digest: `93ffcedf3f09b9af15da8f5d5dd25828b6db70b4e019dad0e62d97f0299bb3aa`

Both independent verifier runs then failed identically:

```text
SOURCE_GOLDEN_PATH_FAIL: bootstrap ACTIVE lineage is invalid
```

No additional fix or workaround was applied. No PASS was emitted. Failed bundle deleted:

`/home/cube/.cache/source-golden-path-pass-st_01a0136b-1787037123`


I read this as a read-only root-cause diagnosis of the bootstrap verifier rejection - I’ll trace the driver’s cleanup inputs, bootstrap ledger serialization, archive-v2 behavior, and verifier predicate, then identify the precise failing subcondition and a minimal local regression test without rerunning the journey.


I read this as a read-only diagnosis of the bootstrap rejection - the failing predicate is the customer-key lookup, and the verifier is reading the retained live ledger.

## Exact failing subcondition

At `scripts/verify_source_golden_path.py:325-330`, the verifier checks:

```python
sessions[0].get("customer_key") != customer
```

That is guaranteed to fail. The native bootstrap session does **not** have a top-level `customer_key`.

The production serializer stores it under `customer_draft`:

- `gateway/platforms/telegram_customer_bootstrap.py:839-846`
- `CustomerDraft.to_dict()` places it at `customer_draft.customer_key`: lines `123-126`

Native shape:

```json
{
  "sessions": [{
    "customer_draft": {
      "customer_key": "client_001"
    },
    "state": "ACTIVE"
  }]
}
```

Therefore the exact failed condition was:

```python
sessions[0].get("customer_key") != customer
```

It evaluated as `None != "client_001"`.

The other conditions are deterministically satisfied:

- **Sessions type:** `_write_unlocked()` always serializes `sessions` as a list at `telegram_customer_bootstrap.py:784-792`.
- **Count:** the fresh store begins empty and the driver creates exactly one session at `scripts/source_golden_path.py:237-245`.
- **State:** activation persists `ACTIVE`, and the driver checks it immediately at `source_golden_path.py:279-282`.

## Live versus archived

The verifier reads the **live source ledger**, not an archived artifact:

```python
bootstrap_path = root / "data/onboarding/telegram-customer-bootstrap-v1/ledger.json"
```

at `scripts/verify_source_golden_path.py:325`.

By contrast, archived cleanup artifacts are supplied through `artifacts` from `verify_cleanup()` at lines `213-304`, and accessed through `required(artifacts, ...)`.

The bootstrap ledger is not archived or pruned:

- Driver calls cleanup without `candidate_paths`: `scripts/source_golden_path.py:371-377`.
- Cleanup inventories only `data/customers/<customer>` plus explicit candidates:
  `/home/cube/.cache/task26-strict-successor-1786976146/src-p/checkin_cli/customer_cleanup_fs.py:66-101`.
- Bootstrap lives at `data/onboarding/telegram-customer-bootstrap-v1`:
  `gateway/platforms/telegram_customer_bootstrap.py:23-38`.
- Inventory ignores global files unless the customer key appears in their path:
  `customer_cleanup_inventory.py:212-230`.

## Correct post-cleanup native contract

Under the current production contracts, the bootstrap ledger remains live as terminal historical lineage:

- Ledger schema: `telegram-customer-bootstrap-v1`
- `sessions`: list
- Exactly one journey session
- Customer binding: `session["customer_draft"]["customer_key"]`
- Terminal state: `session["state"] == "ACTIVE"`
- Session identifier: `session["session_id"]`

The ledger itself also has a native digest contract enforced by `RoomBootstrapStore._read_unlocked()` at `telegram_customer_bootstrap.py:764-782`. The current verifier reads raw JSON but does not validate either the ledger schema or digest.

## Recommended test-first fix

Add a focused test in:

`tests/gateway/test_source_golden_path_verifier.py`

The test should:

1. Create a real `RoomBootstrapStore` under `tmp_path`.
2. Create and claim one real `CustomerDraft`.
3. Transition it through `AWAITING_CONSENT` and `AWAITING_ACTIVATION`.
4. Call `activate_bound_customer()` to persist `ACTIVE`.
5. Pass the resulting real `ledger.json` to a small verifier function.
6. Assert it returns the session ID for the nested `customer_draft.customer_key`.
7. Mutate a copy to put `customer_key` only at session top level and assert rejection.

Then extract the lines `325-331` logic into a focused helper such as:

```python
verify_bootstrap_active_lineage(path, customer) -> str
```

The helper should validate the native schema and digest, require one session, read the customer key strictly from `customer_draft.customer_key`, require `ACTIVE`, and return `session_id`.

No files were edited and no journey was rerun.


I read this as an authorized verifier-only repair followed by full fail-closed validation - I’ll first add real-ledger RED coverage for the complete bootstrap contract, implement the strict helper without touching production or the driver, run focused quality checks, then execute and verify one fresh isolated journey twice, retaining only a native PASS bundle.


The RED test fails for the intended reason: the strict helper does not exist. I’m now adding only that verifier helper and replacing the compound raw predicate; production and driver code remain untouched.


The real ACTIVE ledger and all required rejection cases now pass; Ruff and ty are clean. I’m running the remaining verifier-focused tests without the journey-spawning integration case, then I’ll start the single authorized fresh production journey.


message: WebSocket error

stop_reason: error


The fresh journey completed cleanup, but the verifier reached a new native-artifact blocker: `check-in finalization cardinality is invalid`. Per fail-closed instructions, I’m making no further verifier changes or retries and deleting this failed bundle.


I read this as a verifier-only repair and fail-closed Golden Path rerun - the repair passed, but a new artifact blocker prevented PASS.

Implemented `verify_bootstrap_active_lineage()` with strict validation of:

- Private regular file
- Exact ledger keys
- Native schema
- Canonical SHA-256 digest
- Exactly one session
- Nested `customer_draft.customer_key`
- `ACTIVE` state
- Nonempty string `session_id`

Added real `RoomBootstrapStore` ACTIVE-ledger coverage plus rejection cases for all requested corruptions.

Verification:

- RED test failed before implementation as expected.
- Bootstrap and terminal tests: `10 passed`
- Focused verifier tests: `16 passed, 1 deselected`
- Ruff: passed
- ty: passed
- No production or driver changes

Fresh journey completed cleanup:

- Operation ID: `ece68c04b1b942d19116fc431fcfe9f8`
- Source digest: `93ffcedf3f09b9af15da8f5d5dd25828b6db70b4e019dad0e62d97f0299bb3aa`

Verifier then failed at the next native check:

```text
SOURCE_GOLDEN_PATH_FAIL: check-in finalization cardinality is invalid
```

No workaround or additional fix was applied. The failed bundle was deleted:

`/home/cube/.cache/source-golden-path-pass-st_01a0136b-1787037533`

No PASS bundle exists.


I read this as a read-only diagnosis of the check-in cardinality rejection - I’ll trace every writer to the archived `wizard/events.jsonl`, map the driver’s exact wizard actions to emitted rows, inspect existing finalization/idempotency tests, and identify whether count or event type fails plus the correct uniqueness contract and focused RED test.


I read this as a read-only diagnosis of the check-in cardinality failure - the count predicate fails because the archived canonical stream correctly contains four rows, not one.

## Exact rows produced

A clean driver journey deterministically appends these event types to the same `wizard/events.jsonl`, in order:

1. `nutrition_checkin`
2. `draft_created`
3. `draft_approved`
4. `draft_sent`

The first row passes the verifier’s type check. The failing predicate is:

```python
len(wizard_events) != 1
```

It evaluates as `4 != 1`.

### Writer path

The driver finalizes the nutrition wizard at:

- `scripts/source_golden_path.py:287-307`

The wizard selects `NUTRITION_CHECKIN` and appends one canonical final event:

- `/home/cube/.cache/task26-strict-successor-1786976146/src-p/checkin_cli/wizard.py:1007-1019`
- Finalized event ID persisted to the session: `wizard.py:1026-1034`

The later driver actions append three additional canonical lifecycle rows:

- Draft creation:
  - Driver: `scripts/source_golden_path.py:321-323`
  - Writer: `gateway/platforms/nutrition_coaching.py:5356-5363`
- Draft approval:
  - Driver: `source_golden_path.py:324-327`
  - Writer: `nutrition_coaching.py:6271-6280`
- Sent audit:
  - Driver: `source_golden_path.py:348-350`
  - Writer: `nutrition_coaching.py:7508-7522`

All three use `_append_draft_event()` and the same customer canonical event store:

- `nutrition_coaching.py:8007-8053`

The native event types are defined at:

- `/home/cube/.cache/task26-strict-successor-1787036977/src-p/checkin_cli/models.py` is not current.
- Current source: `/home/cube/.cache/task26-strict-successor-1786976146/src-p/checkin_cli/models.py:30-54`
- Draft builders: `models.py:739-752`

No `draft_edited` row is produced because the driver never calls the edit path.

## Archive selection

The verifier is reading the correct archived file.

Cleanup inventories every file under:

```text
data/customers/<customer>
```

at:

- `customer_cleanup_fs.py:66-101`

It copies those exact bytes into archive-v2:

- `customer_cleanup_fs.py:166-188`

The verifier resolves exactly one archived path ending in `wizard/events.jsonl`:

- `scripts/verify_source_golden_path.py:334-338`
- Reads it at `verify_source_golden_path.py:366`

Therefore this is not a wrong-artifact or live-source issue.

## Intermediate state versus canonical events

Intermediate wizard answers and session transitions do **not** append event rows. They remain private wizard-session state until explicit save.

Evidence:

- Stale or already-finalized sessions are rejected: `wizard.py:651-658`
- Explicit save creates the canonical event: `wizard.py:1007-1019`
- Existing test proves no event before save:
  `/src-p/tests/test_wizard_domain.py:270-283`

The other three rows are not intermediate wizard events. They are legitimate canonical draft lifecycle facts sharing the customer’s append-only event stream.

## Duplicate finalization

A repeated save/reopen does not create another `nutrition_checkin`:

- Session finalization guard: `wizard.py:657-658`
- Event-store deduplication: `checkin_cli/store.py:935-948`
- Native test:
  `/src-p/tests/test_customer_nutrition_wizard.py:54-73`
- Gateway-level terminal reopen test:
  `tests/gateway/test_nutrition_coaching.py:7620-7663`

An explicit correction is different: it appends a `correction` event whose `supersedes` points to the preceding finalized event:

- `wizard.py:1008-1013`
- Test: `test_customer_nutrition_wizard.py:76-104`

## Correct uniqueness contract

For this no-correction Golden Path:

- The complete canonical stream may contain multiple event types.
- Exactly one row must have `event_type == "nutrition_checkin"`.
- That row must have a valid nonempty `event_id`.
- No `correction` row should supersede it in this journey.
- The generation history must bind its `checkin_event_id` to that selected event ID.

The verifier must not require the entire canonical stream to contain exactly one row.

## Exact focused RED test

Add a verifier helper such as:

```python
select_finalized_checkin_event(rows) -> str
```

Then add a test in:

`tests/gateway/test_source_golden_path_verifier.py`

using the deterministic production sequence:

```python
rows = [
    {"event_type": "nutrition_checkin", "event_id": "checkin_1"},
    {"event_type": "draft_created", "event_id": "draft_created_1"},
    {"event_type": "draft_approved", "event_id": "draft_approved_1"},
    {"event_type": "draft_sent", "event_id": "draft_sent_1"},
]

assert verifier.select_finalized_checkin_event(rows) == "checkin_1"
```

The current compound predicate rejects this valid stream because its length is four, making this the focused RED case.

The same test group should reject:

- Zero `nutrition_checkin` rows
- Two distinct `nutrition_checkin` rows
- Empty or non-string final `event_id`
- A duplicate finalization row rather than unrelated draft lifecycle rows

No files were edited and no journey was rerun.


I read this as an authorized verifier-only event-stream repair plus full fail-closed rerun - I’ll add RED coverage for a real four-row canonical stream and all requested corruptions, implement strict independent row validation and lineage selection, cross-bind it to generation projection, run focused checks, then execute one fresh journey and require two verifier PASS results before retaining anything.


The real four-row RED fixture fails for the intended missing-helper reason. I’m now adding strict native `Event` parsing, exact journey lifecycle selection, uniqueness/binding checks, and a generation-lineage cross-check helper, then replacing only the verifier’s raw cardinality block.


The strict four-row stream and full negative matrix are green: 29 focused tests pass, with Ruff and ty clean. I’m starting the fresh isolated production journey now; the resulting bundle will be deleted on the first verifier failure or retained only after two independent PASS runs.


The journey completed cleanup and passed the repaired canonical-event checks, but the verifier reached a new native blocker: `customer quiescence is unavailable`. I’m stopping without diagnosis or workaround and deleting the failed bundle as required.


I read this as a verifier-only event-cardinality repair and full fail-closed rerun - repair passed, but a new native blocker prevented PASS.

Implemented:

- Strict parsing through native `checkin_cli.models.Event`
- Unique event IDs and dedupe keys
- Exactly one unsuperseded `nutrition_checkin`
- Exactly one each of `draft_created`, `draft_approved`, and `draft_sent`
- Consistent customer and draft bindings
- Generation projection cross-binding to selected check-in and draft
- Preserved predecessor/digest-chain validation

Coverage includes the valid four-row stream and all requested negative cases.

Verification:

- RED test failed before helper implementation.
- Focused tests: `29 passed, 1 deselected`
- Ruff: passed
- ty: passed
- No production or driver changes

Fresh journey completed cleanup:

- Operation ID: `2c76b1124fce478f8ce073eba1837a4c`
- Source digest: `93ffcedf3f09b9af15da8f5d5dd25828b6db70b4e019dad0e62d97f0299bb3aa`

First verifier run passed the repaired event checks, then failed at:

```text
SOURCE_GOLDEN_PATH_FAIL: customer quiescence is unavailable
```

No second verification, workaround, or additional fix was attempted. Failed bundle deleted:

`/home/cube/.cache/source-golden-path-pass-st_01a0136b-1787038283`

No PASS bundle exists.


I read this as an authorized verifier-only quiescence schema repair plus full fail-closed validation - I’ll add a real-store RED test and corruption matrix, implement strict digest-bound paused-state verification without touching production or the driver, run focused and pause/withdraw cleanup checks plus Ruff/ty, then execute one fresh journey and retain only a bundle that passes the verifier twice.


The real `CustomerServiceStateStore` RED test fails for the intended missing-helper reason. I’m now adding only the strict verifier helper and replacing the obsolete `customers[]/paused` predicate; production and driver remain unchanged.


The real paused ledger and full rejection matrix pass, along with 39 verifier tests, 9 pause/service-state tests, 23 withdrawal/cleanup tests, Ruff, and ty. I’m starting the fresh isolated production journey; the bundle will be retained only after two successful verifier executions.


Both verifier runs produced byte-identical `ACTUAL_SOURCE_GOLDEN_PATH_PASS`. The private bundle is retained; I’m collecting the verifier-proven native counts and lineage fields from that retained bundle for the final report without modifying it.


I read this as a verifier-only quiescence repair and complete Golden Path validation - implementation and production verification passed.

Implemented `verify_customer_quiescence()` with:

- Private regular-file enforcement
- Exact top-level keys and schema
- Digest recomputation over canonical `{schema, states}`
- Strict state-row keys and types
- Positive integer revision
- ISO date validation
- Required target customer in `paused` state

RED coverage uses a real `CustomerServiceStateStore.ensure()` plus `set_paused()`, with all requested rejection cases.

Checks passed:

- Verifier tests: `39 passed, 1 deselected`
- Pause/service-state tests: `9 passed`
- Withdrawal/cleanup tests: `23 passed`
- Ruff: passed
- ty: passed
- No production or driver changes

Fresh production journey:

- Status: `ACTUAL_SOURCE_GOLDEN_PATH_PASS`
- Operation: `5735e2101fb648f09eb0c9bcff8df019`
- Candidate digest: `93ffcedf3f09b9af15da8f5d5dd25828b6db70b4e019dad0e62d97f0299bb3aa`
- Chain head: `f27b78ab6e0b7923be047f5040dbd732561bd8cdd5828be95606e2f216badb8c`
- Manifest digest: `3ad8dc82f67ee7094a4642f688e3631fc52aae5b9bdaa1205b5c8f49ff5cd882`
- Projection digest: `852fe190425125f04f9df4d6e8985b9a441c476b59e11500a1d2aec9a19763c9`
- Preserved source digest: `b35507578e5b08baea2489ca1fa40e8619b76e0a2f0f239cab717d3e7d04948f`
- Archive inventory: 33 files
- Projection records: 7
- Generation records: 7
- Publication records: 25
- Observer receipts: 5
- Raw transport calls: 1

Surface lineage:

- Draft: `f0daa6dcbb865f08`
- Approved generation: 4
- Terminal generation: 7
- Provider message: `9001`

Terminal inventory has zero active, pending, unknown, and orphan authority. Quiescence is `paused`, revision 1, dated `2026-08-18`.

Both verifier executions were byte-identical PASS results.

Retained private bundle:

`/home/cube/.cache/source-golden-path-pass-st_01a0136b-1787038592`

Bundle mode is `0700`; frozen archive mode is `0500`.


I read this as a test-only correction for a stale fail-closed expectation - I’ll rename it to assert the repaired end-to-end driver/verifier behavior, preserve existing production cleanup blocker coverage unchanged, then run the complete verifier test file plus Ruff and ty and report exact counts.


I read this as correcting one stale integration test - updated behaviorally with no production or driver changes.

The renamed test now asserts:

- Driver exits `0`
- Output profile, operation ID, and tree digest bind to the bundle
- Bundle exists with mode `0700`
- Native verifier exits `0`
- Status is `ACTUAL_SOURCE_GOLDEN_PATH_PASS`
- Operation and candidate digests match driver output
- Terminal inventory reports `terminal: true`

Malformed/prepared activation-journal coverage remains unchanged in cleanup tests.

Results:

- Complete verifier test file: `40 passed`
- Ruff: passed
- ty: passed