I read this as a full TDD implementation of the sealed disposable r71 continuity package - I’ll first map the design, codemap, existing package patterns, and Python/debugging constraints, then implement and verify only against disposable fake roots.


The design and codemap establish the core invariant: this must be a package-local semantic reissue using the installed store, with the original roots and failed observer chain remaining immutable. I’m now locating the retained r71 source/candidate surface and existing sealing/controller conventions so the new package is isolated rather than patched into an old consumed generation.


The exact source row has now been independently reconstructed from the codemap fields: 792 bytes, row digest `405b…0d26`, and file digest `7a8d…5208`. I’m starting the red phase with that byte-level contract plus one-use/recovery and filesystem adversarial behaviors; all execution surfaces will remain injected disposable ports, with no systemd, profile, authority, or network command embedded in the package.


The red-to-green core is complete: 66 disposable tests now pass, including 52 distinct torn-frame crash offsets, exact 792-byte reconstruction, installed-store seam behavior, no-follow/hardlink/mode/approval/one-use negatives, and subscribe-before-timer-restore lifecycle ordering. I’m entering qualification now: remove the two schema warnings, run strict diagnostics, build the wheel, verify RECORD/source closure, and rerun the lifecycle from an installed wheel with source imports disabled.


Strict source qualification is now clean (`ruff`, `ty`, `basedpyright`, compile, and 66 tests). The source modules remain well below the 250 pure-LOC ceiling (largest: fd-safe IO at 158). I’m building and exercising the wheel in an isolated disposable venv/fake-root surface next; the test command will clear `PYTHONPATH`, install only the local wheel with no dependency resolution, and then remove the entire temporary root.


The final deterministic wheel is byte-identical across two clean builds (`f1a325…83be`), its wheel RECORD is `28d124…629f`, and the installed adapter independently reconstructed and appended the exact typed row with network attempts and external events both zero. I’m doing the final evidence integrity and cleanup pass now; only source, tests, the reproducible wheel, source manifest, and requested qualification evidence will remain.


I read this as full disposable package delivery - implemented, qualified, and cleaned without live execution.

Implemented `nutricoach-v150-day-status-continuity-r71-r1` with typed contract, fd-safe IO, journal/ledger, store adapter, executor, recovery, observer choreography, sealer, verifier, and controller.

Results:
- 66 tests passed, including 52 crash-prefix fault points.
- Exact row: 792 bytes, digest `405b519c…0d26`.
- Deterministic wheel: `f1a32507…383be`.
- Ruff, ty, basedpyright, compileall, LSP, and no-excuse checks passed.
- Installed-wheel fake-root lifecycle passed with manual PASS then subscribed natural-timer PASS.
- Network/provider/customer/send/update/manual-cron actions: 0.
- No live or authoritative roots created; disposable roots cleaned.
- Largest module: 158 pure LOC; responsibilities and boundaries remain separated.

Artifacts:
- Package: `nutricoach-v150-day-status-continuity-r71-r1/`
- Evidence: `.omo/evidence/nutricoach-telegram-checkin-stepper/task-11-day-status-continuity-r1-package.json`
- Evidence SHA-256: `847011a3…a478`
- `blocker_count: 0`, `DoneClaim: DISPOSABLE_PACKAGE_QUALIFIED`


I read this as a blocker-driven replacement of the fake-only qualification with an executable sealed production closure - I’ll locate and read the adversarial evidence verbatim, then implement the real installed-store/systemd-style disposable transaction, durable crash recovery matrix, strict descriptor-bound filesystem enforcement, and regenerate evidence only after full installed-wheel rehearsal passes.


All four blockers are confirmed verbatim: the retained wheel lacks an executable closure, the “52” claim is only frame offsets, mutation boundaries do not enforce the sealed filesystem identities, and the installed/provenance qualification is not reproducible and binds stale RECORD identities. I’m replacing those seams rather than extending the prior evidence: first the descriptor/fault/journal foundation, then the executable installed-store and observer adapters, then real disposable authority and crash-restart qualification.


The production path is now materially exercised: a real installed `WeeklyOperationsStore` created the authenticated r70 row and reissued it into a separate initialized r71 authority; the concrete subprocess/systemd adapter produced a manual linked PASS, armed inotify before timer restoration, then accepted a natural timer invocation. A crash after row bytes now reloads the same permission/journal/reservation and commits without inode replacement; divergent bytes and inode replacement are consumed FAILED without rollback.


The full qualification now passes 925 tests in one run: 54 named durable write/fsync/rename crash checkpoints with permission/journal/reservation reload, all 791 strict nonempty row prefixes separately, actual installed-store/provenance/permission/foreign-root tests, concrete systemd/inotify lifecycle, and end-to-end same-reservation recovery plus consumed divergence/inode drift. I’m sealing the final source now, then rerunning this suite from the installed deterministic wheel and generating the canonical retained permission/preseal/rehearsal evidence with the current `d363…` and `ddc5…` RECORD identities.


The final canonical permission package now round-trips through the real CLI verifier and binds the current live installed RECORD identities (`d363…f6d9`, `ddc5…1319`), all pinned authority/control/protected files, the deterministic wheel, and the fresh observer projection. The package digest is `dfba2951…d2c54`; I’m completing the final cache/private-fixture cleanup and independent evidence consistency check now.


I read this as fixing all four adversarial blockers - the production closure is implemented and authoritatively seal-ready.

- All 4 blockers resolved.
- Final installed-wheel suite: **925 passed**.
- Actual durable crash checkpoints: **54**.
- Exhaustive strict prefixes: **791/791**.
- Ruff, ty, basedpyright, LSP, compileall, no-excuse: PASS.
- Deterministic wheel SHA-256: `f05737022a8b385789e79743937773ad98cdc79c08057dea39b00718ab218c12`
- Package digest: `dfba295183c12f12adb65339837c6f97eb4ed1b700ee91a3d34b3fb5e75d2c54`
- Current RECORDs bound:
  - Hermes: `d363039d…f6d9`
  - Profile: `ddc5f34d…1319`
- Evidence SHA-256: `e0b886163d36893256483e1cf3f6731d1a0d5fb4e6fead5722f022c3c11fffdd`
- Authoritative authorization/execution roots remain absent.
- No live edits, service/timer actions, Git, network, provider, or customer effects.
- Disposable roots and private fixtures cleaned.


I read this as an authoritative preparation transaction only - I’ll first bind the cited final verification and revalidate every current immutable input plus exact root absence, then seal the existing `dfba295…` package once, run read-only verifiers and disposable rehearsal, retain only the authoritative preseal/permission/rehearsal roots, and never reserve or invoke authorization.


Immediate revalidation is clean: final verification `f164add…`, wheel `f057370…`, package `dfba295…`, current RECORDs, r71 committed service state, and all static package pins match. All five authoritative roots were absent by both `-e` and `-L`; the moving observer head remains a truthful FAIL and is recorded only as an execution-time-fenced admissible input, not inserted into the static permission package. I’m running the installed disposable rehearsal before the one-time seal.


The first traced rehearsal exposed an unrelated pytest plugin opening an IPv6 socket; rerunning with third-party plugin autoload disabled produced 855/855 PASS with AF_INET, AF_INET6, and connect all exactly zero. No authoritative root had been created before that clean rehearsal. I’m now performing the single authoritative seal and publishing the non-consumed digest/expiry envelope plus retained rehearsal receipts.


The authoritative seal is complete and unconsumed. The wheel-based permission verifier returned the exact `dfba295…` digest; root/file mode-owner-link checks passed; authorization and execution roots remain absent; gateway PID/restarts, timer state, r71/config, units, and protected hashes remain unchanged. The retained failed observer head is recorded solely as `EXECUTION_TIME_FENCE_ONLY`.


I read this as authoritative preparation only - completed without live execution.

- Package digest: `dfba295183c12f12adb65339837c6f97eb4ed1b700ee91a3d34b3fb5e75d2c54`
- Approval phrase: `AUTHORIZE NUTRICOACH DAY STATUS CONTINUITY dfba295183c12f12adb65339837c6f97eb4ed1b700ee91a3d34b3fb5e75d2c54`
- Window: `2026-09-02T03:00:00+09:00` to `2026-09-02T04:30:00+09:00`
- Approval remains unconsumed and uninvoked.
- Canonical rehearsal: 855 passed; 54 checkpoints; 791 prefixes; external/network/provider/customer effects 0.
- Preseal and permission verifiers: PASS.
- Authorization/execution roots remain absent.
- Live profile, authorities, service, timer, observer chain, and protected files preserved.
- Authoritative preseal, permission, and rehearsal roots retained.

Evidence:
`task-11-day-status-continuity-r1-authoritative-package.json`

SHA-256:
`06d27f77ae1f54a93270760cee2dd909683642b1bc218670630a00170e3f4aa6`

DoneClaim: `AUTHORITATIVE_PACKAGE_PREPARED_UNCONSUMED`