2.5 KiB
Production follow-up verification
Two closed native Windows captures test published source commit
7bb366f66a8c6f8b6f66fc9b04c9e3b39f84b78e:
| Capture | Executed scope | Result |
|---|---|---|
production-followup-1 |
Core unit tests plus eight named source/omission integration targets | 180 passed, 0 failed, 0 ignored |
production-core-2 |
Full oa-core, including its doctests |
511 passed, 0 failed, 1 ignored |
The ignored test is inheritance_chain_validation_scaling_probe, an explicitly
opt-in scaling probe. These runs used Rust/Cargo 1.98.1 and the native Windows
gnullvm toolchain, locked offline dependencies and incremental compilation off.
The focused run inherited Cargo's jobs setting; the full core run set one job.
UTC execution intervals on 2026-09-13 were 11:32:40–11:36:22 and
11:36:51–11:40:23. Complete commands and environment receipts are retained.
Both captures contain the same 613 unchanged input files. Their original
inputs.json SHA256 is
b9a161be8aca264a6dcf4e7df5cbb7a4f9d999411f1da97430ec0eb3a9929566.
The original source ZIP SHA256 is
79dfd5167779094f30f0ee7bdcd678935f7471b294fa2193cfcfd4a5a843459c.
These are executed snapshots, not a new inventory of the current working tree.
Later uncommitted consumer-test changes are not included in this evidence.
evidence.zip preserves each gate's six original files: input manifest, source
ZIP, stdout, stderr, start receipt and result receipt. It also preserves the
exact gate-policy.py producer. capture-files.json inside that archive pins
all 13 original payloads. Outer files.json pins every other package file;
the publishing Git commit identifies the outer manifest.
Run the following from this directory with Python 3.10 or newer:
python -B verify.py
Verification reads only: it checks exact memberships, duplicate ZIP entries, hashes, fixed source/helper pins, all archived input bytes, start/result and time consistency, commands, raw named outcomes and suite totals, compiler receipts, and identical inputs across both runs. It never extracts files, builds code, looks for historical binaries on the machine, or recaptures current sources. The producer has machine-specific paths and needs adaptation for a new run.
No binaries are distributed. The 9 and 49 compiler-artifact entries are historical receipts, not independently rehashed runnable artifacts in this package. This verifies core source behavior on native Windows; it does not establish Linux, graphical workflows, public service/CLI consumers, strict Clippy, packaging or release acceptance.