| 2026-07-29 |
D-136 step 6: the chain audit -- R9's drift gate built, three refusals, two dead cases
...
Three read-only lenses over data source -> renderer -> deployment mechanism,
the ruled final step of D-136 option (D). Lens 3 was adversarial and made
the chain produce wrong-but-green THREE times, all executed.
All three converged on one root cause: dc1's overlay was byte-gated and
dc0's was gated by nothing. render/values/ was referenced by zero scripts
and zero harnesses, while preflight P2 feeds the deploy gate dc0's overlay.
R9's render-drift check had been RULED and never built.
Executed wrong-but-green:
- transposing two apps' octets in the dc0 overlay (consistent, in-band,
correct prefixes) -> PASS
- changing ONE WORD, family: dual -> v4, silently reverting dc0 to IPv4-only
against R2's ruling -> PASS, because dropping prefer-ipv6 and the v6 legs
together satisfies invariant 9, and vip_dual is printed but never asserted
tests/render-drift/ is R9's gate, built. It iterates render/values/*.yaml,
reads each file's own output: field (inert until now), renders and
byte-compares. A new per-DC values file is gated the moment it is committed.
Non-zero floor plus a proof-of-teeth case that mutates a copy and requires
red.
Three refusals where the chain took the last writer silently:
- duplicate (role, kind) in the apex, in BOTH readers. Appending one spare
prefix -- routine IPAM work -- re-homed every dc0 VIP into a different /64
and went green, because the gate checks overlay-vs-apex agreement and both
sides read the same wrong value. The winner depended on JSON array order.
- duplicate app name / duplicate octet / out-of-band octet in APP_OCTET. A
duplicate name emitted two YAML blocks, safe_load kept the last, and one
app's ruled octet vanished with nothing red.
Two harness cases that could not fail:
- T3b's byte-compare was CIRCULAR -- header derived --from-overlay $LIVE
then compared --against $LIVE, so a third of the bytes were self-copied.
Proven by rewriting a header line to a false claim and still matching.
- T29's own fixture was inert; its assertion held from the overlay alone.
OWNED: my first T29 re-point asserted a --show-legs flag THAT DOES NOT
EXIST. I invented an interface instead of reading one. The harness caught it
immediately; replaced with real behaviour and recorded rather than quietly
fixed.
Gauntlet ALL GREEN (86) on vcloud; repo-lint 0 fail / 612 files. The larger
deploy-path half is logged not actioned -- see the changelog, items 16-25.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HvCyrwvYTTcDYnRErfMsNf
|
Render-pipeline step 4: the renderer, reproducing a reviewed artifact byte-for-byte
...
scripts/render-dc-overlays.py. Two stages, split exactly where forward item
F2 froze the interface: `derive` (apex + lib-net.sh -> a per-DC values file)
and `render` (values -> overlay text). `render` is PURE -- no apex, no
network, no clock -- so it is offline-testable and a future CI job re-runs
only `derive`.
ORDER INVERTED BY MEASUREMENT. The plan was ruling-3's VIP extraction first.
Three read-only agents measured two facts that reversed it: the byte-for-byte
reproduction window is still open (the live dc1 overlay is still identical to
the frozen fixture) and closes on its own when the R2/R11 reconciliation
lands; and the extraction's blast radius is far larger than ruling 3's "2
commits" -- it breaks the phase-01 deploy gate (juju deploy runs only on
11/11/0), the Octavia SAN derivation, preflight in two places, and 8 of 30
harness cases. Better done BY the renderer, so dc0's overlay is a validated
output rather than a hand edit.
A TEXT emitter, not yaml.dump: a round-tripper destroys the comment header,
normalises the quoted vip scalar, and imposes its own key order -- all three
are load-bearing bytes. Two things are INPUT rather than invented: the 12-line
comment header (lifted verbatim via --from-overlay, so a reproduction run is
honest about which bytes the tool actually generates) and the ascending-octet
emission order (sorting by name reproduces nothing). The ruled app->octet map
is READ with ast out of dc-plane-apex-import.py rather than restated as a
second drifting copy.
RESULT: output hashes to 3f93ecb3..., identical to both the committed overlay
(1634 bytes) and the frozen fixture. PROVEN ABLE TO FAIL, not merely observed
passing -- three seeded faults all fail the compare (wrong octet, dropped
header, dc0 prefixes against the dc1 artifact).
THE ARITY WORK PAID FOR ITSELF WITHIN THE HOUR. The first dual-family output
was malformed: the values file stores each v6 /64 base with trailing colons
stripped, and the emitter joined with a single colon -- 2602:f3e2:f03:11:50,
not a valid address, and it still looks like one. provider-bundle-check,
fixed yesterday for exactly this class, rejected all 13 applications. Locked
by T13/T13b.
End to end: apex -> values -> renderer -> overlay -> gate. The dual-family
dc1 render with R11's ruled-but-unbuilt apps produces 13 VIPs, all
dual-family, PASSING provider-bundle-check --dc vr1-dc1 including the new
hacluster invariant. Nothing committed has been regenerated by it yet.
tests/render-baseline gains T6, the reproduction case its README invited --
ADDED, with T1-T5 deliberately not repointed at live, and comparing against
the FIXTURE because live is supposed to diverge. T6 proven able to fail by
making the renderer sort alphabetically.
New harness 17/17; render-baseline 10/10 (was 9); gauntlet ALL GREEN (85) on
vcloud, manifest re-recorded after the drift gate correctly caught the
addition; repo-lint 0 fail / 608 files scanned.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HvCyrwvYTTcDYnRErfMsNf
|
| 2026-07-28 |
dc-node-v6-carve harness 9/9; manifest re-recorded (84)
...
Locks the properties that matter: the octet mirror is TEXTUAL (.121 -> ::121,
never a hex conversion); the D-100 raw provider NIC is skipped for having no v4
link while br-ex is included for having one; an interface already carrying a
DIFFERENT v6 refuses rather than adding a second; a vlan with no v6 subnet is a
named error rather than a silent skip; a tag matching no machines REFUSES rather
than reporting a clean zero; and apply is dry by default.
T5 drives a fully-carved fixture to green -- every live run currently fails
because nothing is carved, and a gate only ever observed failing is as
untrustworthy as one only ever observed passing.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HvCyrwvYTTcDYnRErfMsNf
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Step 3: dc-plane-ipam.sh check -- D-134's missing executable gate, with a measured baseline
...
R4's D-134 amendment ruled a site-keyed tool that "also gives D-134 an EXECUTABLE
gate instead of prose". This is that gate. Read-only half only; the mutating
actions are deliberately not in this commit (hard rule 3 -- the gate ships and
runs first, so the mutation is planned against a MEASURED baseline).
Expected state is derived, never hardcoded: v4 planes from lib-net's DC selector,
v6 planes from the NetBox apex record (D-136 option (D) applied -- the apex is the
source, so this does not create a second hand-maintained table), bands from the
D-134 2026-07-23 amendment.
LIVE BASELINE, both DCs, symmetric at 6 pass / 18 fail: all six v4 planes present;
ZERO of six v6 planes present; ZERO of twelve D-134 bands reserved. MAAS holds 17
v4 subnets and exactly one v6, which is Office1's -- a third-layer confirmation of
U17. Cloud-wide there are 3 ipranges, all dynamic, matching R4's measurement.
Proven able to BOTH fail and pass: every live run fails because everything it
asserts is absent, so T6 drives a fully-provisioned fixture to green. A gate only
ever observed failing is as untrustworthy as one only ever observed passing. It
REFUSES rather than reporting clean on an unreachable MAAS, an unreadable apex, or
a band of unrecognised type, and distinguishes an ABSENT maas binary from an
unreachable MAAS -- the misdiagnosis class this audit found three times.
The provider GUA VIP /64 is reported but NOT asserted as a MAAS subnet: it holds
hacluster-managed VIPs, not node addresses, so MAAS cannot hand one out. Whether it
should also be a MAAS subnet is left open rather than decided by a gate.
Harness 14/14. Gauntlet ALL GREEN (83) -- the R15(2) manifest gate correctly caught
the new harness as unpinned drift and was re-recorded deliberately, which is the
mechanism working end to end in its first real use.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HvCyrwvYTTcDYnRErfMsNf
|
R15(2): the gauntlet pins a harness MANIFEST, completing the R15 gate work
...
tests/HARNESS-MANIFEST (82 names) plus a drift gate in run-tests-all.sh, with
--record-manifest for deliberate re-recording. The zero-floor already existed;
what was missing was any pin on WHICH harnesses ran, so a renamed or deleted
harness was neither run nor failed while the gauntlet still printed ALL GREEN.
The figure 81 existed only as prose.
Proven able to fail on both cases, including the one a bare count cannot catch:
renaming a harness is reported, and renaming one WHILE adding a decoy -- so the
count holds at exactly 82 -- is still caught, naming both the missing and the
unpinned entry. That case is why the ruling chose a manifest over a count.
Sequenced LAST of R15's three deliberately: the ruling warns a manifest must be
seeded from a verified tree, not from whatever is on disk. Seeded here from a
tree with the gauntlet ALL GREEN and repo-lint 0 fail in the same session.
The gate runs only on a full gauntlet -- a filtered run legitimately executes a
subset. A missing manifest is itself a FAIL, since ALL GREEN would otherwise be
unfalsifiable.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01HvCyrwvYTTcDYnRErfMsNf
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