| 2026-07-21 |
Session close 2026-07-21: commissioning RESOLVED 9/9 Ready; D-131 proposed; SEC-014 opened
...
Lands the ops-commissioning-diag session's deliverable, whose close
bookend was lost to a session disconnect. Landed same-day by the
successor session after read-only re-verification (9/9 Ready, forwarder
active+enabled, dhcpd on both controllers, Phase-7 tag cleanup done).
- CURRENT-STATE: commissioning resolved (two stacked faults: MAC drift
from the in-place apply; MAAS 3.7 rack-only agent resolver SERVFAIL);
G10 remainder = netem step E only.
- design-decisions: D-131 PROPOSED (rack-only node DNS strategy).
- security-ledger: SEC-014 OPENED (rack cluster secret exposure).
- committee doc: closed by addendum.
- changelog + adjudication capture + as-executed index row.
- session-ledger: bounded close entry + machine-derived block re-seeded
from the 2026-07-21 scan (D next-free 132, DOCFIX 197, BUNDLEFIX 052,
10 open SEC rows).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01STHXiHfoxHqq8fGRVvb66G
|
| 2026-07-20 |
Fix committee doc: ASCII byte (em-dash in title) + CURRENT-STATE pointer (L10)
...
Prior commit 34c8770 pushed with a non-ASCII em-dash in the committee doc
title and a decoupled L10; both fixed here. Correct lint gate learned: repo-lint
exits 0 clean / 1 FAIL / 2 warn-only, so the right gate is exit != 1 (the
permanent legacy design-decisions WARN makes exit 2 the normal clean state) --
not the exit==0 I mis-used, and not the piped-tail that masked real exit-1 fails.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Diagnostic committee (4 reviewers) refutes marginal-timeout 4/4; MTU exonerated by measurement
...
Committee synthesis: docs/audit/commissioning-committee-20260720.md. Consensus:
30-min silence = a HANG not slow progress, so raising node_timeout is the wrong
knob; the proposed one-node test was confounded (timeout + concurrency changed
together). Process errors caught: measured rack not region, tcpdump doubly
mis-scoped (port + window), enlistment paradox resolved (MAAS logs script
COMPLETION so a hung commissioning-only script = identical silence). Pivotal
zero-cost reads: metal-admin MAAS VLAN MTU = 1500 -> guest never jumbo -> MTU
branch EXONERATED; region ample RAM, Temporal quiet at rest (175k wedge errors
were pre-restart). Live causes now: region Temporal starvation during a run,
and a commissioning-only script hang on nested-virt hardware. Decisive gated
test: one commission + console=ttyS0 kernel opt + full-window lease-IP capture
on virbr2+enp1s0.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Clean commissioning experiment: contention refuted; leading hypothesis = marginal 30-min timeout over slow nested I/O
...
Genuinely isolated node (0 others running, 397GiB free, terminal start
state, read-only polling) still failed at 1770s = 29.5/30 min. Refutes
contention but consistent with INHERENTLY SLOW; batch 3-pass/6-fail-at-the-
mark is the classic marginal-timeout signature. 3 nodes reached Ready on the
same rack/subnet/metadata path, so metadata is not globally broken (:5248 up,
rack->region 301; a :5248 tcpdump was inconclusive -- window closed before
the fetch stage). Recommended test needs an operator decision (MAAS-wide
config): raise node_timeout, commission one node. Stopped live diagnosis per
the circuit-breaker.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
appendix-A: new incident class -- MAAS says dhcp_on=True but no dhcpd runs (Temporal wedged)
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Records the 2026-07-20 incident by verbatim symptom: config vs running state
disagree, MAAS's own service_set reports healthy, and the region journal
shows Temporal 'Not enough hosts to serve the request'. Check is pgrep -c
dhcpd on EVERY controller; fix is snap restart maas on the region, verified
behaviorally. Includes the scope trap that made it invisible for days: an
already-built site keeps working because deployed VMs hold their addresses,
so it only surfaces when new nodes try to PXE.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
opentofu-validate: cover EXTRA roots (vr1-dc0-substrate, vr1-dc0-maas) -- second blind spot closed
...
The gate validated the outer root + every module and NOTHING ELSE, so both
applied roots shipped while it reported ALL GREEN over them -- the same
false-confidence failure the module loop exists to prevent. Roots are
DISCOVERED (any dir with a *.tf declaring terraform{}), not hardcoded, so a
future vr1-dc1-* root is covered the day it appears. Validated in a copy of
the WHOLE tree, because these roots reference ../modules by relative path
(copying the root alone gives 'Unreadable module directory' -- measured).
Gitignored *.auto.tfvars are stripped from the temp tree (may hold secrets).
VERIFIED the new check can FAIL: a deliberately broken root produced
[FAIL] vr1-dc0-maas before restoring. Harness 14/14, lint 0 fail.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
SEC-012 + SEC-013: ledger rows for the two credentials this deploy created (obligation was outstanding)
...
SEC-012: dedicated MAAS->libvirt service key. Held by a daemon on BOTH
controllers (MAAS dials the pod from the REGION, measured), authorizes a
libvirt-group user, so it can drive every inner node VM and the DC edge.
Rotation obligation + a SCOPE question: libvirt-group is broader than the
power verbs MAAS needs; tighter grant is the hardening candidate and is
Roosevelt-relevant (IPMI has the same power-only-vs-full-control question).
SEC-013: admin-scoped MAAS API key materialized to disk on the region;
surfaces include any maas-provider tfstate and a CLI profile. Verified by
format only, never printed. Tied to whether vr1-dc0-maas is retired.
Open SEC count 7 -> 9; G14 row updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
node-vm console shipped (0/9/0 in-place); commissioning narrowed, UNRESOLVED; two of my own experiments disclosed as INVALID
...
Console added + log dir parameterized, but logs stay 0 bytes: firmware
writes to VGA, so serial alone does not make a PXE-booting node observable
-- correction queued (needs graphics + virsh screenshot, or a MAAS kernel
cmdline change). Solid: PXE + ephemeral handoff work; ephemeral OS boots
with working networking (leases + NTP to rack); no region/metadata traffic
seen; memory, image sync, DHCP and shape all ruled out. SEC-010 blocking
node->region is SUSPECTED but unreadable (rules lack counters).
INVALID EXPERIMENTS RECORDED: the 'single node alone' test was not alone
(5-6 nodes still up, proven by tcpdump), and the retry did not restart
MAAS's timer while I destroyed domains mid-run. Contention is therefore a
LIVE hypothesis again, not refuted. Stopped per the circuit-breaker rather
than iterate on contaminated evidence.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
modules/node-vm: add serial console + boot log (parameterized dir)
...
Its absence blocked a live diagnosis: 6/9 dc0 nodes stall in MAAS 'Loading
ephemeral' and, with no console and no agent, a stuck node is unobservable.
Same pattern opnsense-edge already carries, for the same reason -- a
PXE-booting node emits everything interesting before anything sshable
exists. Unconditional (MAAS-managed nodes are rebuilt at will; no
live-router bounce risk like the D-129 qga channel). Log dir is a variable
rather than opnsense-edge's hardcoded vcloud literal, which is wrong on any
other libvirt host -- backport queued.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
OPEN: 6/9 nodes fail commissioning; contention refuted; blocked on node-vm having no console
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3 Ready, 6 timed out at 30 min. Hypotheses tested and REFUTED by
measurement: contention (single node alone stuck in Loading ephemeral 20+
min with 385GiB free, load 0.04), rack boot-image sync (status synced, 10
images), DHCP (same nodes enlisted fine earlier). Real blocker is
observability: modules/node-vm defines no serial console, so a stuck node
is a sealed box -- the same gap already logged for cloudinit-vm, now biting
a live diagnosis. Fix is the opt-in serial+log pattern opnsense-edge
already carries; NOT applied, since it re-applies domains mid-diagnosis and
is an operator ruling. Step E prerequisites measured and recorded (dc0-dc1
mesh = virbr5 ON VCLOUD; netem-link assumes passwordless sudo vcloud lacks).
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
STEP D COMPLETE: per-machine power tooling shipped; commissioning works, nodes reaching Ready
...
Operator-ruled per-machine virsh power. maas-node-power.sh + harness (24/24,
gauntlet 72 ALL GREEN): MAC-matched because MAAS renames machines at
enlistment, dry-by-default, every write verified by a real query-power-state.
Region prereqs fixed (no virsh there; maas profile was root-only -- created
via stdin login, key never printed). All 9 nodes powered and commissioning
end-to-end: 3 Ready / 6 Commissioning, shapes exact to D-121 Option C.
vr1-dc0-maas root retained but unused pending the stage-close D-103/D-123
amendment. G10 remainder: netem only.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
NEW: maas-node-power.sh (+harness 24/24) -- per-machine virsh power, MAC-matched
...
Operator-ruled 2026-07-20 over the pod route. Sets power_type=virsh +
power_address/power_id on already-enlisted machines, matching domains BY MAC
(MAAS renames machines at enlistment, so name matching would map nothing or
the wrong node). Dry by default; every write verified by an actual
query-power-state, since a stored parameter proves nothing about reachability.
Carries the measured reasoning: pods fail on node-vm's pool+volume disks
(domblkinfo 'missing storage backend', reproduced locally), the pod's
discovery role was already done by PXE, and per-node power is the Roosevelt
(IPMI) shape. Gauntlet 72 harnesses ALL GREEN.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
CURRENT-STATE: record step-D pod findings + pending ruling (clears L10 on prior commit)
...
Prior commit landed an audit capture without the same-commit CURRENT-STATE
update that GA-R1/C1 requires; L10 caught it. Position now records: pods
incompatible with node-vm volume-ref disks (reproduced locally), pod
unnecessary since PXE already discovered the nodes, per-machine virsh power
measured working, ruling pending.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Pod path chased to root cause: MAAS virsh pods incompatible with node-vm volume-ref disks; per-machine power PROVEN working
...
Dedicated MAAS->libvirt key minted+wired (operator-ruled). Two further
measured findings: (1) MAAS dials the pod from the REGION, not the rack, so
the credential belongs where MAAS dials from; (2) each 503 created a broken
pod server-side outside tofu state (both deleted). Final blocker: domblkinfo
fails on pool+volume disk refs -- reproduced LOCALLY on the rack with an
active pool, so it is libvirtd, not snap/SSH. Making pods work would mean
converting node-vm to file-path disks + re-applying 9 domains. Not needed:
the pod's job was discovery, which PXE already did, and per-machine
power_type=virsh query-power-state returns state=off on the canary. Per
machine power is also the Roosevelt shape (IPMI per node). Awaiting ruling.
CURRENT-STATE untouched pending the ruling.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Step D part 2: MAAS root shipped; apply refutes D-123's local qemu:///system pod mechanism
...
New opentofu/vr1-dc0-maas root (isolates MAAS creds from substrate roots
per DOCFIX-179's lesson); plan clean, apply failed 'Failed to login to
virsh console'. MEASURED root cause: confined MAAS snap gets Permission
denied on libvirt-sock and ships NO libvirt interface to connect -- a local
qemu:///system pod is architecturally impossible with snap MAAS. D-123
Model B and modules/maas-vm-host both state that mechanism; intent (no
cross-fiber dial) survives, mechanism does not. Amendment pending a ruling.
qemu+ssh replacement measured feasible (snap ships ssh; rack user in
libvirt group). Nothing was created by the failed apply.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
NEW root opentofu/vr1-dc0-maas: MAAS VM-host registration, isolated from substrate roots
...
Third root by design, applying DOCFIX-179's own lesson rather than
repeating it: a provider 'maas' block forces EVERY plan in its root to
demand maas_api_url + the sensitive key, so coupling it to the substrate
roots would make routine substrate plans require MAAS creds. This root
touches MAAS only; the substrate roots stay credential-free. Registers
the pod via modules/maas-vm-host (discover, never compose -- D-103) with
power_address local to the rack per Model B. Validated explicitly (the
validator covers only the outer root + modules -- extending it to all
roots stays queued).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
INCIDENT RESOLVED + G10 depth-4 boot gate PASS: all 9 DC0 nodes enlisted in MAAS
...
Region restart recovered Temporal; dhcpd verified by PROCESS on both
controllers (0->1 each), not by service_set. One restart fixed both sites,
confirming the single wedged-Temporal root cause. The identical canary that
had failed then enlisted immediately -- proof it was the real blocker.
All 9 nodes enlisted with shapes exactly matching D-121 Option C
(3x16/64, 2x12/48, 4x8/24): node VMs inside vvr1-dc0 PXE-booted from the
Office1 region across the transit and run the ephemeral kernel = real
nested KVM at depth 4, proven behaviorally. Appendix-A entry queued for
this new incident class.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Step D part 1 done (metal-admin DHCP configured); INCIDENT: MAAS DHCP down region-wide (Temporal wedged)
...
Rack registered + ruled dynamic range 10.12.8.100-.200 + VLAN 5005
dhcp_on/primary_rack verified by read-back. Canary node did NOT enlist:
measured dhcpd off, no process, no generated config on the rack while the
API reports dhcp_on=True -- config and running state disagree. Region
journal shows Temporal wedged ('Not enough hosts to serve the request',
2807 retries), and MAAS 3.7 drives DHCP through Temporal workflows.
Scope is wider than this deploy: voffice1 has NO dhcpd process either, so
Office1's own DHCP has been down since ~the 2026-07-17 reboot, masked by
both service VMs already being Deployed. Remedy proposed, NOT run (gated).
Detection gap queued: cloud-assert trusts MAAS's self-report.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
D-129 edge profile APPLIED on 26.7: qga channel shipped, plugins installed, agent ANSWERS guest-ping
...
expose_qga_channel (opt-in, default OFF; dc0 true) applied as an in-place
domain update -- disk with the console/API bootstrap never at risk. Real
install (status ok + msg_uuid, not dry-run echoes); service started via the
plugin's own API; gate met to the runbook's bar: guest-ping -> {'return':{}}
and domifaddr --source agent reports both legs. Prior capture of the same
name recorded the false dry-run and is replaced. Security finding queued:
the plugin can disable guest-exec RPCs (remote command execution) -- propose
at the 26.7 hardening review.
CURRENT-STATE updated in this commit (GA-R1/C1, L10 satisfied).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
FIX false-success: opnsense-plugins.sh apply ALWAYS dry-ran (DRY_RUN:+ expands on 0)
...
Found on the first-ever live run (vr1-dc0 edge, 2026-07-20): ${DRY_RUN:+--dry-run}
expands whenever the var is set and NON-EMPTY, and DRY_RUN=0 is non-empty -- so
every apply silently dry-ran while printing 'OK: profile applied'. Nothing was
ever installed by this script. The harness missed it because every test drove
--dry-run, leaving the live path with zero coverage. Fix tests the VALUE; harness
gains two live-path tests via a stub api client (verified to FAIL 2/2 against the
buggy version before restoring). 20/20.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
modules/opnsense-edge: opt-in qga virtio channel (D-129); dc0 edge sets it true
...
Shape taken from the provider schema (devices.channels[].target.virt_io /
source.unix on dmacvicar 0.9.8), not inferred. Default OFF so existing
edges are never bounced by a plan; the new dc0 edge boots with it per the
runbook's no-retrofit intent for NEW DC edges. Without the channel the
os-qemu-guest-agent package is inert-but-present -- the false success the
D-129 review flagged -- so package and channel ship as one decision.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
DC edge ADDRESSED: WAN 172.30.2.2/24 + default gw, LAN -> 10.12.4.1/22; edge egresses 0% loss
...
Applied via the new operator-ruled v4 setter pair, WAN first per its own
ordering warning. Kernel-verified both legs; 3 interfaces intact; API
answers at the new LAN address (CORE_ABI 26.7). The edge had shipped with
WAN on dhcp -- unworkable on a /24 with no DHCP server (same fact behind
the earlier probe artifact). Interim bootstrap address removed.
CURRENT-STATE position + G10 row updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
NEW: opnsense-set-interface-v4 pair (+harness 53/53) -- IPv4 + WAN gateway via the vendor config model
...
Operator-ruled mechanism 2026-07-20 ('Build the v4 setter pair'). Mirrors
the proven v6 sibling: vendor Config singleton (never a config.xml push),
dry-by-default, interface-count guard, fresh read-back verify, sh -s for
the tcsh trap, kernel ground truth. Adds the gateway half (at most ONE
gateway_item, count-guarded) and MEASURES the interface's device from the
edge's own config instead of hardcoding lan->vtnet0 like the v6 sibling.
D-113 amendment RE-MEASURED on 26.7: interfaces/settings/get carries only
offload flags; interfaces/overview/list and interfaces/<if>/get both 404 --
so the amendment holds on two majors. Gauntlet 71 harnesses ALL GREEN.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
D-125 egress isolation gate: PASS / CLOSED -- bridge-in proven end to end (2 identical runs)
...
Measurement disproved the missing-rule hypothesis first: operator-run nft
dumps show virbr4 structurally identical to the working virbr11, with all
three masquerade rules present INCLUDING the generic one, already fired --
so the pre-staged net-destroy/net-start was correctly not run. Matrix
re-probe: gateway ping 0, internet ping 0, curl 1.1.1.1 301, curl
archive.ubuntu.com 200, twice. Run-2's one-off ICMP failure recorded
UNEXPLAINED rather than swept. Side observation kept: the WAN segment
cannot reach the Office1 LAN through the ISP NAT (D-122/SEC-010 intent
holding) -- queued as an explicit hardening assertion.
CURRENT-STATE position + G10 row updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
CORRECTION (GA-R1/C2): D-125 rack-bridge follow-up was CONFOUNDED, not evidence
...
The rack has no default route (transit-only netplan; WAN bridge IP-less),
so 172.30.2.51-sourced traffic to 1.1.1.1 fails in the rack's own routing
table before the NAT is consulted. Its ICMP/TCP failures say nothing about
virbr4; the only clean signal is the guest's ICMP failure, and a guest TCP
datapoint is still missing. Measurement request widened accordingly: FULL
nft AND iptables-save dumps (backend unmeasured), diffing virbr4 vs
virbr11 across BOTH rule families -- POSTROUTING masquerade (subnet-keyed)
and FORWARD accept (interface-keyed, which a subnet grep would miss).
Fix-forward pre-staged: net-destroy/net-start reinstalls libvirt's rules.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
D-125 egress gate executed (throwaway VM, as ruled): bridge-in PROVEN, upstream NAT egress fails -- gate OPEN pending one sudo measurement
...
Run 1 was a test artifact (probe used DHCP; uplink /24 has no <dhcp> by
design -- DOCFIX queued for the gate wording). Run 2 static: gateway
ping 3/3 across the nested bridge = the D-125 property PASSES; 1.1.1.1
fails for ICMP and TCP alike. Controls pass and net-dumpxml shows the
working/failing NATs are substantively identical, so the suspect is
vcloud's live virbr4 rules, not the design -- double-NAT fallback
deliberately NOT invoked. Probe guest + temp addresses removed.
CURRENT-STATE updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
DC edge bootstrap: D-112(c) console chain complete + API key minted; D-113(a2) PROVEN on 26.7
...
Key-only root SSH to vr1-dc0-opnsense; GET core/firmware/status 200
(CORE_ABI 26.7) -- first 26.7 revalidation datapoint for the API path.
Five measured console-bootstrap findings recorded (base64 chunking for
serial wrap; tcsh quoting; measured shell_safe include; local_user_set
required to materialize authorized_keys). Rack legs 10.12.4.2/10.12.8.2
added interim; script support queued as a finding.
CURRENT-STATE position updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Permissions: targeted ask rules for scp / pipe-to-ssh / ssh-virsh (classifier walls -> gates, per 2026-07-19 ruling)
...
Deploy-window surfaces that hard-denied and stalled work: scp staging to
the dc0 rack, cat|ssh file staging, nested virsh over ssh. Per the ruled
convention these become ASK (approval prompts, Remote-Control friendly),
never allow -- hard rule 3 mutation gating is unchanged, and read-only
ssh probes stay frictionless.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Stage-close queue: operator-directed OPNsense 26.7 changelog/docs review (findings->proposals->rulings; D-129 anchor)
...
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
Deploy step C COMPLETE: inner apply 28/28 from voffice1, converged zero diff; 9 nodes + 26.7 edge RUNNING at depth-4; three first-real-apply fixes
...
voffice1 = Plane-2 executor (tofu 1.12.4, repo @29cf7bf, dc0 key,
keyscan'd known_hosts). Fixed forward, measured at first real use:
provider keyfile/sshauth URI params; wan-bridge illegal <mtu> in
bridge mode; base image uploads from the EXECUTING host (copied to
voffice1, description corrected); staging-dir literal created on
rack. Captures: inner-{plan,apply,converge}-20260720-stepC*.
Edge serial log at FreeBSD login prompt (26.7 D-112 first datapoint).
CURRENT-STATE position updated in this commit (GA-R1/C1).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01KiUu1oqt76tWvV4vEC3NAr
|
