Pins mesh-sdk fix/check-speed-s2 (2a867018), whose Isolation.CacheLayer keeps what one
command of an ask writes into the caches for the ask's later commands, the shared cache
unchanged. A trunk build and the lint's vet still write the shared cache directly.
Ported from feat/try-speed S2 (issue 1921; ADR 0541 §2).
The setup started the store, then the bus, then compiled each directory one after
another: 132 s of setup in the L3 group check. Now the three start together and the
directories compile up to the bound at once; the compile runs no test binary
(-exec true), so it needs neither server and is given nothing a test reads. Ported
from feat/try-speed S5 (issue 1921; ADR 0541 §1).
A check's lint recompiled every package from a cold layer on each ask (g14 linted
mesh-catalog's 8 directories in 141 s where ace, warm, took 17 s), and said nothing
until it ended. ADR 0541 §2 and ADR 0542 §1 decided this; the built speed-up on
feat/try-speed (S11) was parked. Ported here alone: CGO_ENABLED=0 in every check
command's go environment, vet runs with the shared caches writable, and the lint
says a phase per finished directory (issue 1921).
The test built its module with no settings file and no Capacity; the new
buildstep.NodeCapacity answers 0 for that (no default names a node), so the
puller took no ask and the test timed out after 90 s in check 205f634c30df.
Failed first locally at origin/main af89893d (90.1 s), passes with the slot (2.5 s).
mesh/check failed: integration: meshbuildgo/cmd/mesh-build-go… | 105c4d628cbc on d836a31aa721 | judged by the candidate's mesh-build-go at 565c52f06c02
The operator, 2026-10-28: the gates and trunk_rule apply to every trunk,
the branches the mesh installs from, and later there may be more than
main. The trunks are read at the call from mesh-delivery-gate's source,
in one function (trunksOf), and fall back to main, said, only when it
names none. A force-push onto any trunk is refused, and trunk_rule says
whether the branch asked is a trunk.
The operator, 2026-10-28: a call waits for their Approve only if it removes
branch protection or allows a force-push to main. No TypeScript tool can
ask yet (no asker in the TypeScript SDK; ADR 0286's mark is not built in
the runner), so such a call is refused with nothing sent, and every other
call runs at once. No tool removes a rule.
enable_prune is never in the forge's answer and mirror_interval comes back
as a Go duration, so a write that worked failed its read-back. The first is
now said as not read back, the second compared as a duration.
allow_merge_update, default_update_style and has_code are taken,
projects_mode needs has_projects true, and the description names what is
left out: the name, the tracker and wiki objects, and the mirror's
credentials.
Gitea reads the push whitelist and force-push allowlist flags only beside
their parent set true and passes over a missing default branch, both with
a 200, so the tool said set for what did not change. It now refuses a
dependent field without its parent, reads the rule back and names each
field not applied, and says what the forge changed beside the call. The
bypass allowlist fields complete the 32. gitea_repo_settings_set_full sets
a repository's settings, its default branch among them, as the forge's
administrator: gitea_default_branch_set is refused as mesh-tools.
gitea_branch_protection_set_full takes every field of gitea's branch
protection API by its own name, changes only those given, writes as the
forge's administrator, logs the required why, answers the rule before and
after, and says whether the controller's trunk rule (judgedRule in
mesh-control build_source.go) now holds. The operator, 2026-10-28: a
generic tool for any configuration; design 47 L2 needs de-spiegel's main
set as a trunk.
mesh/check pass 6724dab0cf96 on 387ee59140c4 | unit 2192 run, 3794 kept, 57 skipped | integration 2208 run, 3829 kept, 57 skipped | over bound: unit, …
On ace's reboot of 2026-10-28 every unit had stopped within 17 s, yet the bus and
polkit were started again during the shutdown, nothing stopped them a second
time, and the reboot waited on reboot.target's 30-minute job timeout, silent,
until the operator forced it. node-power owns the shutdown on every machine, so
its drop-ins on reboot, poweroff and halt shorten the bound; each target keeps
its own forcing action, so the last phase still ends every process, unmounts
and syncs. The cause, node-tools starting bundles again while it stops, is
fixed in mesh-tools.
mesh/check pass a9d96b30be8d on 69056948bfa8 | unit 1639 run, 4201 kept, 46 skipped | integration 1674 run, 4215 kept, 47 skipped | over bound: unit, …
A watch that failed partway kept what it had taken; begun again, the runtime does not hand a key deleted meanwhile, so
a removed assignment read as standing and credentialRefusal could hand a consumer credential to a node no longer
running its module. Each attempt now begins from nothing held, and a late delivery to an older attempt changes nothing.
A 'not on the node' refusal is confirmed by a direct read first, since a watched mirror can be behind.
Seed-9's probe (13:31-13:36Z): novox's own of 57 secrets and 146 credentials took 26 s, past the node-engine's 15 s,
and ace and novox refused their whole shadow answer. own read the controller's assignment over the bus once per secret
and per credential (203 reads), read every record of every node, and synced the hand-out record once per value, under
the one lock every node's answers share.
Now the vault watches the assignments mirror (a watch, never a poll) and reads it from memory once caught up, over the
bus until then; one answer reads each module's assignment once; only own/<node>/ records are read; and every hand-out
of one answer is recorded in one synced write, none handed when it cannot be.
Quick fix weighed: a longer bound in the node-engine (VaultWithin). Thorough fix chosen: the cost grows with every
module and every node, and the lock is shared by every shadow answer and every apply.
An image build node up 24 days had lost its running kernel's modules to a linux-lts upgrade, so tun
could not load and every RUN line failed in pasta. mesh-build-image now proves the tun device and,
whatever its look refuses, judges its node not eligible (capacity 0 with the reason), so the asks go
to a node that can build them. The kernel module loads tun at boot and declares kernel-modules-hook,
which keeps the running kernel's modules across an upgrade. Needs mesh-sdk fix/ace-tun (Puller.Eligible).
jschoubben
mesh-tools