mesh/delivery-group group fix/1945-credential-when-row-without-seal held: a member is held: novox/mesh-controller@fbf14b68dbab (merged without a passing check:…
mesh/check pass 61196c99e6a4 on 5ba6881f9fd3 | unit 163 run, 421 kept | integration 173 run, 487 kept | composition passed on ace
Rule 6 read only whether a grant of the module's fingerprint existed. A grant
written for the module's other nodes then let a node whose account was never
issued or sealed be wanted: on 2026-10-25 at 20:04 ace's mesh-build-go was
wanted with no ace.mesh-build-go on the bus, and crash-looped 20 times for
its missing credential. A grant that names accounts now grants a node only
when it names that node's own or a process's account; one that names none
grants every node, as before.
Research 072: the grants piece (memberships and credentials heard from placement).
mesh/delivery-group group fix/1945-kept-compositions-follow-config held: a member is held: novox/mesh-controller@ff3cc47027e0 (merged without a passing check: …
mesh/check failed: integration: github.com/novox/mesh-controller/cmd/mesh-controller.TestTheDeclarationsStreamGoesOnceEveryNodeRunsTheNewEngine: with …
The controller now composes a module's kept compositions again when its config
changes, so going back keeps today's config. A want held back at an earlier
fingerprint kept the digest it was first written with, and the node applied
the old revision from the bucket's history: on g14 a rollback of mesh-build-go
put its capacity back to 0. The want now names the new digest, asked through
the record hold as any move of a record module is. A want held at F by the
rules still waits for them, as a new fingerprint does (ADR 0539 §5).
Research 072: milestone 2, the composer reacting to the change of an input.
mesh/check pass 91d041b62a1a on ec76ab77c058 | unit 163 run, 421 kept | integration 173 run, 487 kept | over bound: integration (slowest integration m…
systemd-resolved, held on shanks by the operator under rule 2, was raised
as an urgent "on no list" condition and reminded every hour, although its
hold is already said and answered on the held list. A node now goes on
neither list only when it gets no want and the module is not held, by a
hold read at its fingerprint or one this pass raises. The first pass after
a start clears the neither condition of every assigned node not on neither
list, not only those with a want, so a neither raised before the restart
for a held module (or a move waiting for its record ask) is cleared too.
mesh/check pass 975f0ed65460 on 653da54c0da3 | unit 154 run, 419 kept | integration 164 run, 485 kept | composition passed on ace
Phase guard, same kind as the failed-health hold. allRunHealthy counted
every have whatever its phase, so a node with a removed, held or still
moving have kept a hold up for ever: it counts only phase running (healthy
or not) and failed (not healthy). The failed-health hold already ignores
removed and held haves (phase running or failed only).
Stale conditions (B1). The neither and held conditions this process said
lived only in its memory, so one raised by a previous process stayed urgent
for ever once the module had its want or was no longer held. The first pass
after a start clears, once, the neither condition of every assigned module
with a want and not on neither list, and the held condition of every
module's newest fingerprint that is not held; a clear of a condition that is
not open is quiet at the router. A hold raised again forgets that it was
cleared, so a later release clears it again.
Record ask (review note 3). mustAsk wrote no ask when the want before was
removed, so the first-want path could write a recreates or moves-data
composition of a policy-record module with no ask. A removed want is now
no want, and the first want after it goes through the record ask.
Tests first, each seen failing: a hold lifted over removed, held and moving
haves; the record ask after a removed want; a fresh pass clearing what a
previous process raised, once.
On novox at 15:27:36 a have reading "health failed, phase applying" at the
controller's new fingerprint held its canary two seconds before the new
build was healthy: Wants held on a failed health whatever the phase. A
failed health while the node backs up, applies or checks is a step of the
move, not its outcome, so it holds nothing now.
Every other Health read in the assigner (rule 3's healthy, rule 5's
providedHealthy, the world's lastHealthy) already asks for phase running.
Test from the live row first, seen failing before the fix.
An old-form build (not src2:) has no composition, so no want can ever name
what such a node runs. Design limit, decided by the lead (lead-47): its first
want names the newest F, by every rule as usual - the canary (rule 3: this
node is the canary, or the canary runs F healthy), everything F needs (built,
not held, granted, composed) and the providers (rule 5). Otherwise nothing is
written and the neither condition stays. The canary stays in force, and
old-form modules (clipmenu and screen-lock on g14) leave neither list by
themselves, without a hand-written want.
The code already behaved so (an old-form have falls through to Holds); the
case is now named in Wants, and proven: a unit test for both sides of the
canary, the providers and the grant, and the integration test gives g14 F
and clears its neither condition once the canary ace runs F healthy.
A first want at the newest fingerprint passed over the canary for every module right after the switch. It now names what the node
runs: F when it runs F (by the rules without which there is nothing to want), or an older fingerprint of the new form whose
composition and grant exist, held back from F by the rule; otherwise nothing is written and the node stays on neither list. A new
assignment, with no have, waits for the rules and raises no condition (1945/AC19-AC21).
The node's own composition gives up every module with a fingerprint of the new form, so such a module is applied only through its
want. The assigner wrote no want while a rule held it back and the node had none, so clipmenu, screen-lock, i3status-rust and every
module requiring x11-display lay on neither list on g14 and shanks: xorg's health is unknown (rule 5) and the canary never ran them
healthy (rule 3), and their files were removed and never made again.
A node that runs a module and has no want for it now gets its first want by the rules without which there is nothing to want (built,
not held, granted, composed); the canary and providers rules order every move after it. Any module still on neither list is raised
as an urgent condition naming module, node and rule, written to the journal, and cleared once it has a want (1945/AC19-AC21).
Seven modules stayed held on every machine and the operator was never asked:
the teller only filled assigner asks from the view, a single failed check held
a fingerprint for good, and the held record kept no cause. The teller now asks
every assigner ask as it asks merge asks and writes the phone's answer under
the ask's key; the assigner lifts a hold whose fingerprint runs healthy on
every node that runs the module, says so once and takes its ask back; the held
record names health, phase, when and the node's words.
The assigner reads mesh-controller.builds again (the composer's runningCommits reads the build record of every open
assignment), puts its compose asks on node-build-go and says its conditions on operator-channel.
jschoubben