Commit Graph
2 Commits
Author SHA1 Message Date
jschoubben af26ed2e07 gitea's ssh port test matched a manifest mistake; resolver test used Names, not Machines
TestTheForgesSshPortIsGivenByTheNumberTheForgeCallsIt exercised a settings
override from '2222' to 222 — but 2222 was never a real port anywhere,
just a mistake in gitea's own manifest (fixed alongside this: listens.port
is now 22, the container's real internal sshd port, matching every other
module's convention, and ports declares 222:22 directly — 222 has always
been the real, fixed public git-ssh port, needing no per-node override).
Split into two tests: the fixed default with no override, and a genuine
override case for a hypothetical node whose predecessor used a different
number, keyed correctly by 22.

TestTheResolverAndWhatAsksItComposeOnOneMachine set Rendering.Names but
FactNodeZones reads Rendering.Machines (novox/hq issue 111 split the two
apart: every name the mesh serves vs. the machines subset) — a loose end
from that merge, not exercised until now. Both are the same map in this
test's scenario, so both fields are set.
2026-09-25 17:07:24 +02:00
jschoubben 0d8264ff55 Give the resolver the mesh's suffix as a local domain and a module its machine's address
hal dnsmasq-app conversion, hq 08-connectivity. Converting the resolver from the module it
replaces made it forward what it cannot answer, which is what the predecessor's does, and
that found two things the controller did not say.

A resolver that forwards must not send a mesh name it does not know upstream: the
`node-zones` fact now carries `local=/<suffix>/` beside the wildcards, written here rather
than in the daemon's configuration because the suffix is the mesh's choice and this file is
the one place the mesh writes what it chose. The default lives in one helper now instead of
being spelled in two functions.

The predecessor points the container runtime's `dns` at the machine's own tunnel address —
a container cannot reach the machine's loopback. A module writing that key needs the
address, and `${machine:at}` is the machine's name; a runtime's resolver list cannot be a
name it would need that resolver to look up. So a module may say `${machine:address}`: what
`at` resolves to, read from the same names the hosts file and the wildcards are written
from, absent — and refused — off the network like `at` is.

The `mesh-resolver` and `resolver-data` constants go: nothing provided or consumed either,
the fact and `mesh-addressing` are the mechanism, and a requirement nothing provides is
refused at resolution.

Tests: the catalogue's dnsmasq, resolv-conf and resolved-split-dns manifests are parsed
and composed as a machine would receive them — fixed upstreams, no-resolv, 127.0.0.1, the
machines file, the runtime's key, the pair that decides what a machine asks refused on one
node; and on a real mesh the resolver's machines file is composed with a wildcard per
machine on the network and composed again without one that left, mirroring the hosts fact.
2026-09-24 01:10:15 +02:00