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49b1136ded |
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---
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status: open
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opened: 2026-09-30
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located-in:
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- mesh-controller internal/inventory/secrets.go (SecretFor mints a pair credential nobody accepted)
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fixed-by:
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amended-design:
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---
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# 164 — A credential that must be accepted is minted anyway
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## What was observed
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Provisioning ace's modules. Several providers hold exactly one credential they did not get from the
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mesh and cannot take one from it: a Servarr app's API key (sonarr, radarr, lidarr), jackett's API key,
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plex's X-Plex-Token, nzbget's ControlPassword, qBittorrent's WebUI password. Their consumers' pair
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credential must be **accepted** by the operator (ADR 0092). Until it is, `SecretFor` mints a random
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value, seals it to both ends, and reports nothing: the value can never work.
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Every consumer therefore had to learn to detect it — try the credential against the provider first,
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refuse a value the provider rejects, print the `secret accept` command — six write-in steps, one probe
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each (ombi, home-assistant, and the four download-stack consumers). qBittorrent bans an address after
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five failed logins, so a consumer retrying a minted value locks itself out.
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## What would be right
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A provision (or a provider's `serves`) can declare its pair credential **accepted-only**. The plan then
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refuses the pair — naming the accept command — instead of minting, and a consumer is never handed a
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value the mesh knows cannot work.
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---
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status: open
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opened: 2026-09-30
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located-in:
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- mesh-controller internal/inventory/secrets.go (AcceptSecretForPair is per consumer)
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fixed-by:
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amended-design:
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---
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# 165 — One accepted value must be accepted once per consumer
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## What was observed
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On ace, jackett's API key is the pair credential for sonarr, radarr, lidarr and bookshelf; sonarr's is
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the credential for ombi, bazarr and home-assistant. It is **one value**, owned by the provider — yet
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`secret accept` is per pair, so ace's download stack alone needs 12 accepts of 3 values, and rotating
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a provider's key means finding and re-accepting every pair. Missing one leaves that consumer on a
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stale (or minted, 164) value.
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## What would be right
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A provider-level accept: "this provider's credential for `<provision>` is X" — delivered to every
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consumer pair, current and future, and rotated in one place. Pairs whose credential is genuinely per
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consumer (postgres, keycloak, mosquitto, influxdb — minted and created by a provisioner) are unaffected.
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---
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status: open
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opened: 2026-09-30
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located-in:
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- mesh-controller internal/catalogue (requires is a list of hard requirements)
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fixed-by:
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amended-design:
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---
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# 166 — A requirement cannot be optional
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## What was observed
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Making every dependency on ace a provision turned soft dependencies into hard ones. grafana now
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requires `influxdb-api` (a data source), ombi requires `sonarr-api`, `radarr-api` and `lidarr-api`,
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home-assistant requires the Servarr APIs and `mqtt-topic`. Each is optional to the software — grafana
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runs without a data source, ombi without lidarr — but a mesh without influxdb cannot assign grafana at
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all, and a mesh without lidarr cannot run ombi.
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## What would be right
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A requirement a module can run without: resolved and bound when a provider exists, absent (with its
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`${bound:…}` placeholders refused or defaulted explicitly, never rendered empty) when none does — so
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the module description stays true on every mesh.
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---
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status: open
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opened: 2026-09-30
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located-in:
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- mesh-catalog (each module builds from its own directory, ADR 0069)
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- mesh-sdk
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fixed-by:
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amended-design:
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---
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# 167 — Code several modules share has no home
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## What was observed
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The download-stack write-in step (register download clients and torznab indexers through the Servarr
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API) is identical for sonarr, radarr, lidarr and bookshelf. Because a module builds from its own
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directory, it now exists as four byte-identical copies under `modules/<m>/downloads/`, kept honest by a
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test that fails when one differs. The same shape repeats: an MQTT probe copied into two modules, and a
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"write the provider into the app through its API, idempotently, refuse a minted value" step in ombi,
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home-assistant, nodered, tautulli and the four downloaders.
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## What would be right
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A home for shared module code the builder can use — an sdk helper (a write-in step harness: read
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bindings and pair credentials, probe the provider, diff, write, report) or a shared package the
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catalogue builds once — so a fix lands in one place.
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@@ -0,0 +1,32 @@
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---
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status: open
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opened: 2026-09-30
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located-in:
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- mesh-controller internal/catalogue/settings.go (settle: every key but `ports` merges into every mergeable file and every contribution)
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- mesh-controller internal/catalogue/declaration.go (a provider's settings are laid over what it serves)
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fixed-by:
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amended-design:
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---
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# 168 — A setting reaches every file and every contribution
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## What was observed
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Settings merge key by key into **every** `"merge": "json"` file of a module **and** every contribution
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it makes; a provider's settings are also laid over what it serves. Seen on ace:
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- searxng's `endpoints` and a route `label` land in searxng's own `settings.yml`; nodered's
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`timeZone` and `mqtt` keys land in mosquitto's grants file; keycloak's `issuer` lands in its
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`postgres-database` and `route` contributions.
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- every consumer's `plex-api` binding carries plex's `endpoints` and `expose` settings — and a provider
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setting named `port` would silently redirect every consumer.
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- a module cannot have two configurable files: searxng's sidecar config had to stop being mergeable
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so searxng's keys would not reach it.
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Harmless today only because every receiver happens to ignore unknown keys.
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## What would be right
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A setting is aimed: at a file (by resource id), at a contribution (by requirement), or at what the
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module serves — declared settable by the module (ADR 0046 already says settings drive "the fields the
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manifest marks") — and an unaimed key is refused like any unknown setting.
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