Store resolved Telegram media references on observed messages so repeated quoted-photo turns reuse retained bytes instead of downloading them again. Preserve uncached external-reply media for the active turn and keep cache metadata out of model context.
Co-authored-by: Ayaan Zaidi <hi@obviy.us>
Co-authored-by: Ayaan Gazali <ayaangazali.work@gmail.com>
* feat(memory): support globbed extra paths
Allow root-relative glob patterns on existing memory.search.extraPaths entries across discovery, watching, reindex identity, and QMD migration.
* fix(memory): drop stale lease type import
* fix(memory): enforce extra path glob scope
Centralize QA model-pair construction after resolving the actual primary,
preserve explicit and manual single-model selections, and keep omitted
live-frontier alternates on the provider-owned OpenAI Sol/Luna policy.
Punchcard-Session: amber-workshop-workshop-36
Co-authored-by: Dallin Romney <6581799+RomneyDa@users.noreply.github.com>
* fix(telegram): validate command menu language codes
* fix(telegram): enforce exhaustive menu languages
* fix(telegram): harden command menu locale state
* fix(opencode): migrate retired free model refs
Repair the shipped beta upgrade path through the provider-owned Doctor contract. Activate the migration from the canonical configured-model selector inventory so every supported selector is covered consistently.
Co-authored-by: samson1357924 <samson1357924@gmail.com>
* fix(opencode): migrate media model preferences
---------
Co-authored-by: samson1357924 <samson1357924@gmail.com>
Carry canonical direct_messages_topic identity through authorization and config selection so channel DM topics use the same scope as delivery. Keep that identity distinct from message_thread_id.
* feat(gateway): live desktop observer for cloud workers
Adds live observation for cloud worker desktops through the gateway and Crabbox plugin, including desktop provisioning, persisted desktop metadata, tunneled WebSocket proxying, and the worker.desktop.observe protocol method.
The gateway, Crabbox plugin, and gateway protocol surfaces remain off by default behind the cloudWorkers.desktop Labs flag.
* feat(ui): Desktop panel for cloud worker observation
* docs(gateway): document cloud worker desktop lab
* fix(ci): regenerate contract baselines after rebase
* fix(protocol): regenerate Android gateway methods
* fix(ci): align rebased SDK and lint baselines
* fix(gateway): enforce view-only RFB boundary and fence desktop teardown
* fix(gateway): tighten RFB filter surface
* fix(state): keep pre-desktop databases readable and harden view-only RFB
* fix(gateway): fence desktop observer upgrades behind work admission
* fix(gateway): bind desktop observer tokens to their owner epoch
* fix(ci): regenerate config and SDK baselines after rebase
* fix(ci): regenerate native protocol and SDK baselines
* fix(ci): regenerate contracts after main rebase
* fix(state): register desktop metadata as lazy additive
* fix(ci): regenerate SDK baseline after final direct-merge rebase
Follows #120916 by removing duplicate outbound preparation and transport harness code while preserving channel Direct Messages, forum, and bot-private routing.
* perf(doctor): keep telegram doctor enumeration off the runtime graph
Telegram's built doctor artifact reached execa through dist chunking, so a
source-run host (pnpm dev, tsx CLI, vitest) could not require it and silently
dropped all 9 telegram legacy config rules plus its state migration. The
artifact also pulled telegram's runtime stores, making it a 674-chunk outlier
that dominated doctor enumeration.
Root cause: `src/token.ts` took the broad `plugin-sdk/provider-auth` barrel for
`resolveDefaultSecretProviderAlias`, dragging the auth-profile store, provider
runtime, and plugin install graph (execa, kysely, commander) into the closure.
The alias now has a narrow `plugin-sdk/secret-provider-alias` leaf, and
provider-auth re-exports it so its runtime surface is unchanged.
Thread-binding, sent-message, and sticker-cache row shapes, keys, and legacy
sidecar readers move to `*.legacy-state.ts` leaves. The doctor closure keeps
the rows and drops the ACP, session-binding, send, logger, and plugin-runtime
graphs the stores also load.
The postbuild control-plane verifier only required each artifact in a plain
Node child, the one host where these graphs resolve fine, so it proved nothing
about the invariant that broke. It now also walks each built doctor artifact's
static import closure and fails when it reaches the process-spawn graph, which
is the dist-level analogue of the source closure guard.
Guard rules added for provider-auth, acp-runtime, and conversation-runtime; the
telegram boundary test became a real closure assertion instead of a string grep.
* fix(doctor): drop dead export surface from the telegram legacy-state split
Knip and oxlint caught leftovers from the split: the leaves exported helpers
only they use, the store modules re-exported constants nobody imports from them
anymore, and thread-bindings kept a `testing` barrel whose last production
caller was the migration path that now reads the leaf directly. Tests import the
constants from the leaf that owns them, and the reset helper directly.
The closure gate's failure message still interpolated a `host` field left over
from a probe-host approach that was reverted before commit; the existing verifier
test caught it. The gate now has its own coverage: a transitive chunk edge to a
forbidden dependency is reported, while dynamic imports and non-doctor contract
surfaces are not.
* fix(doctor): adopt the upstream telegram thread-binding store split
`main` landed an equivalent thread-binding leaf as `thread-bindings-store.ts`
while this branch was open, so the branch-local `thread-bindings.legacy-state.ts`
is dropped rather than kept as a second path for the same rows.
`state-migrations.ts` now reaches token.js through the lazy import `main` added,
so `token.ts` is no longer in the doctor closure at all. The narrow
`secret-provider-alias` leaf still matters: telegram's contract-api closure
reaches `provider-auth` through `token.ts` on current `main`, which is the same
execa/kysely/commander graph, so the barrel is repaired at its source instead of
being deferred a second time.
* fix(scripts): type the built doctor closure gate for the TypeScript migration
The gate was authored against the `.mjs` script and landed in the `.mts` file
`main` migrated to, so its parameters were implicitly `any` and `check:test-types`
failed. Adds the explicit signatures plus the violation type.
Regenerates the plugin-sdk API baseline: `provider-auth` re-exports the default
secret-provider alias from the new leaf, so its module hash moves while its
runtime export surface stays identical.
Capture the fallback freshness boundary only after the pre-restart status read completes, immediately before the destructive restart begins.
Co-authored-by: Dallin Romney <6581799+RomneyDa@users.noreply.github.com>
Punchcard-Session: amber-workshop-workshop-36
`channels.zalo.mediaMaxMb: 0` (or a negative value) passes config validation
and then makes every inbound image download and every hosted outbound media
send fail, with no error naming the setting.
The monitor resolved the cap with `??`, which only replaces `null`/`undefined`,
so `0` and negatives survived into `mediaMaxMb * 1024 * 1024` and reached the
media core as a byte budget no payload can satisfy. Nothing upstream normalizes
the value: the channel schema declares `mediaMaxMb` with no range, and
`mergeAccountConfig` is a plain spread that keeps `0`.
Everywhere else a non-positive `mediaMaxMb` means unset, never reject-all: the
canonical schema is `z.number().positive()`, most bundled channels publish
`exclusiveMinimum: 0`, and the core resolvers fall back to their default. Guard
the resolver so a non-positive value falls back to `DEFAULT_MEDIA_MAX_MB`, which
is what unset already means for Zalo.
Co-authored-by: Tak Hoffman <781889+Takhoffman@users.noreply.github.com>
Keep quiet Telegram tool progress on the transient draft lane when it exists. Preserve durable delivery for media, execution approvals, and ask-user prompts across direct and queued turns.
Co-authored-by: Ayaan Zaidi <hi@obviy.us>
Peter Steinberger