Extend the local plugin system's host<->plugin contract with generic,
capability-neutral facilities, so transport plugins can be built on top
without embedding plugin-specific logic in the host.
Host services (plugin dials a broker-provided HostService gRPC):
- per-plugin namespaced KV store (key/value size and TTL bounded)
- account directory: ListAccounts + ResolveOutboundIdentity, restricted to
the accounts a plugin's declared capability already covers
- InitHostServices lifecycle hook; plugins that don't implement it run
unchanged and are simply offered no host services
Read-only runtime status channel:
- HealthResponse gains an opaque, plugin-defined status_json produced
passively (no config apply, no upstream call, no side effects)
- GET /admin/plugins/:id/status (ungated) and the plugin.status UI-bridge
verb map to Health, so a status UI can poll live state without a step-up
prompt or a "test" side effect
- config.test no longer force-shows a host success toast; the plugin UI owns
result presentation, so plugins that read status do not spam toasts
Document the UI-bridge verb taxonomy (read vs mutate/test gating) and the
status contract under pkg/pluginapi.
Paused (schedulable=false) active accounts were excluded from the
background token refresh candidates, so their stored access_token
silently expired. The admin usage-window quota probe uses the stored
token verbatim (no token provider / no refresh), so the probe then gets
HTTP 401 UNAUTHENTICATED and the dashboard reports a false "needs
re-auth" for a perfectly healthy account, while Test Connection and live
traffic (which refresh on demand via the token provider) keep working.
Pause is not permanent rejection: error accounts are already excluded by
the status = 'active' filter, and accounts whose refresh genuinely fails
are rate-limited by the retry-cooldown exclusion (10-minute retry-
exhausted cooldown). Refresh success only persists credentials and never
touches schedulable, so a paused account cannot be silently un-paused.
Drop the schedulable filter and update the SQL-filter test, the
integration pagination test, and the service-level candidate fake.
Real Ollama Cloud 429s are driven by ollama.com usage windows, not by
response headers that OpenAI/Anthropic/CN rate-limit parsing understands.
Handle them separately: apply a never-shortening temporary cooldown first,
then schedule an async probe that learns the true usage-window reset point
with a controlled, coalesced per-api_key refresh.
- ratelimit_service: route real Ollama Cloud usage accounts to a dedicated
429 path before the CN-provider branch.
- ollama_cloud_usage: add a background probe coordinator (started in Start,
waited by Stop) that fans out model-429 probes to one controlled refresh
per api_key group, reusing the recent group snapshot for coalesced members.
- repository/account_repo: add SetRateLimitedIfUnchanged, a write-back CAS
counterpart to ClearRateLimitIfObserved, so an async reset never overwrites
a newer 429, an admin clear, a re-armed generation, or a key/state change
observed by another writer between read and write.
- wire: inject OllamaCloudUsageService into RateLimitService.
Tests: unit tests for service and repository pass; targeted race tests pass;
build and vet clean; git diff --check clean. The CAS integration test compiles
but is not run (no Docker available).
Resolve three conflicts from main's #6680 (supplementUnmappedOpenAIModels):
1. gateway_handler.go — keep PR's allowlist refactoring (ModelAllowlistEnabled,
writeAllowlistedModelsList, modelListingSource); main's OpenAI branch in
writeModelsList was auto-merged.
2. group_models_list.go (modify/delete) — delete file per PR intent; relocate
supplementUnmappedOpenAIModels to group_model_allowlist.go where gateway_service
and openai_codex_models_service can still call it.
3. openai_codex_models_service.go — combine main's supplementUnmappedOpenAIModels
wrapping with PR's ModelAllowlistEnabled() guard.
Also fix two auto-merged test files that still referenced the old
GroupModelsListConfig / ModelsListConfig types.
The redeem failure counter used INCR followed by Expire(24h) on every
attempt, so each failed attempt refreshed the key TTL and the window
never actually closed for a user who kept retrying within 24h.
- Count attempts in a fixed 10-minute window via a small Lua script
(INCR, then PEXPIRE only when the key is created or has no TTL), which
is atomic and also repairs keys that lost their TTL.
- Move the counter to the redeem:ratelimit:v2: key space so pre-existing
24h counters do not seed the new window.
- Rename the service threshold to redeemMaxFailedAttempts (30) to reflect
that it bounds attempts per window, not per hour.
Public redeem behavior is unchanged apart from the window semantics:
the check fails open when the counter read fails, and a failed
increment never masks the underlying domain error.
haruka