The partial-preface test raced a 5ms first-request deadline against a
10ms hyper header_read_timeout. On a slow runner both timers expire
before the next poll and tokio::select! may pick the connection branch,
surfacing hyper's header-timeout error instead of the clean deadline
close. Push hyper's timeout out to 30s so only the deadline can fire.
Co-Authored-By: Claude Opus 5.5 (1M context) <[email protected]>
Merge upstream PR #837, preserving its original commits and resolving the UsageModelDisplay layout conflict after #841. Cover response models alongside dynamic service-tier badges in detail tests.
Raw chain-of-thought was written to both `content` (`reasoning_text`) and
`summary` (`summary_text`), and the stream emitter sent the same delta on
`response.reasoning_text.delta` *and* `response.reasoning_summary_text.delta`.
Clients that render both channels therefore printed every thinking chunk
twice — most visibly the Codex CLI, whose thinking panel repeated itself.
OpenAI keeps the two channels distinct: `content` carries the raw CoT while
`summary` is the summarised view. Emit the thinking on `content` only:
- `openai_responses_reasoning_text_fields` becomes
`openai_responses_reasoning_text_parts`, returning just the `content` array;
reasoning items keep `summary: []` (or a provider-supplied summary).
- The Responses stream emitter emits `response.reasoning_text.delta` /
`.done` and no longer mirrors them onto the summary events. The reasoning
`output_item.added` no longer announces a `reasoning_summary_part`.
- The provider-state reasoning reader accepts `content` (`reasoning_text`)
first and falls back to `summary`, so it also understands items produced by
older Aether versions; its state field is renamed accordingly.
- Non-streaming builders (Chat -> Responses, manual Responses response, Grok
gateway) place the thinking on `content` and leave `summary` empty.
Tests cover the raw thinking appearing exactly once in the emitted stream.
Move Antigravity schema-preservation policy into the format crate and expose provider-aware Chat and Responses builders through the existing gateway root seam. Preserve legacy conversion and scoped Responses history behavior without weakening architecture tests.
Validated: 61 standalone architecture tests, 947 format tests, 527 transport tests, 2 actual-source planner tests, and gateway cargo check.
Preserve tool schemas across provider-scoped format conversion and OpenAI gateway planners until the Antigravity boundary. Bound reference expansion, safely merge schema constraints, and lower unsupported Claude unions.
Drop unsigned historical Claude thinking without changing Gemini behavior. Add cross-format regression fixtures and retain the project's original error output policy.
Validation: 945 format tests and 527 transport tests passed; gateway cargo check passed.
OpenRouter reports reasoning under `reasoning` and `reasoning_details`
rather than the DeepSeek-style `reasoning_content` this crate recognized.
Its streaming reasoning phase sends chunks whose `delta.content` is an
empty string, so those chunks were dropped and Responses clients saw
nothing after `response.in_progress` until they timed the stream out.
The sync aggregator kept only content and tool calls, so a stream
downgraded to a sync response lost the reasoning entirely.
Read all three spellings through one helper. `reasoning_details` wins
because only it carries the block index, and OpenRouter repeats the same
text in both fields, so exactly one source is read per object. Entries
typed `reasoning.encrypted` carry opaque provider state rather than
readable text and are skipped. A change of block index closes the open
part so downstream summaries keep the provider's segmentation.
Co-Authored-By: Claude Opus 5 <[email protected]>
Expose the xAI Imagine image and video surfaces on top of the `xai`
provider, and make the shared OpenAI video-task layer survive the
production configuration they need.
Native video requests live under /v1 (generations, edits, extensions,
with /v1/videos as a creation alias that only selects xAI candidates);
the OpenAI-compatible adapter stays under /openai/v1/videos and maps
`seconds` / `size` onto numeric duration, aspect ratio and resolution.
Clients receive an opaque Aether task ID scoped to the owning user;
polling uses the upstream task ID and the original credential, and
completed downloads fetch the returned media URL without forwarding
provider authorization to the media host.
Three fixes to the shared video layer are required for this to work
outside tests:
- OpenAI/xAI task persistence now supplies a stable 16-character
short_id, which the PostgreSQL schema requires. Existing rows keep
their original value across reconstruction, so no schema change or
historical rewrite is needed.
- Task retrieval and content downloads are admitted by the production
GET execution gate, and reconstructed tasks resolve proxy nodes,
system proxy defaults, tunnel affinity and transport profiles through
the same deployment resolver used for creation. A configured proxy
route no longer silently becomes a direct request after restart.
- When the gateway also serves the frontend, /openai/v1/videos and its
subpaths bypass the static SPA handler. Otherwise a video query
returns HTTP 200 with text/html instead of the task JSON.
Co-Authored-By: Claude Opus 5 <[email protected]>
Add a separate `xai` provider type for xAI Grok CLI subscription accounts.
It is independent of the existing `grok` provider, which reverse-proxies
grok.com with browser cookies; behavior of `grok` is unchanged.
Account binding uses the xAI device code flow, so no local callback
listener is needed and headless deployments can bind accounts. Refresh
tokens can also be imported individually or in batches, and are rotated
on refresh.
OAuth requests default to the cli-chat-proxy Responses API; API keys and
compact stay on api.x.ai. Explicit custom gateways are preserved. Only
`openai:responses` and `openai:responses:compact` are exposed; Chat,
Claude and Gemini clients reach the provider through Aether's existing
cross-format conversion rather than new native endpoints.
Upstream Responses payloads are sanitized for what xAI actually rejects:
`previous_response_id` and `metadata.user_id` are dropped, hosted
`tool_choice` is rewritten, `web_search` is restored for converted
clients, `image_generation` is stripped on older Grok conversation
models, unsupported reasoning effort is removed, and requested
`reasoning.encrypted_content` is preserved with a replay policy keyed on
the configured provider type rather than the model name.
Quota refresh reads /user and /billing?format=credits and stores a
structured usage snapshot; a prepaid balance keeps an account selectable
after the weekly allowance is exhausted. API-key accounts skip the
subscription billing surface. The admin UI shows remaining weekly quota
as a labeled bar in the provider drawer and the pool list.
Co-Authored-By: Claude Opus 5 <[email protected]>
- delete pool member scores when a provider key is deactivated
- fall through to the catalog key scan when the pool score page is empty
- log skipped local candidates with a skip_reason for diagnosis
- add regressions for inactive keys with stale available scores
OpenAI Responses treats reasoning.content as the raw chain-of-thought
and summary as a skim view. Aether was dumping thinking into summary
and leaving content null, which hid the thinking panel in desktop UIs.
Put reasoning_content / equivalent text into reasoning_text content
parts, and copy the same text into summary_text so CLI clients still
work. Stream emitters now send both reasoning_text and summary events.
Use typed connection admission errors, group HTTP limits, and make test lock lifetimes explicit. Handle fixture reads and remove unnecessary cloning and manual divisibility checks.
Bound request, stream, queue, and shutdown resource lifetimes. Reduce scheduler and Redis hot-path work and isolate database maintenance. Include regression coverage, load probes, and concurrency audit results.
Share provider DNS policy across WebSocket and connection probes, handle bracketed IPv6 literals, and preserve bounded address sets for outbound clients.
Bound SMTP DNS and TCP setup with multi-address fallback. Add opt-in trusted proxy DNS for tunnel upstreams while retaining default IP ACLs and origin isolation.
Document DNS policy boundaries and verify 809 gateway, tunnel, and HTTP regression tests.
