Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51` (já com a leva anterior dentro): os nove boardaram **sem um único conflito**, `typecheck:core` limpo e **80/80** nos 6 arquivos de teste que os PRs trazem.
O crescimento de arquivo próprio da leva foi rebaselinado num registro datado (`_rebaseline_2026_09_03_hartmark_batch`): `combos/page.tsx` 5012→5018 (#12355, tratar o estado degradado quando o bundling de tiktoken de um provider sem relação falha) e `open-sse/services/combo.ts` 4023→4036 (#12338, os fixes do universal-handoff). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Obrigado, @hartmark.
Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51` (já com a leva anterior dentro): os nove boardaram **sem um único conflito**, `typecheck:core` limpo e **80/80** nos 6 arquivos de teste que os PRs trazem.
O crescimento de arquivo próprio da leva foi rebaselinado num registro datado (`_rebaseline_2026_09_03_hartmark_batch`): `combos/page.tsx` 5012→5018 (#12355, tratar o estado degradado quando o bundling de tiktoken de um provider sem relação falha) e `open-sse/services/combo.ts` 4023→4036 (#12338, os fixes do universal-handoff). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Obrigado, @hartmark.
Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51` (já com a leva anterior dentro): os nove boardaram **sem um único conflito**, `typecheck:core` limpo e **80/80** nos 6 arquivos de teste que os PRs trazem.
O crescimento de arquivo próprio da leva foi rebaselinado num registro datado (`_rebaseline_2026_09_03_hartmark_batch`): `combos/page.tsx` 5012→5018 (#12355, tratar o estado degradado quando o bundling de tiktoken de um provider sem relação falha) e `open-sse/services/combo.ts` 4023→4036 (#12338, os fixes do universal-handoff). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Obrigado, @hartmark.
Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51`: `typecheck:core` limpo, `check:provider-consistency` OK (273 entradas REGISTRY, **356** providers canônicos), `check-docs-counts-sync` exit 0 e **300/300** nos testes que a leva toca.
O crescimento de arquivo que os PRs empilham uns sobre os outros foi rebaselinado num único registro datado (`_rebaseline_2026_09_03_houminxi_batch`), com a decomposição por arquivo: `providers/page.tsx` +18 (import CSV do #12504 + busca do #12495 no mesmo painel), `accountFallback.ts` +6 (o #12566 sobre o rebaseline que o #12590 já registrou — os dois tocam `checkFallbackError`) e `chatCore.ts` +3 (invalidez de cache de quota no 429 do #12325). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51`: `typecheck:core` limpo, `check:provider-consistency` OK (273 entradas REGISTRY, **356** providers canônicos), `check-docs-counts-sync` exit 0 e **300/300** nos testes que a leva toca.
O crescimento de arquivo que os PRs empilham uns sobre os outros foi rebaselinado num único registro datado (`_rebaseline_2026_09_03_houminxi_batch`), com a decomposição por arquivo: `providers/page.tsx` +18 (import CSV do #12504 + busca do #12495 no mesmo painel), `accountFallback.ts` +6 (o #12566 sobre o rebaseline que o #12590 já registrou — os dois tocam `checkFallbackError`) e `chatCore.ts` +3 (invalidez de cache de quota no 429 do #12325). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51`: `typecheck:core` limpo, `check:provider-consistency` OK (273 entradas REGISTRY, **356** providers canônicos), `check-docs-counts-sync` exit 0 e **300/300** nos testes que a leva toca.
O crescimento de arquivo que os PRs empilham uns sobre os outros foi rebaselinado num único registro datado (`_rebaseline_2026_09_03_houminxi_batch`), com a decomposição por arquivo: `providers/page.tsx` +18 (import CSV do #12504 + busca do #12495 no mesmo painel), `accountFallback.ts` +6 (o #12566 sobre o rebaseline que o #12590 já registrou — os dois tocam `checkFallbackError`) e `chatCore.ts` +3 (invalidez de cache de quota no 429 do #12325). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Validado em lote numa worktree combinada com os 9 PRs desta leva sobre o tip de `release/v3.8.51`: `typecheck:core` limpo, `check:provider-consistency` OK (273 entradas REGISTRY, **356** providers canônicos), `check-docs-counts-sync` exit 0 e **300/300** nos testes que a leva toca.
O crescimento de arquivo que os PRs empilham uns sobre os outros foi rebaselinado num único registro datado (`_rebaseline_2026_09_03_houminxi_batch`), com a decomposição por arquivo: `providers/page.tsx` +18 (import CSV do #12504 + busca do #12495 no mesmo painel), `accountFallback.ts` +6 (o #12566 sobre o rebaseline que o #12590 já registrou — os dois tocam `checkFallbackError`) e `chatCore.ts` +3 (invalidez de cache de quota no 429 do #12325). As violações restantes (`codex.ts`, `stream.ts`) foram medidas também no tip puro e são drift da base, não desta leva.
Validado sobre o tip de `release/v3.8.51` após reconciliar quatro arquivos que driftaram. Em parte o tip já tinha absorvido a intenção deste branch por abstrações melhores, então mantive a forma do tip e trouxe os ganhos que ainda eram reais:
- **`sseCollect.ts`** — o tip extraiu `stripObfuscationZeroWidth()` para `utils/zeroWidth.ts`, o que supera o `ZERO_WIDTH_RE` local (removido). A içada de `TEXTUAL_TOOL_CALL_RE` foi mantida: essa regex ainda estava inline num caminho quente.
- **`resultMemo.ts`** — o `memoStore()` do tip devolve o clone armazenado para que o idiom comum `memoStore(k, r); return memoLookup(k)!` evite um segundo deep-clone de vários MB. Esse contrato foi preservado (o branch o revertia para `void`), e o round-trip `JSON.parse(JSON.stringify())` virou `structuredClone()` nas duas pontas — que era o ponto de performance real do branch.
- **`browserPool.ts`** — o tip agora tem caminho headed e o engine Obscura (#12286). Ambos preservados, mais a varredura de TTL do `pendingContexts` deste branch, adaptada ao nome `poolKey` do tip.
- **`executeAttempt.ts`** — mantido o comentário explicativo do tip.
Também corrigi **quatro erros de typecheck que o branch introduzia**: `hasUnsupportedSignal` estava tipado `boolean` mas avaliava para `string | boolean`, e o fast-path de `extractUsage()` indexava `c.response`/`c.message` como `unknown`.
`typecheck:core` limpo e **482/482** nos testes de antigravity + compressão na própria branch. Obrigado, @opensource-elearning.
Validado sobre o tip de release/v3.8.51 após reconciliar o base-drift.
O pool de browsers ganhou um caminho **headed** (`headedBrowser`/`headedLaunching`, `resolvePlainBrowserLaunchOptions`, estado de launch por modo) depois que esta branch forkou. O PR reescrevia `launchBrowser()` no modelo de browser único contra o qual foi escrito, o que teria **removido o suporte headed**. Em vez disso, reapliquei a preferência pelo Obscura dentro do ramo headless de `launchBrowserInstance()`, à frente do cloakbrowser e do Chromium puro — um browser headed precisa ser um Chromium com janela real, então a preferência de engine é só do caminho headless. `state.engine` alimenta `isStealth` e `getBrowserPoolStatus()`, e o shutdown zera o engine sem matar o servidor Obscura compartilhado (dono: `./obscura.ts`).
typecheck:core limpo e 3/3 em tests/unit/obscura-integration.test.ts. Obrigado, @opensource-elearning.
Validado em lote sobre o tip de release/v3.8.51: boardou sem conflito, typecheck:core limpo e 17/17 em tests/unit/combo-context-window-filter.test.ts. Obrigado, @opensource-elearning.
Validado em lote numa worktree combinada com #12524, #12538, #12277 e #12367 sobre o tip de release/v3.8.51: os quatro boardaram sem conflito (áreas disjuntas — zai-web, nvidia, clova, cursor/devin/fable). typecheck:core limpo, check:provider-consistency OK (272 entradas REGISTRY, 355 providers canônicos), check:known-symbols OK, e 305/305 nos testes tocados pelos quatro PRs. Os IDs de modelo adicionados foram conferidos individualmente. Obrigado, @backryun.
Validado em lote numa worktree combinada com #12524, #12538, #12277 e #12367 sobre o tip de release/v3.8.51: os quatro boardaram sem conflito (áreas disjuntas — zai-web, nvidia, clova, cursor/devin/fable). typecheck:core limpo, check:provider-consistency OK (272 entradas REGISTRY, 355 providers canônicos), check:known-symbols OK, e 305/305 nos testes tocados pelos quatro PRs. Os IDs de modelo adicionados foram conferidos individualmente. Obrigado, @backryun.
Migrates the Claude, Grok, LMArena, Notion and Perplexity web-cookie transports from the tls-client-node/Koffi sidecar to the exactly pinned wreq-js 3.2.0 runtime, keeping the per-provider browser/OS profiles, making request cookies ephemeral, bounding and generation-protecting the shared native transport pool, removing the legacy downloader and repair path, and carrying the native binding and license evidence through the npm, standalone, Electron, Docker and Bun packaging surfaces.
This is the consolidation of the two competing migrations, and the consolidation was decided by evidence rather than by preference. #11753's six suites were installed over this implementation and run as an independent specification: 31 of 36 passed. All five failures are artefacts of #11753 being the older design, not coverage gaps —
- two hardcode the 3.0.0 pin in their assertions (this branch pins 3.2.0, which is what the release tip already resolves; #11753's 3.0.0 would have conflicted);
- one reads open-sse/services/chatgptTlsClient.ts, deleted when #11754 retired ChatGPT Web, so the test is stale against the current tip;
- two import WREQ_JS_NATIVE_BINARY_NAMES / resolveWreqJsNativeBinaryName, which this branch redesigned into WREQ_JS_NATIVE_BINDINGS / resolveWreqJsNativeBinding plus WREQ_JS_VERSION — a rename from modelling natives as file names to modelling them as package bindings, verified as an API difference rather than a lost capability (the linux-x64-gnu .node is present and serviceable).
This branch is also the strict superset by scope: 7 files exclusive to it, including the wreq-js Rust license inventory and notices, .trivyignore, open-sse/utils/tlsClient.ts and assembleStandalone.mjs. #11753 had one exclusive file, its changelog fragment. Nothing needed porting, so #11753 is superseded rather than merged, and the changelog entry credits both.
Reconciled on merge: clean against the tip. The new migration suite (tests/unit/tls-client-wreq-migration.test.ts, 1374 lines, 31 cases) is frozen at its exact LOC with the rationale — it shares one native-transport harness, so splitting it mid-merge would duplicate that harness for no coverage gain. Verified that no existing cap moves.
Verified: 182/182 across the eight TLS, native-manifest, postinstall, standalone-bundle, pack-artifact and provider-validation suites, typecheck:core clean, check:cycles OK, check-changelog-integrity OK, check-file-size OK, and every changed TypeScript file parses.
Restores ChatGPT Web on a clean-room browser transport, merged on the operator's explicit decision.
Worth stating precisely, because this touches a provenance decision: the PR does not revert #11754. It narrows RETIRED_COMMON_CHATGPT_WEB_PROVIDER_IDS to the single GPL-derived alias cgpt-web and registers chatgpt-web as a separate clean-room id. The old implementation stays retired and blocked; the retirement machinery, its error code and its 410 contract are untouched. All four retirement suites agree with that distinction and pass unchanged.
The 44 protected agent-instruction surfaces this PR touches (AGENTS.md, llm.txt and its 42 mirrors, README) were verified rather than trusted: masking digits and comparing the removed and added line sets gives 264 lines on each side, identical — every change is a provider-count substitution, with no sentence added, removed or reworded.
Reconciled on merge: clean against the tip, with the two chat chokepoints this PR grows (src/sse/handlers/chat.ts +40, open-sse/handlers/chatCore.ts +30) recorded in the file-size baseline under an annotation. Verified that exactly those two caps move and nothing else, so the #12411 ratchet holds. The rebaseline is carried on this branch rather than left in a validation worktree — the propagation mistake that put the 2026-09-02 merge waves base-red in #12434.
Verified: 504/504 across the PR's 44 test files plus all four chatgpt-web retirement suites, check:provider-consistency OK (272 REGISTRY entries, 355 canonical providers), check-file-size OK, and every changed TypeScript file parses.
Thanks @backryun — separating the clean-room id from the retired alias, instead of reopening the old one, is what made this reviewable.
Closes the remaining noImplicitAny gap in global system-prompt injection without changing valid OpenAI or Claude request behaviour: injectSystemPrompt gets a caller-preserving generic type, unknown bodies/message entries/content are narrowed before access, malformed entries are skipped instead of throwing, and request/message/content immutability is preserved.
Validated in a combined worktree with the batch's ready set boarded onto the current tip: parse sweep clean on every changed TypeScript file, typecheck:core clean, check:dashboard-typecheck OK (207 pre-existing errors, all within baseline), check:cycles OK, check-file-size OK, 203/205 focused node tests and 94/94 vitest — the two failures belong to #12427, which is held back.
The service operator asked in writing (2026-08-30) that their service be
removed from OmniRoute entirely: executor, registry entry, no-auth catalog
entry and alias, icon mapping, env var, docs rows, dedicated tests and
snapshots, and every passing mention in comments, fixtures and CHANGELOG
entries. Provider count drops from 355 to 354 on every canonical surface.
Co-authored-by: Markus Hartung <diegosouzapw@users.noreply.github.com>
POST /v1/images/generations through a combo returned a bare array instead of the OpenAI {created, data} payload: executeImageCombo() unwrapped one level too many, and the n used for cost calculation read the same double-nested shape, so it was always 0. The combo path now returns the handler payload unchanged, matching the direct-model path.
Second half: Codex image results emitted a data: URI in url whenever response_format was not b64_json, but OpenAI returns b64_json for the gpt-image-* family — clients that omit the field, Codex CLI's built-in image_gen among them, could decode neither shape. Codex now defaults to b64_json; an explicit response_format: "url" keeps its previous behaviour. Both land together because fixing one leaves Codex CLI failing at the other.
Validated in a combined worktree with all 25 PRs of this batch boarded together: typecheck:core clean, 443/443 node-runner tests plus 14/14 vitest across every test file the batch touches, and check-changelog-integrity, check:cycles (418 files), check:provider-consistency (272 REGISTRY entries, 355 canonical providers), check:docs-counts, check:docs-sync (42 locales) and check-file-size all green.
Thanks @pacocartones.
When every combo target is excluded because the request's max_tokens exceeds each target's known output limit, the terminal 400 now says so — requested max_tokens against the pool's highest known ceiling — instead of the unrelated "supports structured output for this request". Diagnostics (unmet, excluded[].reason, terminalReason) are unchanged; only the message for the output_tokens primary reason moves.
Validated in a combined worktree with all 25 PRs of this batch boarded together: typecheck:core clean, 443/443 node-runner tests plus 14/14 vitest across every test file the batch touches, and check-changelog-integrity, check:cycles (418 files), check:provider-consistency (272 REGISTRY entries, 355 canonical providers), check:docs-counts, check:docs-sync (42 locales) and check-file-size all green.
Thanks @pacocartones.
MaxAI joins as a first-class signed provider: 13 chat models discovered live from /models/get_config plus 6 image models, routed through the standard /v1 endpoints with per-request X-Authorization signing, browserless onboarding, prompted tool-calling, vision input, image generation and document RAG.
Reconciled on merge — worth reading, because the branch forked 227 commits back and 77 files conflicted. Only five carried MaxAI content; the rest was drift from the older release line and took the tip's side, taking the diff from 113 files to 37 (then 93 as counted against the current base).
- executors/index.ts: the tip has since refactored the executor map to lazy dynamic imports, so MaxAI is registered in that shape rather than the branch's static import.
- imageRegistry.ts: kept only the maxai block. The branch still carried microsoft-designer-web, which #11754 retired.
- models/route.ts: the conflicting hunk was an unrelated Vertex/Anthropic URL change, not MaxAI — tip's side.
- volcengine agent-plan/coding-plan registries: git auto-merged both sides and produced a duplicated supportsVision key, which TypeScript rejects (TS1117). Removed.
One real integration break that only the combined state shows: the MaxAI entry declared no serviceKinds, which #11392 made required a few hours ago. Provider validation threw at load time and check:provider-consistency crashed outright. Declared ["llm"] — the image kinds derive from imageRegistry, per the convention in that PR's backfill.
Every count was measured rather than taken from the branch, and each would have been wrong: reserved prefixes are 402, not the 397 the branch computed from its stale 395 base; providers are 353, not 354. PROVIDER_REFERENCE.md regenerated, the count updated across README/AGENTS.md/llm.txt and its 42 mirrors, package.json and 6 SVGs — every changed line in those files is a digit substitution and nothing else, verified by masking digits and comparing the removed and added sets (90 lines, identical). The executor-map golden snapshot was regenerated: keyCount 133 -> 134.
The branch's file-size-baseline.json predates #12411's ratchet re-tightening, so it was discarded rather than merged — taking it would have silently undone that. The three files this PR grows (proxyFetch.ts +20 for the Windows/firefox_150 TLS profile, imageGeneration.ts +12, models/route.ts +48) were entered against the current baseline under one _rebaseline annotation; no other cap moves.
Verified: typecheck:core clean, check:provider-consistency OK (269 REGISTRY entries, 353 canonical providers), check:docs-counts exit 0, check-file-size OK, check:cycles OK, and 79/79 across the MaxAI suites plus 21/21 reserved-prefix and 2/2 executor-map-golden.
Thanks @arminanton — the provider work itself is thorough; it was the 227 commits of base that needed the attention.
* fix(sse): map normalized xhigh to max for GLM-5.x+, DeepSeek-V4+, and provider aliases
* feat(sse): support native max reasoning effort and per-model clamping
* test(sse): add unit tests for Qwen 3.8, Claude 4.7+, GPT-5.6, and 2026 reasoning models
* fix(sse): align tests and file-size split for native max effort
Keep `max` as a first-class canonical tier. Split the new sanitizer
coverage out of base-executor-sanitize-effort.test.ts so the file stays
under testCap, and update discovery/catalog/vscode assertions to expect
native max instead of the old xhigh alias.
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
* fix(sse): keep combo effort lists and drop unused collectSSE helper
Combo vscode routes still advertise the 5-tier list. Canonical `max` is
preserved in discovery (#9160) and github model metadata. Remove the
unused collectSSE helper that failed the absolute ESLint gate.
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
---------
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
Co-authored-by: Chewji <Chewji9875@users.noreply.github.com>
* fix(kiro): do not permanently ban on 'User is not authorized to make this call'
* test(kiro): regression cover the 403 'User is not authorized' non-ban classification
---------
Co-authored-by: Deftera186 <Deftera186@users.noreply.github.com>
Co-authored-by: Diego Rodrigues de Sa e Souza <diegosouza.pw@gmail.com>
* feat(usage): devin-cli agentic quota + openrouter credits in Provider Limits
Two provider families with live quota APIs were missing from the Provider
Limits dashboard because their list entries were absent:
- devin-cli: new usage leaf querying the Codeium seat-management Connect API
(exa.seat_management_pb.SeatManagementService/GetUserStatus, protobuf over
POST with the raw `Basic <token>-<token>` auth header the CLI itself uses).
Surfaces the plan name plus daily/weekly agentic quota percentages with
reset timestamps from the GetUserStatus plan_status payload, via a minimal
hand-rolled protobuf encoder/reader (no proto dependency warranted for two
fixed messages).
- openrouter: the /key + /credits quota fetcher (#6842) was already wired
into the dispatcher but gated out of the bulk sync — add it to
USAGE_SUPPORTED_PROVIDERS and PROVIDER_LIMITS_APIKEY_PROVIDERS so key
limits and account credits actually surface.
* fix(build): externalize tiktoken so tiktoken_bg.wasm resolves at runtime
The vendored ChatGPT Web connector v4.0.7 (#12181) imports tiktoken
(get_encoding) at module level. tiktoken's node build reads
tiktoken_bg.wasm via a __dirname-relative fs.readFileSync during import;
when Next bundles the package the wasm asset is not traced into the server
chunk, and page-data collection for every route reaching the tokenizer
(e.g. /api/providers/[id]/chatgpt-web-codex-doctor) aborts with
"Missing tiktoken_bg.wasm" — breaking the whole standalone build.
Externalize it like the other runtime-resolved native/wasm packages
(sql.js, sqlite-vec, better-sqlite3): the require stays at runtime, where
node_modules/tiktoken/tiktoken_bg.wasm resolves normally.
* fix(openrouter): /credits balance survives a /key failure
OpenRouter is credit-based, not subscription-based: the authoritative
remaining-credits signal is GET /api/v1/credits (total_credits -
total_usage, the documented "get remaining credits" endpoint), while the
/key limit fields are optional per-key caps that most accounts never set.
fetchOpenrouterQuota previously treated /key as mandatory — any /key
failure (429 rate limit, transient error, unexpected shape) discarded the
whole payload and the Usage dashboard showed "OpenRouter (usage endpoint
unreachable)" even though /credits was reachable. Now:
- /key unavailable + /credits OK → credits-only quota (creditBalance =
total_credits - total_usage) instead of null
- /key 401/403 alone no longer means an invalid token; only a double
auth-rejection (both endpoints) does
- null is returned only when both endpoints fail, and the dashboard label
reflects that ("credits endpoint unreachable")
* fix(openrouter): render AI Credits as a USD credit count in Provider Limits
The Provider Limits card's dollar renderer only activates on
isCredits/creditCount rows (QuotaCardExpanded), but openrouter went through
parseGeneric — which drops `currency` and never sets those flags — so the
credits balance rendered as a meaningless "100% left" (the unlimited-credits
row is always 100%) instead of the actual credit count.
Route openrouter's `credits` quota through buildCreditsQuota() like the
DeepSeek/AgentRouter credits rows: label "AI Credits", dollar-formatted
balance. Free-tier request windows keep the generic percentage treatment.
* fix(usage): document DEVIN_SEAT_API_URL and split quota parsers
Keep fetchOpenrouterQuota and decodeProtoFields under the complexity
ratchets, and add the seat-management URL to the env/docs contract.
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
* test(usage): drop duplicated GLM quota-ordering test in provider-limits-ui
* test(usage): drop stale openrouter ACCEPTED_DIVERGENCE
OpenRouter is now in both USAGE_FETCHER_PROVIDERS and
USAGE_SUPPORTED_PROVIDERS, so the recorded aggregator divergence
is no longer real. Add the changelog fragment.
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
---------
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
Co-authored-by: Diego Rodrigues de Sa e Souza <diegosouza.pw@gmail.com>
* perf(compression): memory and OOM mitigations for large payload hashing and token estimation
* fix(compression): implement getMemoStats observability for result memo (#7847)
Adds the missing memo observability layer referenced by
tests/unit/compression/oom-memo-memory.test.ts and the monitoring API:
- resultMemo.ts: lifetime hit/miss counters + bounded time-ordered ring
buffer (10k entries, ~90KB) powering 1m/5m/15m/1h hit-rate windows;
getMemoStats() reports size/capacity/hits/misses/hitRate + windows.
- memoLookup() tags served results with stats.memoHit = true.
- clearMemoStore() also resets counters and the ring.
- compression/index.ts re-exports getMemoStats for the monitoring route.
- types.ts: optional memoHit field on CompressionStats.
- New GET /api/monitoring/compression route exposing the stats snapshot
(lightweight, no DB) for operators to track cache-hit efficiency.
* fix(compression): align memo contract with upstream #11727 — return caller object, reset lookup counter in clearMemoStore
* fix(compression): restore unwrapEventEnvelope in stream payload collector summaries
The OOM-mitigation commit accidentally replaced unwrapEventEnvelope(evt.data)
with asRecord(evt.data) in the summary builders and live push, breaking
translate-mode {event, data} envelope unwrapping (clientPayload type detection)
and failing 2 stream-payload-collector tests. Restored upstream semantics;
kept the jsonLength OOM optimization as the only delta in this file.
* refactor(compression): break down writeValue and writeEncodedString to pass complexity ratchets
Refactors jsonSha256 internal helpers (writeValue, writeEncodedString)
into small, single-responsibility sub-functions under the complexity
threshold (max cyclomatic 15, max cognitive 15). Preserves exact
JSON.stringify parity, circular reference guards on both arrays and
plain objects, and escape behavior (all 530 relevant tests pass).
* test(compression): make oom-memo heap assertion robust without expose-gc
The CI unit-test shard runner does not pass --expose-gc, so global.gc is
undefined and heapUsed can still momentarily hold GC-pending transients
(observed 53.4 MiB after a 3MiB body). Gate the retained-heap assertion
on forced collection being available (3 forced cycles for array buffers)
instead of skipping it silently, and keep it fully active when
--expose-gc is present.
* fix(compression): restore worker-pool offload path in runCompressionAsync
The OOM-mitigation refactor dropped the isCompressionWorkerEligible /
runCompressionInWorker dispatch at the top of runCompressionAsync, silently
removing the base's worker-thread offload for eligible large payloads.
Restore the block exactly as on release/v3.8.51, ahead of the result-memo
path, keeping the memoization and hashing improvements intact.
* docs(api): document GET /api/monitoring/compression and log route errors via pino
Add the new monitoring endpoint to docs/openapi.yaml following the
neighboring System entries, and replace the route's console.error with
the repo-standard pino logger.
* fix(skills): regenerate omni-resilience and add changelog fragment
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
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Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
Co-authored-by: Andrian Balanescu <AndrianBalanescu@users.noreply.github.com>
Co-authored-by: Diego Rodrigues de Sa e Souza <diegosouza.pw@gmail.com>
* feat(combos): add universal handoff feature flag
Add a default-enabled runtime flag that lets operators disable universal context handoffs globally without changing existing combo configuration or requiring a restart.
* fix(i18n): seed the universal-handoff flag description key across locales
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Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
The provider plugin manifest already exposed usage-fetch (40 providers, #11903); this publishes the second capability, usage-supported, so integrators can tell without reading TypeScript whether the server usage routes accept a provider. #11903closed#11722 after shipping only half of it and said so at the time — this is the follow-up it promised.
The two scopes genuinely differ and the docs now say how: usage-fetch resolves on id or alias (the dispatcher accepts both), usage-supported on id alone, because the runtime guard does a plain USAGE_SUPPORTED_PROVIDERS.includes(providerId) with no alias resolution. 42 providers carry both tags, 4 carry only usage-fetch (opencode, opencode-zen, openrouter, xai) and 3 only usage-supported (adobe-firefly, firefly, xiaomi-mimo-token-plan) — 7 measured differences, so neither tag implies the other. No list mutation, no new route, schemaVersion stays 1.
USAGE_SUPPORTED_PROVIDERS moved out of src/shared/constants/providers.ts into an import-free leaf at open-sse/services/usage/supportedProviders.ts, keeping the manifest's import graph light — the same move fetcherProviders.ts got in #11903, landed on the correct side of the workspace boundary.
Base note: the branch forked 46 commits before kilocode joined the list, so a wholesale take of its providers.ts would have silently dropped that id. Verified against the current release tip before merging — both sides hold the same 46 ids, nothing lost.
Verified on the current tip: typecheck:core clean, check:cycles OK across 417 files (the import-free-leaf claim holds), and 63/63 focused tests across provider-plugin-manifest, usage-fetcher-registration-coverage, adobe-firefly and agentrouter-quota-dashboard-rendering.
Thanks @maxmad64bis — and for finishing the half of #11722 that was left open rather than letting it sit.
* fix: resolve compression worker file using runtime anchors instead of import.meta.url
Replace workerUrl() function that used import.meta.url with resolveWorkerFile()
function that uses runtime anchors (process.cwd() and process.argv[1]) to locate
the worker file. This fixes webpack module resolution in Next.js standalone
bundles where import.meta.url is replaced with a stub pointing to build machine
path.
Also update Dockerfile to copy required worker-related scripts and adjust
npm install flags for better compatibility.
* fix(docker): restore base Dockerfile — keep npm ci --ignore-scripts supply-chain guard
Revert every Dockerfile change from this branch back to release/v3.8.51:
the branch dropped --ignore-scripts (reopening install-time script
execution for all transitive deps), swapped the reproducible npm ci for
npm install, invoked the nonexistent 'npm approve-scripts' command, and
broke the better-sqlite3 smoke test with a stray space in ':memory: '.
The worker-file fix does not need any Dockerfile change.
* test(compression): export runtime-anchor helpers and cover worker-file resolution
firstAncestorWith's doc already claimed 'exported for tests' without the
export; export it together with resolveWorkerFile and add unit coverage
for the runtime-anchor resolution: cwd anchor, dirname(argv[1]) anchor,
bounded walk-up (8-level cap boundary), prod-first .js-over-.ts ordering,
dev .ts fallback and the fail-open cwd fallback when nothing exists.
Fixtures live in mkdtemp sandboxes only — the repo tree is never touched.
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Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
The weight table said stability accounts for "low latency stdDev / error rate". Grep errorRate in scoring.ts and you find it declared on ProviderCandidate and read nowhere — while combo.ts pulls 24 hours of usage history behind a ten-sample floor, falls back to real-time metrics, and hands every candidate an errorRate the scorer ignores. Two candidates, one failing 1% of calls and one failing 99%, scored identically at 0.459486.
This declares reliability as a sixteenth factor: 1 - failureRate, using the same formula, field precedence and rate-bounding speedRanking.ts already applies, so a corrupt reading means "nothing observed" rather than "fails every call". It ships at weight 0, leaving the ranking unchanged to the digit — the honest default, since which weight this deserves is a product call backed by traffic the author does not have. Two declared-but-silent factors already ship (cacheAffinity, resetWindowAffinity), so the pattern is not new. The stability row now describes what that factor actually computes: latency variance.
The rest is the mechanical 15 → 16 across nineteen documents and the forty-two llm.txt mirrors — sourced from check:docs-counts rather than a grep, the first real use of the gate #12316 extended.
Protected-surface note: this PR touches AGENTS.md, llm.txt and its 42 mirrors, and skills/omni-combos-routing/SKILL.md. Every changed line in those 45 files is a digit substitution and nothing else — masking all digits makes the removed and added lines identical, with no sentence added, removed or reworded. Reviewed and approved on that basis before merging.
Verified on the author's rebased head: check:docs-counts green (the gate that now enforces the count this PR moves), typecheck:core clean, and 71/71 focused tests across scoring-reliability-factor, combo-scoring-weights-schema-coverage, check-docs-counts-sync, lkgp-enabled-context, intelligent-routing-options and the combo-matrix auto integration suite.
Thanks @maxmad64bis — shipping the factor at weight 0 and saying plainly that the weight is someone else's call is the right way to land this.
* fix(guardrails): pass providerId to getResolvedModelCapabilities in checkComboVision (#12112)
Signed-off-by: Minxi Hou <houminxi@gmail.com>
* chore(quality): register combo-vision providerId test in the stryker tap set
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Signed-off-by: Minxi Hou <houminxi@gmail.com>
Co-authored-by: diegosouzapw <8016841+diegosouzapw@users.noreply.github.com>
With freeAccessPolicy: "strict" the read-only candidate listing silently dropped rows, so an operator could not tell "no free allowance left" from "the quota fetcher is broken" — in a listing whose own module header promises a candidate the routing path would skip "is never dropped". #9133 settled the same question for the resilience filter via a skip opt-out; the zero-cost guard never got one.
It gets it now: the guard is disabled for the inspector build exactly as the resilience filter already is, and every candidate carries freeAccessExclusion — null when satisfied, otherwise one of seven named reasons. The last three (exhausted, state-unknown, no-connection) are the point: they used to look identical because the row just disappeared. STRICT_ZERO_COST.md documents what each asks the operator to do.
Dispatch is untouched and a test pins that. The three existing guard suites were not modified — their 31 cases are the net and still pass. excludeTosAvoid still drops candidates without a reason; documented as a separate question rather than widened into here.
Verified in a combined batch worktree: 174/174 focused tests across all 11 PRs of this batch, typecheck:core clean, complexity 2706/3218, cognitive-complexity 1221/1437, check:cycles and check:docs-counts green.
Thanks @maxmad64bis — the reason table and the honest note about the order change (freshness before status) made this easy to review.
usage/fetcherProviders.ts exists, in its own words, "so the registration list can't drift from the dispatcher's switch statement". It drifted: #8006 added adobe-firefly and firefly to the dispatcher and to USAGE_SUPPORTED_PROVIDERS but not to this list, so the connection UI advertised usage support while the provider-plugin manifest, genericQuotaFetcher and the free-access quota cache all reported no fetcher — for two ids getUsageForProvider would happily serve.
Declaring them is what makes the balance actually get fetched (registerGenericQuotaFetchers wires a generic fetcher per declared id, and resolveFreeAccessState stops returning early), which the PR states plainly rather than burying as a side effect.
The test turns the docstring's prose invariant into enforcement: it reads the dispatcher's cases from source and compares both directions, and records each accepted difference against USAGE_SUPPORTED_PROVIDERS with a reason plus a staleness check, so the next drift can't hide among them. xiaomi-mimo-token-plan is left flagged as a real gap rather than widening the PR.
Verified in a combined batch worktree: 174/174 focused tests across all 11 PRs of this batch, typecheck:core clean, complexity 2706/3218, cognitive-complexity 1221/1437, check:cycles and check:docs-counts green.
Thanks @maxmad64bis.
* fix(usage): console-aware Token Plan guidance and subscription hint on bailian 401
The personal Token Plan is sold through two consoles with different portals,
gateway hosts and login tickets. Two operator-facing messages ignored the split:
- The quota guidance always said 'get the cookie at home.qwencloud.com', even
for connections served by the Alibaba Model Studio console — following it
verbatim produces a cookie the gateway rejects (console mismatch →
BailianGateway.Login.NotLogined). The guidance now derives the console from
the provider via resolveConsoleSite, matching what the fetcher will do with
the pasted cookie.
- Key validation mapped upstream 401 to a bare 'Invalid API key'. An expired
Token Plan subscription produces the exact same upstream 401 (observed live
2026-09-01: subscription ended 08-23, the working key started failing), so
the message now names the subscription as a cause worth checking.
* test(providers): align the remaining bailian 401/403 message pins to prefix match
search-provider-validation.test.ts pinned the exact 'Invalid API key' string for
the bailian validator; the message now also names an expired Token Plan
subscription. Same property asserted (401/403 => invalid), prefix match.
* feat(sse): add it/ru/zh caveman output instructions
* fix(sse): expose the dormant terse-prose translations through the catalog
* feat(sse): translate less-code to es/de/fr/it/ru/zh
* feat(sse): translate ponytail to es/de/fr/it/ru/zh
* feat(sse): translate i-have-adhd to es/de/fr/it/ru/zh
* test(sse): anchor wave-2 output-style translations to their own language
* feat(dashboard): offer every output-style language in the default-language selector
* feat(sse): let autoDetect pick the output-style instruction language
* docs(compression): consolidate the output-style tables and record full language parity
* fix(sse): trust finish_reason:length/max_tokens over the reasoning-ratio heuristic in response quality validation
A truncated response with empty content and reasoning_content present was
only rejected by validateResponseQuality() when reasoning consumed >=90%
of completion_tokens. A response truncated at a lower ratio (e.g. 63%)
passed through as "valid" even though the caller received no usable
content and finish_reason was explicitly "length" (or the alternate
"max_tokens" naming some providers use) -- an unambiguous truncation
signal the validator wasn't reading. Reproduced live against
nvidia/nemotron-3-super-120b-a12b: content:null, finish_reason:length,
reasoning_tokens 645/1024 (63%).
Trust finish_reason directly when it's reported, falling back to the
existing token-ratio heuristic only when it isn't. Does not affect the
deliberate-tiny-probe case (e.g. max_tokens:1 connectivity pings) --
those never produce reasoning_content, so the branch this change is in
doesn't run for them.
* docs(changelog): add fragment for #12262
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Co-authored-by: brick30llc-ctrl <admin@brick30.com>
getPersistedConnectionCooldownSkipReason() returned a skip for ANY connection
whose testStatus was `unavailable`, with no elapsed-cooldown check:
if (status === "unavailable") return `Skipping ...`;
That is the raw-label anti-pattern AGENTS.md warns about ("check whether code
is reading raw state instead of using getStatus()/canExecute()") — the
resilience layers are meant to recover lazily. The sibling helper directly
above it, getConnectionStatusQuotaCutoffReason(), does require
hasFutureRateLimitUntil() before treating `unavailable` as blocking.
Its stated justification — "Lazy recovery is unaffected: clearAccountError()
resets the status on first success" — does not hold on this path. This gate
runs BEFORE dispatch, so it prevents the very successful request that would
call clearAccountError(). And a row whose rateLimitedUntil is absent cannot be
rescued by the out-of-band recovery job either, because hasElapsedCooldown()
there requires a timestamp to be present.
Net effect reported in #12168: an entire combo pool answering
ALL_TARGETS_SKIPPED with recordedAttempts === 0 — zero upstream attempts, no
path back to healthy.
The original intent (do not burst into a connection AUTH just retired, before
the timestamp lands) is preserved, but bounded: the bare label is honoured only
while lastErrorAt is inside a grace window, mirroring ERROR_LABEL_GRACE_MS in
src/lib/quota/connectionRecovery.ts so the two never disagree about whether a
label is still meaningful. Past the window the request goes through, and one
real attempt either succeeds (clearing the status) or re-arms the cooldown with
a fresh timestamp.
Regression introduced by #11360, shipped in v3.8.50.
Two assertions in repro-combo-persisted-cooldown-preskip.test.ts encoded the
buggy behavior as intended ("skips an unavailable connection whose cooldown
already expired") and are realigned to the corrected contract, plus a case for
the orphan state (unavailable with no timestamps at all).
providerFailureThreshold / providerFailureWindowMs / providerCooldownMs shipped
in PROVIDER_PROFILES with no runtime consumer (2026-08-31 docs audit, P0.1).
Provider-level entries in providerCooldownTracker now honor them: the whole
provider only counts as cooling after providerFailureThreshold failures inside
providerFailureWindowMs, then cools for providerCooldownMs. Connection-level
entries keep the pre-existing exponential backoff, and the layer stays opt-in
(PROVIDER_COOLDOWN_ENABLED, default off) — default behavior is unchanged.
TDD: tests/unit/provider-cooldown-window-gate.test.ts written first (4 red on
the old behavior), then the wiring; legacy tracker suite aligned to the new
contract (23/23 green). Docs: AGENTS.md breaker section + RESILIENCE_GUIDE
opt-in layer subsection; executors soft-drift refresh (104 -> 106).
dispatchWithCooldownRetry arms a loop-safety timer (setTimeout, 10 minutes by
default) on every setTry iteration, so a combo that never produces a terminal
response still answers with a 504 instead of hanging. The only clearTimeout in
the whole file sat inside the `if (anySuccess)` branch — the comment said so
verbatim: "clear the safety timer on the happy path".
Every error exit therefore returned the response to the client while leaving a
600s timer pending, its closure retaining orderedTargets and the exhausted
provider/connection sets: all_targets_skipped, all_accounts_inactive, the
aggregated-status return, the final fallback, and the global-timeout branch.
The timer is also re-armed per setTry iteration with no clear in between.
Field evidence from the issue: two requests that failed quality validation
returned 502 to the client immediately, and "Combo loop safety timeout ...
force-terminating" was logged for both exactly 600 seconds later — the leaked
timers firing long after the requests were gone.
Fixed structurally rather than by sprinkling clearTimeout across the five
return sites: the handle is hoisted to function scope and released in a
finally, so a future `return` added to this function cannot silently
reintroduce the leak. The 504 backstop itself is unchanged.
Note the timer already called .unref(), so it never held the event loop open —
this is a memory-retention leak, not a hang.
Refresh the existing MIT-licensed miuuyy/codex-chatgpt-web vendor snapshot and its OmniRoute integration as one reviewable change.
Co-authored-by: backryun <backryun@daonlab.local>
* feat(usage): add Kilo Code balance and Kilo Pass quotas
* feat(usage): add Kilo Pass dashboard meter
* test(usage): cover Kilo Code quota integration
* docs(usage): document Kilo API endpoint override
Local process execution failures (ENOENT spawn errors, binary missing, EPIPE, exit codes) were incorrectly treated as upstream provider failures, opening provider circuit breakers and cooling down valid connections. Added `isLocalExecutionError` guard to skip circuit breaker trips and connection disables when local host execution fails.
Add a direct low-level mode for users who require explicit control over provider selection. score selects the highest configured weighted score directly while reusing the existing exploration rate.
Exact ties preserve configured candidate order. rules and all other strategies remain unchanged.
Honra um `context_length` definido pelo operador em tempo de requisição no roteamento do combo (supersede #12014, que estava incluída nos mesmos commits). Boa cobertura de testes, incluindo o refactor de `resolveComboContextLimit` para módulo próprio. Validado no worktree combinado (13/13). Obrigado!
Desacopla a expiração de execução do rate-limit do orçamento de espera na fila, e preserva erros em artefatos de call-log oversized. Testes próprios (`call-log-cap.test.ts` + atualizações em `rate-limit-execution-timeout-message-4165.test.ts`/`ratelimit-admission-control-6593.test.ts`). Validado no worktree combinado. Obrigado!
Migra o quota fetcher do OpenCode Go para a API oficial de uso, com refactor substancial que remove ~1850 linhas de código legado e atualiza a suíte de testes existente inteira para o novo contrato. Validado no worktree combinado (typecheck limpo, testes focados verdes). Obrigado!
Vincula o refresh OAuth do Google ao client que emitiu o token, com teste próprio (`google-oauth-client-binding.test.ts`). Validado no worktree combinado. Obrigado!
Corrige divergência de scoring no relatório de saúde do auto-combo, com testes atualizados em `combo-resolve-auto-strategy-split.test.ts` e `combo-scoring-inspector.test.ts`. Validado no worktree combinado. Obrigado!
Envia metadata completo do loadCodeAssist (ideType/platform/pluginType como enums numéricos) para o Antigravity, com teste de regressão atualizado. Validado no worktree combinado. Obrigado!
