メニュー
Use when adding an LLM provider, changing proxy adapters or provider routes, fixing streaming/tool-call translation bugs, editing model fetchers or model handling, or touching provider credentials/enums and model constants.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
Use BEFORE writing or running any Drizzle migration that touches the `interactions` table (or any other very large, write-hot table). The interactions table is the platform's biggest, append-heavy table — every LLM proxy call writes a row — so a careless migration can take a write-blocking lock and stall the proxy. Covers which operations are safe vs table-rewriting/lock-taking, the "never rebuild an index in a transactional migration" rule, and a read-only audit procedure against the GKE staging database to size the risk first.
Use when changing Drizzle schemas, generating migrations, editing migration SQL, creating data-only migrations, diagnosing drizzle-kit check failures, or resolving migration/generated-client conflicts.
Use when writing or editing Archestra documentation pages under docs/pages/ — new feature docs, page rewrites, tone or copy fixes, or capturing docs screenshots.
Use when writing or modifying Archestra backend unit tests (platform/backend/src/**/*.test.ts) — mocking modules, stubbing globals, database fixtures, vitest projects/isolation, or test performance.
Use when writing, debugging, or running Archestra Playwright e2e tests, API/UI fixtures, WireMock-backed tests, local/CI e2e setup, or test selectors.
Use when modifying Archestra frontend Next.js/React code, UI components, forms, TanStack Query hooks, generated API client usage, frontend copy, or documentation links.
SOC 職業分類に基づく
| name | archestra-dev-llm-providers |
| description | Use when adding an LLM provider, changing proxy adapters or provider routes, fixing streaming/tool-call translation bugs, editing model fetchers or model handling, or touching provider credentials/enums and model constants. |
Use this skill before adding an LLM provider or changing provider translation, streaming, or model handling. Run commands from platform/ unless specifically instructed otherwise.
One provider touches all of these (use github-copilot as the worked example — it is OpenAI-compatible, so it follows the default path; microsoft-365-copilot is the most recent full addition and shows the harder shape, with its own graph translator):
backend/src/types/llm-providers/<provider>/ — api.ts, messages.ts, tools.ts, index.ts (some also have models.ts). index.ts default-exports a namespace (e.g. GithubCopilot) with API/Messages/Tools plus a Types sub-namespace; register it in types/llm-providers/index.ts. OpenAI-compatible providers re-export OpenAI schemas with .passthrough().backend/src/routes/proxy/adapters/<provider>.ts — exports <provider>AdapterFactory; re-export it from adapters/index.ts.backend/src/routes/proxy/routes/<provider>.ts — Fastify plugin: fastifyHttpProxy catch-all with createProxyPreHandler (from proxy-prehandler.ts), explicit POST .../chat/completions handlers (default-agent and :agentId variants) calling handleLLMProxy, and model-listing GETs via proxy-model-listing.ts. Register the plugin in BOTH places: re-export it from backend/src/routes/index.ts (the main API surface iterates Object.values(routes)) AND add it to registerWorkerRoutes in server.ts.shared/model-constants.ts — add to SupportedProvidersSchema, SupportedProvidersDiscriminatorSchema (<provider>:chatCompletions for OpenAI-compatible; others name their API shape, e.g. anthropic:messages, bedrock:converse), and providerDisplayNames. Membership in PROVIDERS_WITH_OPTIONAL_API_KEY, PROVIDERS_REQUIRING_BASE_URL, and PROVIDERS_REQUIRING_PER_USER_CREDENTIAL silently changes auth behavior: per-user-credential providers get personal-scope keys only, no team/org/env fallback (see the github-copilot rationale comment there).backend/src/routes/chat/model-fetchers/ — add a fetcher and register it in the modelFetchers record in model-fetchers/index.ts; its Record<SupportedProvider, ModelFetcher> type makes a missing provider a compile error. registry.ts#testProviderApiKey uses it to validate keys on creation. Simple bearer /models endpoints reuse makeBearerFetcher/makeStaticFetcher from bearer-fetcher.ts.backend/src/routes/chat/normalization/ (notably prepare-for-provider.ts) and prepare-model-messages.ts — provider-specific message-shape rules go here, not in the proxy adapters.frontend/src/app/llm/model-providers/page.tsx + frontend/src/components/create-llm-provider-api-key-dialog.tsx; provider icon at frontend/public/icons/<provider>.png; model pickers (components/llm-model-select.tsx, components/chat/model-selector.tsx) use providerDisplayNames.backend/src/config.ts + .env.example for base-URL/key env vars, ../docs/pages/platform-supported-llm-providers.md.createOpenAiCompatibleAdapterFactory from adapters/openai-compatible-adapter.ts with provider, interactionType, getBaseUrl, and createClient — it reuses OpenAIRequestAdapter/OpenAIResponseAdapter/OpenAIStreamAdapter wholesale. See adapters/deepseek.ts (minimal) and adapters/github-copilot.ts (custom auth via a fetch wrapper, since createClient is synchronous).gemini-openai-translator.ts, bedrock-openai-translator.ts, cohere-openai-translator.ts, anthropic-openai-translator.ts) — fix translation bugs there, with a matching *.test.ts.backend/src/routes/proxy/routes/provider-matrix.test.ts — providerConfigsByProvider is satisfies Record<SupportedProvider, ProviderTestConfig>, so adding a provider to the enum without a matrix entry (route plugin + adapter factory + endpoints) fails typecheck. The suite then exercises every provider's real route with a mocked client: declared-tool persistence, execution IDs, streaming tool calls, cost-optimized model substitution, TOON compression, and limit blocking.modelFetchers record (above) enforces the same exhaustiveness for model listing.convertToModelMessages can produce assistant messages with empty content that providers reject. buildModelMessagesForProvider in routes/chat/prepare-model-messages.ts filters them (isEmptyAssistantModelMessage) and then repairs unanswered tool calls (ensureToolCallsHaveResults) so tool_use/tool_result adjacency holds. The Cohere proxy adapter (adapters/cohere.ts) does its own empty-assistant filtering.name<|channel|>commentary). routes/chat/tool-call-repair.ts#repairHarmonyToolName strips them, gated on an exact match against registered tools; wired via experimental_repairToolCall in routes/chat/routes.ts.ensureLeadingUserTurn in prepare-model-messages.ts prepends one for both (the provider set gating it lives next to the function). Bedrock content rules (every message non-empty, user messages need a text part) are enforced in normalization/prepare-for-provider.ts (ensureBedrockMessageHasContent, ensureBedrockUserMessageHasTextPart); the same file decides per provider whether text documents stay native document blocks (Anthropic/Bedrock) or are inlined as decoded text (everyone else).agents/agent-output-budget.ts#resolveAgentMaxOutputTokens clamps maxOutputTokens to the model's real output limit from model metadata (sanitizeOutputLimit from clients/models-dev-client.ts, 8192 fallback) and the operator ceiling — don't hardcode max-token values.cd backend && npx vitest run src/routes/proxy/routes/provider-matrix.test.ts
cd backend && npx vitest run src/routes/proxy/adapters/<provider>*.test.ts # adapter/translator unit tests
pnpm type-check
PROVIDER_SMOKE_TEST.md (repo root of platform/) is a browser-automation smoke runbook covering chat, policies, TOON, and proxy flows — run it after provider/proxy changes that unit tests can't cover.archestra-dev-backend — general route/codegen/permission conventions (route shape, RouteId, endpoint permissions).archestra-dev-backend-tests — vitest projects, mocking rules, DB fixtures for the tests above.