Peter Steinberger
acd92f6a3d
* build(deps): update QA broker dependency * build(deps): refresh repository dependencies * build(deps): reconcile rebased shrinkwraps * test(plugins): remove stale loader test state * test(deps): stabilize updated dependency coverage * fix(swift): use caller-isolated TaskLocal overload * build(deps): regenerate rebased shrinkwraps * test(msteams): preserve DNS validation in fetch helper * fix(deps): avoid vulnerable optional image stack * test(deps): validate generated LRU override * refactor(ui): extract chat resizable divider * test(ui): update divider ownership path * fix(matrix): retain restart-compatible SDK * style(cron): format update test
@openclaw/ai
Reusable model API contracts, provider adapters, and streaming primitives from OpenClaw. The package supports isolated runtime instances; importing it does not register providers globally.
import { createLlmRuntime } from "@openclaw/ai";
import { registerBuiltInApiProviders } from "@openclaw/ai/providers";
const runtime = createLlmRuntime();
registerBuiltInApiProviders(runtime.registry);
Provider-neutral contracts, validation, diagnostics, and event streams are
available from the package root and focused subpaths such as
@openclaw/ai/event-stream, @openclaw/ai/transports, and
@openclaw/ai/validation. No second OpenClaw runtime package is required.
Provider ids, credentials, model catalogs, retries, and failover remain
application concerns. OpenClaw supplies those policies around this package.
Host policy (request fetch guarding, secret redaction, strict-tool defaults,
provider plugin hooks, and diagnostics logging) can be injected with
configureAiTransportHost; the defaults are inert.
The explicit @openclaw/ai/internal/anthropic, openai, retry-after,
runtime, and shared subpaths exist for the OpenClaw application itself.
They carry no semver guarantee and can change or disappear in any release; do
not depend on them outside OpenClaw.