🧽 OpenClaw Kitchen Sink Plugin

Credential-free OpenClaw plugin fixture that intentionally touches the public plugin API surface and works as a kitchen sink boilerplate for plugin authors.

This repo is both:

• a readable example for plugin authors
• a dummy compatibility fixture for Crabpot and plugin-inspector
• a live plugin @openclaw/kitchen-sink that can be installed via clawhub and npm for testing features

The generated runtime probes are credential-free. The hand-owned Kitchen Sink runtime also registers deterministic direct commands, tools, image generation, speech, realtime transcription/voice, video, music, media understanding, web search, web fetch, memory, compaction, gateway/service/CLI, channel, hook, detached-task, and text-provider catalog surfaces. It should not call external services, read secrets, spawn processes, or require live credentials.

The plugin exposes three test personalities through plugins.entries.openclaw-kitchen-sink-fixture.config.personality:

• full is the default compatibility mode and keeps both generated probe registrations and the hand-owned runtime.
• conformance loads only the valid runtime surfaces and skips intentionally invalid probes so OpenClaw can assert a clean external-plugin install.
• adversarial loads only generated invalid probes so OpenClaw can assert expected diagnostics without mixing them with a live runtime smoke.

Source Layout

The hand-owned runtime is intentionally split by plugin surface so it can be used as reference code instead of one giant fixture file:

• src/index.js selects the Kitchen Sink personality and registers the runtime plus generated probes.
• src/kitchen-runtime.js is the runtime registrar entrypoint. It wires builders together but keeps the implementation in smaller modules.
• src/runtime/commands.js, channel.js, providers.js, tasks.js, and platform.js hold the command/tool, channel, provider, detached-task, and service/gateway/CLI registrations.
• src/scenarios.js is the deterministic scenario router shared by dry commands, tools, providers, hooks, channel delivery, and tests.
• src/fixtures/ holds deterministic mock payloads such as the bundled image asset and text-provider stream fixture.
• src/generated-* files are diagnostic surface probes generated from the installed OpenClaw SDK. They are not the code plugin authors should copy.
• scripts/lib/ holds test harness code reused by runtime and contract probes; scripts/fixtures/ holds reviewable consumer-smoke programs.

Kitchen Runtime

The fixture can be used dry, without an LLM:

kitchen image generate a kitchen sink
kitchen image rate limit
kitchen image timeout
kitchen search kitchen sink provider routing
kitchen fetch kitchen://fixture/redirect
kitchen explain the fixture

It also exposes provider and tool surfaces for live model routing:

• listKitchenHumanScenarios() and runKitchenHumanScenario(runtime, id) provide deterministic end-to-end user scenarios for fixture consumers: dry.prefix-image, live.openai-text-kitchen-image, search.fetch.summarize, channel.prefix-image, hook.block-tool, and memory.compact-fixture.

• When a live text provider such as OpenAI is active and Kitchen Sink is selected as the image provider, the live.openai-text-kitchen-image scenario proves the human prompt can route to the Kitchen Sink image provider and return the bundled kitchen_sink_office.png asset without external image credentials.

• The hook.block-tool scenario proves terminal before_tool_call blocking, and the contract probe script also checks the approval path and conversation privacy observations for llm_input, llm_output, and agent_end.

• src/scenarios.js routes deterministic user scenarios; reusable mock payloads live in src/fixtures/.

• kitchen_sink_image_job returns a deterministic image job, waits 10 seconds in real runtime execution, then returns the bundled kitchen_sink_office.png image payload with PNG dimensions, byte size, SHA-256 hash, seed, model, and finish metadata.

• kitchen-sink-image is a registered image generation provider with aliases kitchen, kitchen-sink, and openclaw-kitchen-sink; prompts containing rate limit, timeout, or fail exercise deterministic provider error paths.

• kitchen-sink-media describes images with deterministic fixture text.

• kitchen-sink-speech, kitchen-sink-realtime-transcription, kitchen-sink-realtime-voice, kitchen-sink-video, and kitchen-sink-music expose credential-free media provider fixtures with deterministic WAV, transcript, bridge, storyboard, and track payloads.

• kitchen-sink-search and kitchen-sink-fetch provide credential-free web tool fixtures with realistic status codes, request ids, result metadata, redirects, headers, cache metadata, links, and markdown content.

• kitchen-sink-memory-embedding, kitchen-sink-memory-corpus, and kitchen-sink-compaction provide deterministic memory vectors, corpus results, reads, and transcript summaries.

• kitchen-sink-channel is a credential-free channel fixture that can resolve local ready/disabled/misconfigured accounts, route outbound sessions, and deliver deterministic text/media records.

• kitchen.status, /kitchen-sink/status, kitchen-sink-service, and the lazy CLI descriptor exercise gateway method, HTTP route, service, and CLI registration surfaces.

• kitchen-sink-llm exposes a deterministic text-provider catalog row, provider-owned stream function, and prompt guidance so live LLM providers can discover the Kitchen Sink routes; responses describe which real plugin surface would handle image, search, fetch, and failure prompts.

• kitchen-sink-embedding exercises the current generic embedding adapter contract; the legacy memory-specific adapter remains registered as migration coverage.

• generated hooks classify Kitchen Sink prompts, tool calls, and provider selections into shared scenario ids such as image.generate, web.search, and text.reply.

• the detached-task runtime records queued/running/completed/cancelled task transitions in memory so async OpenClaw task surfaces can be smoke-tested.

API Surface Sync

The generated fixture is derived from the installed openclaw package. It extracts the public plugin surface from:

• registrar methods
• hook names
• manifest contract fields
• exported plugin SDK subpaths

It then writes explicit static evidence for those surfaces: hook registrations, registrar calls with no-op callback payloads, SDK import coverage, and manifest contract coverage.

npm install
npm run sync:surface
npm run check:runtime
npm run check:inspector
npm run check:install
npm run pack:check
npm run pack:zip

The Update OpenClaw SDK Surface workflow automatically checks openclaw@latest and @openclaw/plugin-inspector@latest every 10 minutes. When either package changes, it regenerates the pinned dependency, lockfile, manifest, hooks, registrars, and SDK import fixture files, runs the static and runtime plugin-inspector checks, then creates and squash-merges its own automation PR after those checks pass.

Dependabot still watches npm dependencies, but ignores openclaw and @openclaw/plugin-inspector because those updates should flow through the generated updater instead of package-only bump PRs.

Publishing

Tagged GitHub releases publish the validated package to npm through trusted publishing. The release tag must match package.json, for example v0.0.1 for version 0.0.1.

npm pack remains the canonical npm artifact. npm run pack:zip builds the legacy archive artifact at dist/openclaw-kitchen-sink-fixture-<version>.zip with package.json, openclaw.plugin.json, plugin-inspector.config.json, README.md, and src/** at the archive root for old archive installers.

Use the Draft Release workflow to create the tag and generated GitHub release notes. Publishing that draft release runs the npm publish workflow. 0.0.x verification releases publish under the verification npm dist-tag so they do not replace the stable latest tag.

Pull requests run a ClawHub package-publish dry run through the canonical openclaw/clawhub reusable workflow on main, so the fixture tests the current ClawHub publishing path instead of a vendored copy. Releases publish to ClawHub through the same canonical workflow after validation.