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# Plugins Boundary
This directory owns plugin discovery, manifest validation, loading, registry
assembly, and contract enforcement.
## Public Contracts
- Docs:
- `docs/plugins/architecture.md`
- `docs/plugins/manifest.md`
- `docs/plugins/sdk-overview.md`
- `docs/plugins/sdk-entrypoints.md`
- Definition files:
- `src/plugins/types.ts`
- `src/plugins/runtime/types.ts`
- `src/plugins/contracts/registry.ts`
- `src/plugins/public-surface-loader.ts`
- `src/plugins/public-surface-runtime.ts`
- `src/plugins/provider-public-artifacts.ts`
- `src/plugins/web-provider-public-artifacts.ts`
## Boundary Rules
- Keep control-plane and runtime-plane concerns separate:
discovery, manifest parsing, config validation, setup/onboarding hints, and
activation planning belong to the control plane; actual plugin execution
belongs to runtime resolution.
- Preserve manifest-first behavior: discovery, config validation, and setup
should work from metadata before plugin runtime executes.
- Keep loader behavior aligned with the documented Plugin SDK and manifest
contracts. Do not create private backdoors that bundled plugins can use but
external plugins cannot.
- Preserve laziness in discovery and activation flows. Loader, registry, and
public-artifact changes must not eagerly import bundled plugin runtime barrels
when metadata, light exports, or typed contracts are sufficient.
- If a plugin exposes separate light and heavy runtime surfaces, keep discovery,
inventory, and setup-state checks on the light path until actual execution
needs the heavy module.
- If a loader or registry change affects plugin authors, update the public SDK,
docs, and contract tests instead of relying on incidental internals.
- Prefer explicit activation planning from manifest/descriptor ownership over
“load everything in this scope” behavior. Broad registry materialization
should be the exception, not the design center.
- Do not normalize "plugin-owned" into "core-owned" by scattering direct reads
of `plugins.entries.<id>.config` through unrelated core paths. Prefer generic
helpers, plugin runtime hooks, manifest metadata, and explicit auto-enable
wiring.
- When plugin-owned tools or provider fallbacks need core participation, keep
the contract generic and honor plugin disablement plus SecretRef semantics.
- Keep contract loading and contract tests on the dedicated bundled registry
path. Do not make contract validation depend on activating providers through
unrelated production resolution flows.
- Prefer shared provider-family helpers over ad hoc policy in plugin registry
hooks. If multiple providers need the same replay policy, tool compat, stream
wrapper composition, or payload patch behavior, centralize that helper before
adding another plugin-local lambda.
- Keep provider policy layers separated:
auth/catalog/onboarding stay plugin-owned,
transport/replay/tool compat families belong in shared helpers,
registry/runtime code should compose those layers rather than re-encoding
policy inline.
- When a provider hook grows a nested chain of wrapper composition or repeated
compat flags, treat that as a regression signal. Extract the shared helper or
composer instead of letting one more plugin carry a near-copy.
- Treat mutable global runtime registry state as compatibility scaffolding, not
the desired source of truth for request-time execution. Prefer immutable or
request-scoped handles when adding new runtime flows.
- If setup, discovery, or doctor flows need plugin runtime, make that need
explicit and narrow. Do not let cold control-plane paths quietly import broad
runtime surfaces.
## Verification
- If you touch loader, registry, activation, or public-artifact code that can
change bundled plugin import fanout, run `pnpm build`.
- If the change can alter bundled plugin startup cost, re-profile the affected
plugin entrypoint with:
`OPENCLAW_LOCAL_CHECK=0 node scripts/profile-extension-memory.mjs --extension <id> --skip-combined --concurrency 1`
[Dauer der Verarbeitung: 0.13 Sekunden, vorverarbeitet 2026-04-27]