Structured health checks
To inspect registry clone shape, runopenclaw doctor --lint --only core/doctor/project-clone-shape --json.
This check also runs in ordinary Doctor and --lint --all. Unreadable clones
produce a skipped-inspection warning without aborting the remaining checks.
Repair guidance removes all partial-clone filters, refetches from origin
(unshallowing only when needed), fetches missing objects by ID, clears promisor
settings and extensions.partialclone, then repacks. See the
repair sequence before running these
network and disk operations manually.
Modern doctor checks use a small split contract:
detect() powers doctor --lint. repair() is optional and only runs under doctor --fix / doctor --repair. Checks that have not migrated to this shape still use the legacy doctor contribution flow.
Repair contexts can carry dryRun/diff requests; repair results can return structured diffs (config/file edits) and effects (service, process, package, state, or other side effects), so converted checks can grow toward doctor --fix --dry-run without moving mutation planning into detect().
repair() reports status: "repaired" | "skipped" | "failed" (omitted status means repaired). When repair returns skipped or failed, doctor reports the reason and skips validation for that check. After a successful repair, doctor re-runs detect() scoped to the repaired findings; if the finding is still present, doctor reports a repair warning instead of treating the change as complete.
A finding includes:
Modernized core doctor checks stay attached to the ordered doctor contribution that owns their human
doctor / doctor --fix behavior. The shared structured health registry is the extension point: bundled and plugin-backed checks run after core doctor checks once their owning package registers them in the active command path. openclaw/plugin-sdk/health exposes the same contract for plugin authors.