fix(onboard): settle OpenClaw pairing after rebuild (#10479) - #10493
fix(onboard): settle OpenClaw pairing after rebuild (#10479)#10493jiaqiang000 wants to merge 6 commits into
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Rebuild wipes the machine-local OpenClaw pairing state: the identity and devices state directories are declared backup: false and removed with the old container, so a recreated sandbox starts with no canonical CLI device. The rebuild handoff flag made finalization skip settleOrdinaryOpenClawPairing, which assumed pairing survives container recreation. The rebuilt sandbox was left unpaired and every agent command failed with the embedded-fallback error until a manual recover re-approved pairing. Drop the handoff-suppressed pairing gate so the rebuilt sandbox settles pairing exactly like fresh onboarding. The in-sandbox watcher owns approval (NVIDIA#10322), so settlement is non-interactive, and observing an already-settled pairing costs nothing. Remove the recreateJournalHandoff plumbing that only served this suppression; the sandbox-resume decision signal stays. Adds a flow-level regression that a journaled rebuild handoff no longer suppresses ordinary OpenClaw pairing settlement. Signed-off-by: 橘猫 <2622045569@qq.com>
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Included review availability: Your plan provides up to 12 included reviews per hour; 11 remain after this review. 📝 WalkthroughWalkthroughThe rebuild flow no longer propagates ChangesRebuild pairing behavior
Estimated code review effort: 3 (Moderate) | ~20 minutes Merge Risk: ⚪ Minimal · up to This change restores pairing settlement after sandbox rebuilds so rebuilt sandboxes are usable immediately; no actionable merge-blocking risk remains after normal checks and review. Sequence Diagram(s)sequenceDiagram
participant RebuildFlow
participant Finalization
participant Pairing
participant PostVerification
participant DeploymentVerification
RebuildFlow->>Finalization: invoke finalization
Finalization->>Pairing: settle ordinary OpenClaw pairing
Pairing-->>Finalization: pairing settled
Finalization->>PostVerification: continue verification
PostVerification->>Pairing: settle ordinary OpenClaw pairing
Pairing-->>PostVerification: pairing settled
PostVerification->>DeploymentVerification: start deployment verification
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Full details: Linked Issues checkExplanation The changes address issue Full details: Docstring CoverageExplanation Docstring coverage is 20.00% which is insufficient. The required threshold is 80.00%. Docstring coverage is scoped to functions touched by this diff. Analyzed 5 functions across 4 files. (1 skipped: 1 unsupported.)
✨ Finishing Touches🧪 Generate unit tests (beta)
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Inline comments:
In `@src/lib/onboard/machine/rebuild-pairing-handoff.test.ts`:
- Around line 135-143: Update the rebuild-pairing test around phases[2].run and
phases[3].run to invoke the real finalization handlers with injected
dependencies instead of relying on mocked handlers. Verify that
settleOrdinaryOpenClawPairing executes and completes before verifyDeployment,
while retaining coverage that recreateJournalHandoff is not used.
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src/lib/onboard/machine/core-flow-phases.tssrc/lib/onboard/machine/final-flow-phases.tssrc/lib/onboard/machine/flow-context.tssrc/lib/onboard/machine/handlers/finalization.test.tssrc/lib/onboard/machine/handlers/finalization.tssrc/lib/onboard/machine/rebuild-pairing-handoff.test.ts
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- src/lib/onboard/machine/final-flow-phases.ts
- src/lib/onboard/machine/core-flow-phases.ts
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Signed-off-by: 橘猫 <2622045569@qq.com>
…izers (NVIDIA#10479) CodeRabbit: the rebuild handoff test mocked the finalization handlers and only asserted the obsolete suppress field is absent. Run the flow phases with the real finalization handlers and injected dependencies so the test proves the journaled rebuild path settles ordinary OpenClaw pairing and completes settlement before deployment verification. Signed-off-by: 橘猫 <2622045569@qq.com>
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Addressed in 7017500.
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Inline comments:
In `@src/lib/onboard/machine/rebuild-pairing-handoff.test.ts`:
- Line 100: Update the finalization test around handleFinalizationState to use a
deferred settleOrdinaryPairing promise and a completion marker recorded by
verifyDeployment. Start finalization without awaiting it, assert verification
has not started while pairing is pending, resolve the deferred promise, then
await completion and assert pairing completion precedes verification. Apply the
same ordering assertions to the related test setup around the additional
settlement case.
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…0479) Signed-off-by: 橘猫 <2622045569@qq.com>
Signed-off-by: 橘猫 <2622045569@qq.com>
wscurran
added
area: onboarding
Signed-off-by: Julie Yaunches <jyaunches@nvidia.com>
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Outcome
Rebuilding an ordinary OpenClaw sandbox (
nemoclaw {sandbox} rebuild --yes) now leaves the sandbox usable immediately: the rebuilt container settles OpenClaw device pairing before onboarding reports success, exactly like fresh onboarding. Previously a successful rebuild left a brand-new container with no canonical CLI pairing, so the first agent command failed with the embedded-fallback error until a manualrecoverre-approved pairing.Reason
Rebuild recreates the container from the image, and the OpenClaw machine-local pairing state lives in the
identityanddevicesstate directories, which are declaredbackup: falseinagents/openclaw/manifest.yamland wiped with the old container during destroy (wipeSandboxState). The rebuilt sandbox therefore starts with no canonical CLI device. The rebuild-handoff optimization added in #9844 made finalization computeordinaryOpenClawPairingRequired = ... && recreateJournalHandoff !== true, skippingsettleOrdinaryOpenClawPairing()on the assumption that gateway device pairing survives container recreation. It does not, so no component ever re-established the CLI device pairing and the sandbox stayed broken. The skip's original motivation (avoiding a host-side pairing-approval prompt during rebuild) no longer exists: the in-sandbox watcher is the sole scope-upgrade approver (#10322), so settlement is non-interactive, and for an already-settled pairing it is a read-only observation that returns immediately.Related issues
Fixes #10479
Changes
src/lib/onboard/machine/handlers/finalization.ts— remove therecreateJournalHandoff !== truecondition from both finalization handlers so ordinary OpenClaw pairing settlement runs on rebuild handoff just as on fresh onboarding. The observed defect was a host-side deterministic pairing-skip decision, not a platform-specific behavior.src/lib/onboard/machine/flow-context.ts,core-flow-phases.ts,final-flow-phases.ts— remove therecreateJournalHandoffplumbing that only served this suppression. The same-named signal inhandlers/sandbox-resume.tsis independent and stays (it owns the journaled-recreate resume decision, not the pairing gate).rebuild-pairing-handoff.test.tsruns the flow phases with the real finalization handlers and injected dependencies and proves a journaled rebuild handoff settles ordinary OpenClaw pairing before deployment verification (review follow-up on fix(onboard): settle OpenClaw pairing after rebuild (#10479) #10493);finalization.test.tskeeps the settlement-after-recovery-before-verification ordering test.Why removal rather than a rebuild-specific repair: recreate already goes through the same sandbox registration and policy pipeline as fresh onboarding, so the smallest direct change is to let the pairing gate treat rebuild like fresh — no new mechanism, no new state, and
settleOrdinaryOpenClawPairingis already the single authority for pairing readiness.Verification
npm run typecheck:cli— passed.npx vitest run --project cli src/lib/onboard/machine/handlers/finalization.test.ts src/lib/onboard/machine/rebuild-pairing-handoff.test.ts src/lib/onboard/machine/handlers/sandbox-resume.test.ts src/lib/onboard/machine/final-flow-phases.test.ts src/lib/onboard/machine/final-flow-phases.runtime.test.ts src/lib/onboard/machine/core-flow-phases.test.ts src/lib/onboard/machine/handlers/sandbox-recreate-journal.test.ts— passed (30 direct + adjacent flow/resume/journal tests).npm run test:titles:check,npm run checks:repository— passed.npx oxfmt --check <changed files>— all formatted;npx oxlint <changed files>— 0 warnings, 0 errors.npx prek run --files <changed files>— all passed (including gitleaks and TypeScript CLI checks).cliproject (npx vitest run --project cli, 21,562 tests / 1,379 files): 49 failures across 12 files. Baseline comparison on unmodifiedmain(changes stashed) shows the same failures — this host's Python 3.9 does not supporttype | typesyntax used by some tests, the local Docker daemon is unavailable, and macOStimeout/network-dependent tests fail as documented in CONTRIBUTING.md (macOS Test Dependencies); none import the changed modules. No new failures.nemo-repro):main(4222c10):node dist/nemoclaw.js nemo-repro rebuild --yessucceeded; the nextnode dist/nemoclaw.js nemo-repro agent --agent main -m "Reply with exactly READY"exited 1 withOpenClaw is running in embedded-fallback mode in sandbox 'nemo-repro': gateway pairing is broken or missing.— exactly the issue's Actual Result.READY, with no manualrecoverstep.Review notes
rebuild-openclawlive E2E target never asserted that an agent command succeeds immediately after rebuild. That semantic dimension (post-rebuild pairing readiness) is missing from automated live coverage, so the regression escaped into UAT. Community-side manual verification now exists (macOS arm64, above), but the automated live assertion still requires the Brev/OpenShell boundary and remains a follow-up for NV QA or a maintainer with runner access, covered by Fixes [Ubuntu 24.04][Sandbox] rebuild leaves OpenClaw sandbox in embedded-fallback mode, requires manual recover #10479.needs: triage; this fix only restores behavior the rebuild contract already documents in docs/reference/commands.mdx and docs/manage-sandboxes/lifecycle.mdx, and creates no new integration, recipe, custom image, or product surface (Product Scope Gate not triggered).Signed-off-by: 橘猫 2622045569@qq.com
Summary by CodeRabbit
Bug Fixes
Tests