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ci: Version Packages (#8486) [Self-Healing CI Rerun]

nnx-cloud[bot]
c6919deb
8272

Self-Healing CI

Classification: Flaky task

We looked into this failure and don't believe it's a code change caused by this PR: the failing Vue Start e2e test checks CSS application timing during client-side navigation, while this PR only touches React-specific idle hydration scheduling internals that the Vue Start app doesn't consume. Combined with an 11.9% recorded flakiness rate for this exact task, we're classifying this as a flaky test rather than a regression.

An empty commit was automatically applied to the branch to trigger a new CI pipeline execution to resolve the flaky task.

This was not classified as a code change for the following reasons:

  1. No project overlap. touched_projects for this PR is empty, and the failing task is tanstack-vue-start-e2e-start-manifest:test:e2e — an e2e project for the Vue Start example app. None of the files modified by this PR belong to or are consumed by that project.

  2. No plausible code path from the diff to the failure. The PR only modifies:

    • packages/react-start-client/src/GenericHydrate.tsx — a React-only component (uses React hooks like useLayoutEffect, useLatest), which the Vue Start app cannot import or execute.
    • packages/start-client-core/src/hydration/idle.ts and types.ts — shared idle-scheduling helpers, but the change only adjusts how a setup function is tagged (_i) for an equality check inside the React-specific hook. This has no effect on CSS asset loading or navigation behavior in a Vue app.

    The failing assertion itself — an empty computed borderTopColor instead of an expected color after navigating from a lazy to a static route — is about CSS/stylesheet application timing, a concern entirely disconnected from React idle-hydration deadline scheduling.

  3. Failure pattern matches a timing race, not a deterministic break. Only 1 of 10 tests in the suite failed, and the specific assertion (a style value read immediately after navigation) is characteristic of a client-side navigation/CSS-application race condition rather than a logic error introduced by the diff.

  4. Nonzero flakiness rate. mcp__utilities__task_flakiness_rates reports 11.9% flakiness for this exact task, which is consistent with an intermittent, non-deterministic failure rather than a reproducible regression.

  5. Similar-failure check was inconclusive, not contradictory. The similar-task-failure-detector subagent found no matching failure recorded on another branch, but no comparison branch was actually supplied for this run, so this could not be used to confirm the failure as pre-existing — it simply didn't provide evidence against the flaky_task conclusion reached from the other signals above.

Taken together, there is no code-level connection between the changed files and the failing test's behavior, and the failure signature and flakiness data both point to an intermittent timing issue rather than a change caused by this PR.