We don't believe this failure is caused by our changes. The failing test lives in an unrelated Solid Start e2e app (CSS/manifest navigation test) that this PR never touches, and the flakiness detector shows a non-zero historical failure rate for it. Recommending a rerun rather than a code fix.
Self-Healing CI
Classification: Flaky task
An empty commit was automatically applied to the branch to trigger a new CI pipeline execution to resolve the flaky task.
The failing task is tanstack-solid-start-e2e-start-manifest:test:e2e, specifically the test "shared widget CSS stays applied when navigating from lazy to static route," which failed because a computed border color came back as an empty string instead of the expected value.
This PR's actual changes are entirely about stable/manual IDs for server functions: docs, a changeset, the React Start server-functions e2e app, and the start-client-core/start-plugin-core compiler packages (createServerFn.ts, handleCreateServerFn.ts, host.ts, types.ts, and their tests). None of these files touch the Solid Start e2e app, CSS handling, the start manifest, or route/navigation logic, so there is no code path connecting the change set to the failing assertion.
The touched_projects list also does not include the failing task's project (tanstack-solid-start-e2e-start-manifest) and does not contain a wildcard, so this project was not affected by the PR.
A check against the similar-task-failure-detector for branch 8268 found no matching failure there, ruling out a known pre-existing/environment issue tied to that specific branch. However, the task's flakiness rate is measured at about 9.3%, which is non-zero, and the failure itself is a classic timing/race symptom: a CSS style that is asserted immediately after a client-side route transition is sometimes not yet applied when the assertion runs, producing an intermittent empty computed style rather than a deterministic error.
Combining an unrelated/untouched project, a non-zero flakiness rate, and a symptom consistent with a navigation-timing race rather than a logic defect, the failure was classified as flaky_task rather than code_change.