The approach is sound and the optimization is worth doing, but the allowlist is missing three compiler packages that kitchen-sink's integration tests actually depend on. Skipping tests when these change would give false confidence.

Missing from the allowlist:

The kitchen-sink webpack build uses tamagui-loader (from code/compiler/loader/), which is included — but tamagui-loader has direct workspace dependencies on packages that are not in the allowlist:

• code/compiler/static/** (@tamagui/static) — the core compiler logic; tamagui-loader depends on it
• code/compiler/static-worker/** (@tamagui/static-worker) — the worker used by tamagui-loader
• code/compiler/static-sync/** (@tamagui/static-sync) — used by @tamagui/babel-plugin, which is in the allowlist

You can verify via code/compiler/loader/package.json (depends on @tamagui/static and @tamagui/static-worker) and code/compiler/babel-plugin/package.json (depends on @tamagui/static-sync).

A change to @tamagui/static's core evaluation logic, for example, would skip the integration tests entirely under this PR as written.

Suggested fix — add these three lines to the integration-relevant filter:

- 'code/compiler/static/**'
- 'code/compiler/static-worker/**'
- 'code/compiler/static-sync/**'

Minor note (not a safety issue): code/compiler/metro-plugin/** is in the allowlist, but the kitchen-sink web tests use webpack, not Metro. Metro is only used for native tests. This means changes to metro-plugin will unnecessarily trigger the 15-minute Playwright suite. Not harmful, just slightly over-inclusive.

Once those three missing paths are added, this is a solid optimization.