Usually, rewrites to recursive types are deeply nested - which will cause any failure to fallback to no-op (through most Type.all() implementations). The semantics of everywhere are similar to all - if nothing can be rewritten internally, that is not an error state.
This will cause no fixer function to be produced if a top-level recursive type has a fixer defined within a version range, but that type does not exist within the type being fixed.
Doesn't currently impact Vanilla, but became a bit more likely with 1a8eb415198a72c612163ad6c25505b57a891adb.
Usually, rewrites to recursive types are deeply nested - which will cause any failure to fallback to no-op (through most
Type.all()implementations). The semantics ofeverywhereare similar toall- if nothing can be rewritten internally, that is not an error state.This will cause no fixer function to be produced if a top-level recursive type has a fixer defined within a version range, but that type does not exist within the type being fixed.
Doesn't currently impact Vanilla, but became a bit more likely with 1a8eb415198a72c612163ad6c25505b57a891adb.