keyed_form_gen 0.2.2

build_runner code generator for keyed_form_schema: turns a schema into immutable data models, keyed_form_core field references and type-safe validation functions.

0.2.2

• Allow analyzer 14.

0.2.1

• Allow analyzer 13.

0.2.0

• refine(path: ...) is now checked against the schema's declared fields at generation time, including dotted paths into nested objects ('stop.city'). A path that doesn't resolve to a real field used to be a silent no-op — the refinement's error never attached to any field — so it now fails the build instead, naming the closest field if one looks like a typo.

• Generated list-row accessors (<Root>Fields.<accessor>(...)) now take named <field>ClientId parameters instead of an <Accessor>Ref record — TourFields.stop(stopClientId: id) instead of final ref = (stop: id); TourFields.stop(ref). The <Accessor>Ref typedef is gone. Re-run build_runner build and update call sites accordingly.

• Generated doc comments no longer say "affine" — the form layer doesn't use keyed_lens vocabulary, so a row accessor's doc now just says its read/write is a no-op when the row doesn't exist.

• Add pub.dev topics for package discoverability.

0.1.0

Initial release.

• build_runner generator for @keyedSchema-annotated libraries: turns each ks.object({...}) schema into an immutable data class (const constructor, .create() factory with auto clientId, copyWith, ==, hashCode, toMap).
• A <Root>Fields namespace of keyed_form_core field references — StrictFieldRef for scalars, <Field>FieldRefs wrappers for nested objects and list rows, .asVariant narrowers for discriminated unions.
• validate([scope]) / validateAsync([scope]) and the validateData / validateDataAsync statics, returning FieldErrors. They pass a _validationValues list (the object's field values in schema order) to KSObject.validateValues, so no Map is built per validation; toMap() stays the serialization path. Passing a FieldKey scope re-checks only that subtree. <Root>.validateData is assignable straight to KeyedFormController.resolver, and <Root>.scopeOf (delegating to rowScopeOf) is a ready default scopeOf.
• copyWith is a typed public interface backed by a private sentinel-based implementation so bare [] / {} literals infer correctly at call sites.