astrolabe-schemas

You define schema fields and validation rules in C# classes, then serialize them to camelCase JSON contracts. These JSON outputs are consumed by TypeScript libraries to render dynamic forms with built-in validation.

Sharing validation rules between .NET and TypeScript is done by defining cross-platform schemas in C# that serialize to JSON. This ensures type safety and reduces duplication by emitting contracts consumable by TypeScript frontend libraries.

Yes, C# schemas can render dynamic forms in React. The skill emits JSON form schemas designed to be consumed by frontend libraries like @react-typed-forms/schemas, enabling dynamic form generation from .NET models.

No external runtime libraries are needed beyond the standard .NET toolchain. The skill serializes C# schema definitions to camelCase JSON natively, making the output directly consumable by TypeScript applications.

JSON schema serialization handles nested compounds by mapping C# public properties to SimpleSchemaField and CompoundField entries. These definitions are serialized into camelCase JSON, preserving the hierarchical structure for TypeScript form generation.

Use cross-platform schemas when building admin dashboards or dynamic forms to eliminate type duplication. Defining schemas in C# and emitting JSON contracts ensures type safety across the frontend without manually maintaining separate TypeScript models.