Add a Rust forge::AppEnum with wire keys, i18n labels, and TypeScript bindings.
npx skills add https://github.com/weiloon1234/Forge-Starter --skill new-enum
Please help me install this Agent Skill. Skill: new-enum Source: https://github.com/weiloon1234/Forge-Starter/tree/main/.claude/skills/new-enum Command: npx skills add https://github.com/weiloon1234/Forge-Starter --skill new-enum
This skill standardizes the process of adding a new app-owned enum (forge::AppEnum) so that the Rust code, DB bindings, and TypeScript types stay consistent across the stack, including wire keys and i18n labels.
Define the new enum in Rust using #[derive(forge::AppEnum)], add any required #[forge(key = "...")] wire keys, update i18n keys for locales, and run make types to produce the frontend bindings.
High-intent search queries and answers about installing and using this skill.
Use the forge::AppEnum derive to create a cross-boundary enum in Rust, defining wire keys for serialization and running make types to generate TS bindings. This standardizes app-owned enums like OrderStatus across DB storage and frontend unions.
Adding i18n labels requires defining locale-specific label keys for every variant of your forge::AppEnum. The process ensures that enums crossing Rust and TypeScript boundaries have consistent internationalization labels across all supported locales.
Define your Rust enum with the forge::AppEnum derive and optional wire keys, then run the make types command. This generates TypeScript bindings by exporting the enum variants as string-keyed unions for frontend consumption.
Yes, forge::AppEnum supports custom string wire keys for database storage. You can assign specific keys to enum variants so they serialize consistently across Rust DTOs, database bindings, and TypeScript frontend unions.
Use cross-boundary AppEnum types when creating app-wide enums like TopUpStatus, Priority, or OrderStatus that must flow through DTOs, database bindings, and frontend TypeScript unions. Standard enums lack this automated cross-stack serialization.
TypeScript bindings fall out of sync when you add a Rust variant without running the make types command. Regenerate the TS bindings and ensure all required i18n label keys exist for every locale to restore consistency.
Greenmamba29Detect missing i18n keys, generate translations via DeepL, and sync locale files.
grafanaDetect translation gaps and stub missing keys across locale files.
yankeeinlondonExport TypeScript declarations from Rust types using ts-rs derive macros.
johnlindquistExplain Rust Serde serialization with derive macros and attributes.
