alloy-languages

Alloy language packages organize multi-language targets like TypeScript, C#, Java, Python, and Go by mapping language constructs to Alloy primitives. You need them when designing language-specific components or planning Rust integration for consistent naming, scopes, and symbol resolution.

To scaffold a new Alloy language package, follow the established directory layout pattern by creating a SKILL.md frontmatter containing name and description, then optionally include scripts, references, and assets to map your target language constructs to Alloy primitives.

Mapping language constructs to Alloy components involves applying consistent naming conventions, scope rules, and symbol resolution practices across TypeScript, C#, and Python. Each language package follows the same directory layout with SKILL.md frontmatter for structural consistency.

Yes, the Alloy language package structure plans for Rust integration alongside existing TypeScript, C#, Java, Python, and Go targets. New Rust packages follow the same established pattern with SKILL.md frontmatter, directory layout, and optional scripts, references, and assets.

Creating an Alloy language package requires a consistent directory layout with a SKILL.md frontmatter containing name and description. You may optionally include scripts, references, and assets to support language-specific component design and naming policies.

The best way to define name policies and symbol resolution for multiple language targets is using Alloy language packages, which provide a consistent structure for mapping constructs across TypeScript, C#, Java, Python, and Go while applying uniform naming conventions and scope rules.