Generate hexagonal adapter implementations with TDD tests across TypeScript, Go, or Rust.
npx skills add https://github.com/gaberger/hex --skill hex-generate
Please help me install this Agent Skill. Skill: hex-generate Source: https://github.com/gaberger/hex/tree/main/.claude/skills/hex-generate Command: npx skills add https://github.com/gaberger/hex --skill hex-generate
hex-generate automates the end-to-end creation of a hexagonal adapter implementation within a codebase, streamlining how developers add new adapters while preserving architectural boundaries.
Ask the assistant to generate an adapter by specifying the adapter path under src/adapters, the target port, language, test style, and max iterations.
High-intent search queries and answers about installing and using this skill.
To generate a hexagonal adapter via TDD, specify the adapter path under src/adapters, the target port interface, language, test style, and max iterations. The workflow then resolves the port, writes failing tests first, implements the adapter, and runs compile gates.
Resolving a port interface from an adapter path involves loading contextual AST and domain information to infer required interfaces. This mechanism ensures the generated adapter correctly implements the target port before any test scaffolding or architectural validation begins.
Hexagonal architecture code generation supports TypeScript, Go, and Rust. It scaffolds the adapter implementation and accompanying unit tests across these language targets while enforcing compile-time and architectural boundaries specific to each environment.
To validate architectural boundaries after implementing an adapter, run hex analyze and compile gates. This enforces hexagonal boundaries and verifies code correctness through lint checks before the adapter is integrated into the main codebase.
You can implement multiple port interfaces like IGitPort and IWorktreePort within a single adapter. The generation workflow resolves each target port from the adapter path and ensures both interfaces are implemented and pass the required architectural tests.
Automating hexagonal adapter creation requires an existing port interface and a specified adapter path. It is limited to TypeScript, Go, and Rust, and depends on contextual AST and domain information to correctly infer the required interfaces before generating code.
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