How do I activate the Zig discovery skill?

It activates automatically when Claude Code detects Zig-related files like build.zig, .zon files, or .zig source files in your workspace.

Why does this skill use progressive loading?

Progressive loading saves token context by providing a high-level overview first and only loading detailed documentation when you need to perform specific deep-dive tasks.

What specific Zig topics does this skill cover?

It covers the build system, C interop, memory management (allocators), package management (ZON), testing, and initial project setup.

Can I load specific Zig sub-skills manually?

Yes, you can manually load individual modules like zig-c-interop or zig-memory-management using standard bash commands provided in the gateway skill.

Zig Development Discovery

Name: Zig Development Discovery
Author: rand

byrand

•

开发者工具

Facilitates seamless Zig programming by automatically activating comprehensive skills for systems programming, memory management, and build configurations.

关于

The discover-zig skill acts as an intelligent gateway for Claude Code, automatically detecting Zig projects to provide domain-specific expertise. It implements a progressive loading system that grants access to specialized modules for the Zig build system, C interoperability, manual memory management with allocators, and the ZON package manager. This ensures the AI provides high-context guidance for low-level systems engineering while maintaining context efficiency by only loading deeper documentation when necessary.

主要功能

Automatic activation based on Zig file detection and project context
Comprehensive guidance for Zig build.zig and ZON package management
Quick-access index for specialized testing and project setup workflows
Progressive loading architecture to optimize AI context window usage
Expert support for C interoperability and low-level memory allocation patterns
42 GitHub stars

使用场景

Refactoring manual memory management logic using specialized Zig allocators
Bootstrapping new Zig projects with idiomatic directory structures and build scripts
Bridging legacy C codebases with modern Zig applications using native C interop

关于

主要功能

Automatic activation based on Zig file detection and project context
Comprehensive guidance for Zig build.zig and ZON package management
Quick-access index for specialized testing and project setup workflows
Progressive loading architecture to optimize AI context window usage
Expert support for C interoperability and low-level memory allocation patterns
42 GitHub stars

使用场景

Refactoring manual memory management logic using specialized Zig allocators
Bootstrapping new Zig projects with idiomatic directory structures and build scripts
Bridging legacy C codebases with modern Zig applications using native C interop