Does it support multiple operating systems?

Yes, it includes specific implementation patterns and detection logic for macOS (Homebrew), Linux (apt/dnf/pacman), and Windows (winget).

What is the main purpose of the Jarvy Architecture skill?

It provides Claude with the specific structural rules and code patterns needed to build and extend Jarvy, a cross-platform development environment provisioner.

Which programming language does this skill support?

This skill is specifically designed for Rust projects using the Jarvy architecture, including crates like serde, thiserror, and clap.

How do I add a new tool using this skill?

The skill guides you through a four-step process: creating the directory, setting up the module, implementing the three-layer logic, and registering it in the global registry.

Can I use these patterns for my own CLI project?

While optimized for Jarvy, the patterns for registry systems, platform detection, and command execution are highly portable for any Rust CLI developer.

Jarvy CLI Architecture Jumpstart

Name: Jarvy CLI Architecture Jumpstart
Author: bearbinary

bybearbinary

Deployment & DevOps

Provides comprehensive architecture guidelines and patterns for developing and extending the Jarvy CLI environment provisioner.

About

This skill equips Claude with the structural knowledge and implementation patterns required to maintain, extend, or refactor the Jarvy CLI codebase. It details a standardized three-layer architecture for cross-platform tool management, a thread-safe global registry system, and robust error handling conventions using Rust. By providing specific templates for adding new tools and platform-specific logic, it ensures consistency across the project while simplifying complex orchestration tasks for developers working on native package manager integrations.

Key Features

Standardized three-layer tool implementation patterns for macOS, Linux, and Windows
Global thread-safe registry system for dynamic tool dispatching and management
Structured error handling and exit code patterns using the thiserror crate
Automated scaffolding workflows for adding and registering new tool modules
Cross-platform package manager abstraction for Homebrew, apt, dnf, and winget
0 GitHub stars

Use Cases

Scaffolding new tool implementations within the Jarvy ecosystem using standardized templates
Refactoring existing provisioner logic to comply with the project's registry and error patterns
Implementing platform-specific command execution for cross-OS development environments

About

Key Features

Standardized three-layer tool implementation patterns for macOS, Linux, and Windows
Global thread-safe registry system for dynamic tool dispatching and management
Structured error handling and exit code patterns using the thiserror crate
Automated scaffolding workflows for adding and registering new tool modules
Cross-platform package manager abstraction for Homebrew, apt, dnf, and winget
0 GitHub stars

Use Cases

Scaffolding new tool implementations within the Jarvy ecosystem using standardized templates
Refactoring existing provisioner logic to comply with the project's registry and error patterns
Implementing platform-specific command execution for cross-OS development environments