Does this skill handle system-level dependencies?

Yes, it identifies and documents specific system libraries required for audio, graphics, networking, and databases before writing implementation code.

How does it manage project configuration?

It implements a robust configuration pattern using serde and TOML, including support for default values, file validation, and path expansion.

Can I use this for asynchronous programming?

Absolutely. The skill includes standardized patterns for the tokio runtime, making it suitable for high-performance network I/O and concurrent operations.

Does it support Terminal User Interfaces (TUI)?

Yes, it provides boilerplate and structural guidance for creating modern terminal applications using the ratatui and crossterm ecosystem.

Which error handling patterns does it support?

It defaults to using the anyhow crate for application-level logic and thiserror for libraries to ensure idiomatic and ergonomic error management.

Rust Project Implementation

Name: Rust Project Implementation
Author: lawless-m

bylawless-m

Herramientas para Desarrolladores

Builds production-grade Rust CLI and TUI applications from specifications using established industry patterns and best practices.

Acerca de

This skill provides a comprehensive framework for implementing Rust projects from scratch or detailed plans, specializing in CLI and TUI (Terminal User Interface) applications. It automates the complex setup process by handling Cargo manifest generation, identifying essential system-level dependencies for audio or graphics, and implementing robust error-handling patterns. Whether building a network service with tokio or a terminal interface with ratatui, this skill ensures consistent module organization and follows official Rust API guidelines to produce maintainable, high-performance code.

Características Principales

Expert selection of industry-standard crates like clap, tokio, and ratatui
0 GitHub stars
Robust error handling implementation using anyhow and thiserror
Standardized Cargo manifest and module structure setup
Automated system dependency identification (ALSA, SSL, X11, etc.)
Production-ready configuration and state management patterns

Casos de Uso

Building a terminal-based dashboard (TUI) with interactive elements
Implementing a system service or daemon with async I/O requirements
Bootstrapping a new Rust CLI tool from a project specification

Acerca de

Características Principales

Expert selection of industry-standard crates like clap, tokio, and ratatui
0 GitHub stars
Robust error handling implementation using anyhow and thiserror
Standardized Cargo manifest and module structure setup
Automated system dependency identification (ALSA, SSL, X11, etc.)
Production-ready configuration and state management patterns

Casos de Uso

Building a terminal-based dashboard (TUI) with interactive elements
Implementing a system service or daemon with async I/O requirements
Bootstrapping a new Rust CLI tool from a project specification