myco:bun-binary-compilation-asset-management

Automate cross-platform Bun binary compilation with embedded assets for Myco projects.

12|2|Updated Mar 15, 2026

Search Tags:#bun #build-system #binary #asset-management #multitarget #myco #virtual-filesystem

Ready to run

npx skills add https://github.com/goondocks-co/myco --skill myco-bun-binary-compilation-asset-management

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: myco:bun-binary-compilation-asset-management
Source: https://github.com/goondocks-co/myco/tree/main/.agents/skills/bun-binary-compilation-asset-management
Command: npx skills add https://github.com/goondocks-co/myco --skill myco-bun-binary-compilation-asset-management

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Bun-based binary compilation and asset management for Myco provides a reliable path to producing standalone binaries that embed templates, manifests, and other package-owned assets while clearly separating user data and runtime configs, enabling consistent behavior in development and production.

Core Features & Use Cases

Cross-platform builds: generate platform-specific binaries (darwin, linux, windows) with embedded dependencies.
Asset bundling strategy: embed installer templates, manifests, and hook configs to run without filesystem reads in production.
Runtime boundary management: separate package-owned assets from user data, with virtual filesystem handling and per-target entry points for robustness.

Quick Start

Run the build workflow to generate a platform-specific Myco binary with embedded assets.

Frequently Asked Questions about myco:bun-binary-compilation-asset-management

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I compile Bun binaries with embedded assets for cross-platform distribution?▼

Bun binary compilation with embedded assets uses target-specific entry points and bundled templates to generate standalone binaries for darwin, linux, and windows, ensuring consistent runtime behavior across development and production environments.

How does virtual filesystem handling separate package-owned assets from user data?▼

Virtual filesystem handling separates package-owned assets like installer templates and manifests from user data and runtime configs, allowing production binaries to run without external filesystem reads while maintaining clear runtime boundaries.

Can I use multi-target builds to generate platform-specific binaries for darwin, linux, and windows?▼

Multi-target builds support generating platform-specific binaries with embedded dependencies across darwin, linux, and windows, using per-target entry points and robust error handling to ensure reliable cross-platform runtime behavior.

What is the best way to bundle manifests and hook configs into a standalone Bun binary?▼

Asset bundling embeds installer templates, manifests, and hook configs directly into the binary using a generator-driven approach, eliminating filesystem reads in production and ensuring all package-owned assets are available at runtime.

Why do I need runtime boundary management when distributing compiled Bun binaries?▼

Runtime boundary management prevents conflicts between package-owned assets and user data by using virtual filesystem handling and per-target entry points, ensuring reliable behavior in both development and production environments.