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Common Lisp Ecosystem

Design Common Lisp ecosystems with ASDF systems and SBCL tooling.

71|2|Updated Feb 23, 2024
Search Tags:#lisp#clos#asdf#common-lisp#sbcl#coalton
One-click install
npx skills add https://github.com/takeokunn/nixos-configuration --skill common-lisp-ecosystem-takeokunn
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: Common Lisp Ecosystem
Source: https://github.com/takeokunn/nixos-configuration/tree/main/home-manager/programs/claude-code/skills/ecosystem/common-lisp-ecosystem
Command: npx skills add https://github.com/takeokunn/nixos-configuration --skill common-lisp-ecosystem-takeokunn

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill provides a comprehensive set of patterns and best practices for designing and maintaining Common Lisp ecosystems, covering ASDF, SBCL, CLOS, package management workflows, and integration points to streamline development and system definitions.

Core Features & Use Cases

  • ASDF system patterns: Define and organize CL systems with clear dependencies and components.
  • CLOS and generic functions: Use generic functions and method combinations effectively.
  • SBCL-specific tooling: Leverage SBCL features and optimization patterns for performance.
  • Coalton integration: Interoperate Coalton with classic CL codebases.
  • Use Case: Build a small CL project with defpackage, a defsystem, and a test suite, guided by documented patterns and examples.

Quick Start

Prompt the AI to produce a minimal Common Lisp ecosystem skeleton including a defpackage, a defsystem, and a small SBCL snippet showing CLOS usage.

Frequently Asked Questions about Common Lisp Ecosystem

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

FAQPage Schema
How do I structure an ASDF system definition for a Common Lisp project?▼

Structure an ASDF system definition by using defsystem to declare components and dependencies, organizing CL systems cleanly with defpackage. This approach streamlines development and system definitions across SBCL-based toolchains.

How do I set up SBCL and Common Lisp tooling with Roswell or Qlot?▼

Set up SBCL tooling by installing Roswell for environment management and Qlot for dependency isolation. These Lisp tools provide the prerequisite workflow for managing Quicklisp-style dependencies and running CL projects.

Can I interoperate Coalton with existing Common Lisp codebases?▼

Yes, you can interoperate Coalton with existing Common Lisp codebases. The Skill provides integration patterns to bridge Coalton type-safe code with classic CL codebases and CLOS definitions effectively.

What is the best way to define packages and use CLOS generic functions in Lisp?▼

The best way to use CLOS generic functions is by defining packages with defpackage and leveraging method combinations effectively. This Skill provides documented patterns and examples for maximizing CLOS capabilities.

Does this Skill provide templates for building a Common Lisp test suite?▼

Yes, this Skill provides templates for building a Common Lisp test suite. You can prompt the AI to produce a minimal CL ecosystem skeleton including defpackage, defsystem, and an SBCL snippet with CLOS usage.

How to leverage SBCL features and optimization patterns for better performance?▼

Leverage SBCL features by applying specific optimization patterns for performance. The Skill offers guidance on maximizing SBCL compiler capabilities within your Common Lisp ecosystem design and library integration.

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