Does this skill provide code examples for SCI?

Yes, it includes implementation patterns for the Small Clojure Interpreter (SCI) to enable sandboxed evaluation and embedded DSLs.

Can this skill help with browser-based development?

Absolutely. It provides guidance on using Scittle for script tags, and Squint or Cherry for modern frontend build pipelines.

When should I choose Babashka over standard Clojure?

Babashka is ideal for shell scripting, build automation, and CLI tools where fast startup time is more critical than full JVM features.

What is the primary purpose of the borkdude skill?

The borkdude skill provides Claude with specific expertise on the Michiel Borkent ecosystem, focusing on selecting the right ClojureScript runtime for various technical environments.

What is the difference between Cherry and Squint?

Cherry offers high ClojureScript compatibility and macro support for larger applications, while Squint prioritizes minimal JS output and JS-native interop for smaller bundles.

ClojureScript Runtime Selector

Name: ClojureScript Runtime Selector
Author: plurigrid

byplurigrid

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Herramientas para Desarrolladores

Optimizes ClojureScript development by guiding the selection of high-performance runtimes like Babashka, SCI, and Squint.

Acerca de

This skill provides a specialized framework for navigating the Michiel Borkent (@borkdude) Clojure ecosystem, helping developers choose the ideal tool for specific execution contexts. It features a detailed runtime matrix and decision tree to determine whether to use Babashka for scripting, SCI for sandboxing, or Squint/Cherry for browser-based development. By integrating this skill, Claude gains the domain-specific knowledge required to implement efficient, context-aware Clojure and ClojureScript solutions across JVM, Node.js, and web environments, ensuring optimal bundle sizes and startup performance.

Características Principales

Detailed comparison of compiler outputs for web bundle optimization
Advanced SCI sandboxing and embedded interpreter implementation patterns
Direct CLI command references for rapid tool deployment
2 GitHub stars
Comprehensive runtime compatibility matrix for JVM, Node, and Browser
Logic-based decision tree for selecting between Babashka, SCI, Cherry, and Squint

Casos de Uso

Implementing secure, embedded interpreters for plugin systems and dynamic configuration
Building fast-startup CLI tools and automation scripts with Babashka
Developing lightweight browser-native applications with minimal JS footprints using Squint

Acerca de

Características Principales

Detailed comparison of compiler outputs for web bundle optimization
Advanced SCI sandboxing and embedded interpreter implementation patterns
Direct CLI command references for rapid tool deployment
2 GitHub stars
Comprehensive runtime compatibility matrix for JVM, Node, and Browser
Logic-based decision tree for selecting between Babashka, SCI, Cherry, and Squint

Casos de Uso

Implementing secure, embedded interpreters for plugin systems and dynamic configuration
Building fast-startup CLI tools and automation scripts with Babashka
Developing lightweight browser-native applications with minimal JS footprints using Squint