How does this skill improve AI coding sessions?

By defining the project's layout, Claude can find files faster and adhere to established development conventions without human intervention.

Where is the core logic of the project located?

The main conversion logic is housed within the Rust crates directory, specifically under crates/html-to-markdown.

Which programming languages does this structure cover?

The project includes a core Rust library with bindings for Python, Node.js, Ruby, PHP, Go, Java, C#, and WebAssembly.

What is the primary purpose of this skill?

It provides an architectural map of the html-to-markdown repository to help Claude navigate and modify the polyglot codebase accurately.

Does this skill include CI/CD information?

Yes, it maps the location of GitHub Actions workflows for testing, building, and validating all supported language bindings.

HTML-to-Markdown Project Structure

Name: HTML-to-Markdown Project Structure
Author: kreuzberg-dev

bykreuzberg-dev

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480

Herramientas para Desarrolladores

Navigates and maintains the polyglot architectural standards of the high-performance html-to-markdown repository.

Acerca de

This skill provides Claude with a detailed architectural map of the html-to-markdown repository, a high-performance Rust-based polyglot engine maintained by the Kreuzberg team. It enables the AI to navigate a complex workspace containing core Rust crates, multiple language-specific bindings (Python, Node.js, Ruby, PHP, WASM), and automated workflows efficiently. By understanding the directory hierarchy and naming conventions, Claude can accurately locate source code, tests, and CI/CD configurations, ensuring consistent and context-aware development across the entire ecosystem.

Características Principales

Outlines CI/CD workflow locations for various automated environments
480 GitHub stars
Identifies core library logic versus language-specific implementation packages
Maps polyglot workspace structure including Rust core and multi-language bindings
Defines standards for test suites, examples, and performance benchmarks
Standardizes task execution via the primary Taskfile automation interface

Casos de Uso

Navigating and updating CI/CD scripts and automation tasks within the repository
Maintaining structural integrity during refactors of the Rust core or FFI layers
Onboarding Claude to the complex codebase for feature development across bindings

Acerca de

Características Principales

Outlines CI/CD workflow locations for various automated environments
480 GitHub stars
Identifies core library logic versus language-specific implementation packages
Maps polyglot workspace structure including Rust core and multi-language bindings
Defines standards for test suites, examples, and performance benchmarks
Standardizes task execution via the primary Taskfile automation interface

Casos de Uso

Navigating and updating CI/CD scripts and automation tasks within the repository
Maintaining structural integrity during refactors of the Rust core or FFI layers
Onboarding Claude to the complex codebase for feature development across bindings