What is the primary repository this skill is designed for?

It is specifically tailored for the Lightning Compute Protocol (LCP) project, particularly the go-lcpd implementation.

Why does this skill emphasize dependency-free Concepts?

Keeping Concepts independent ensures that documentation remains modular and mirrors a clean code architecture where components are decoupled and easily testable.

What is the WYSIWID pattern?

WYSIWID stands for 'What You See Is What It Does.' It is a documentation style that separates independent capabilities (Concepts) from the stories that connect them (Synchronizations).

How does it ensure terminology consistency?

The skill enforces a ubiquitous language, requiring that the terms used in the design documentation match the identifiers and data structures found in the Go codebase.

Does it support visual documentation?

Yes, for complex flows, the skill suggests and helps structure Mermaid sequence diagrams or state charts within the specification files.

WYSIWID Spec Author for LCP

Name: WYSIWID Spec Author for LCP
Author: YusukeShimizu

byYusukeShimizu

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Learning & Documentation

Drafts and maintains technical design documentation for go-lcpd using the 'What You See Is What It Does' (WYSIWID) architectural pattern.

About

This skill provides specialized guidance for authoring and updating design documents within the Lightning Compute Protocol (LCP) ecosystem. It implements the WYSIWID pattern, which separates documentation into independent Concepts and integrated Synchronizations to ensure modularity and clarity. By enforcing strict RFC 2119 language, ubiquitous terminology consistent with Go code, and clear architectural invariants, this skill helps developers maintain a source of truth that accurately reflects the implementation of the go-lcpd daemon.

Key Features

Applies RFC 2119 standard terminology for architectural constraints
2 GitHub stars
Enforces the WYSIWID pattern separating Concepts from Synchronizations
Facilitates complex flow visualization using Mermaid sequence diagrams
Maintains ubiquitous language consistency between docs and Go code
Generates structured spec templates with side-effect and error handling

Use Cases

Authoring initial design specifications for new go-lcpd protocol features
Refactoring existing documentation to align with implementation changes
Enforcing architectural boundaries and dependency-free concept definitions

About

Key Features

Applies RFC 2119 standard terminology for architectural constraints
2 GitHub stars
Enforces the WYSIWID pattern separating Concepts from Synchronizations
Facilitates complex flow visualization using Mermaid sequence diagrams
Maintains ubiquitous language consistency between docs and Go code
Generates structured spec templates with side-effect and error handling

Use Cases

Authoring initial design specifications for new go-lcpd protocol features
Refactoring existing documentation to align with implementation changes
Enforcing architectural boundaries and dependency-free concept definitions