vulgata-lang

Parse and explain Vulgata v0.6 source code for syntax, semantics, and intent.

Updated Apr 13, 2026
One-click install
npx skills add https://github.com/soyrochus/vulgata --skill vulgata-lang
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: vulgata-lang
Source: https://github.com/soyrochus/vulgata/tree/main/skills/vulgata-lang
Command: npx skills add https://github.com/soyrochus/vulgata --skill vulgata-lang

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Provides authoritative, machine-readable knowledge of the Vulgata v0.6 language so AI assistants and developers can accurately read, explain, author, and review .vg source code with correct syntax, typing, semantic-layer reasoning, and generation rules.

Core Features & Use Cases

  • Complete language reference covering lexical rules, declarations, type system, pattern matching, mutability model, semantic layers, standard library, and generation conventions.
  • Authoring and generation: produce idiomatic Vulgata source and follow generation rules for compiler/interpreter compatibility and Rust emission.
  • Analysis and review: perform syntax checks, type reasoning, intent/contract extraction, example/test validation, and recommend fixes or refactorings.
  • Use cases: code review of Vulgata modules, generating Vulgata actions from specs, converting Vulgata to Rust stubs, and producing human-readable explanations of complex .vg logic.

Quick Start

Analyze the following Vulgata v0.6 source and produce a clear explanation of its behavior, type-check findings, and actionable suggestions to fix any issues.

Frequently Asked Questions about vulgata-lang

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

FAQPage Schema
How do I parse and type-check Vulgata .vg source code for syntax errors?

You can parse Vulgata .vg source code by applying v0.6 lexical rules, type assignability checks, and semantic layer reasoning to identify syntax errors, validate declarations, and verify type correctness across modules.

Can I generate Rust code stubs from Vulgata v0.6 modules?

Yes, you can generate Rust code stubs from Vulgata v0.6 modules by following the language's generation conventions, which map Vulgata declarations, type system rules, and semantic layers to compatible Rust emission patterns.

What is the best way to review and refactor Vulgata code for idiomatic patterns?

Reviewing Vulgata code involves analyzing match and destructuring rules, mutability models, and semantic layers to extract intent, validate contracts, and recommend fixes or refactorings that align with the v0.6 standard library and idiomatic conventions.

How does pattern matching and destructuring work in the Vulgata type system?

Vulgata pattern matching and destructuring operate under v0.6 type assignability rules, ensuring that matched patterns conform to declared types, semantic layers, and lexical rules for safe and consistent code execution.

Does the Vulgata language support semantic layers and intent extraction for code analysis?

Vulgata v0.6 supports semantic layers and intent extraction by reasoning over declarations, type systems, and mutability models to produce human-readable explanations of complex .vg logic and validate contract behavior during code review.