auto-prime

Convert client PDFs, HTMLs, and Word drafts into structured RAG priming files.

Updated Mar 21, 2026
One-click install
npx skills add https://github.com/JaviMontano/prolipa-plugins --skill auto-prime
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: auto-prime
Source: https://github.com/JaviMontano/prolipa-plugins/tree/main/scriba/skills/auto-prime
Command: npx skills add https://github.com/JaviMontano/prolipa-plugins --skill auto-prime

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automates turning unprocessed client documents into structured RAG priming files with evidence tagging.

Core Features & Use Cases

  • Read unprocessed client documents in various formats (PDF, HTML, Word) and extract structured knowledge.
  • Classify documents by type (textbook, curriculum, inserts, deliverables, taxonomy, drafts) and generate per-document priming files with frontmatter including source, type, domain, processed_date, and confidence, plus TL;DR, Key Entities, Constraints, and Evidence.
  • Save priming files to references/priming-rag/ and update calibration-digest.md, then report processed counts and new calibration level for validation.

Quick Start

Instruct the AI to read unprocessed client documents and generate corresponding RAG priming files.

Frequently Asked Questions about auto-prime

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

FAQPage Schema
How do I convert unprocessed client documents into RAG priming files?

To convert unprocessed client documents into RAG priming files, the system reads PDFs, HTMLs, and Word drafts, extracting structured knowledge with provenance. It then generates per-document priming files containing frontmatter, TL;DR, key entities, constraints, and evidence.

What formats are supported for RAG priming and evidence tagging?

RAG priming and evidence tagging support PDFs, HTMLs, and Word drafts. These unprocessed documents are automatically read and classified by type, such as textbooks, curricula, inserts, and deliverables, to ensure accurate knowledge extraction.

How does knowledge extraction ensure no fabrication with document provenance?

Knowledge extraction ensures no fabrication by tagging evidence directly from the source material. It captures provenance through standardized frontmatter, including source, type, domain, processed date, and confidence level for each extracted entity and constraint.

What is the best way to structure extracted knowledge for calibration digests?

The best way to structure extracted knowledge for calibration digests is to save per-document priming files under references/priming-rag/ and update calibration-digest.md. This approach reports processed counts and new calibration levels for validation.

Can I use auto-prime for textbook and curriculum document processing?

Yes, you can use it for textbook and curriculum document processing. It automatically classifies these document types and generates corresponding priming files with standardized frontmatter, ensuring structured knowledge extraction without fabrication.

Why does my document processing pipeline need standardized frontmatter?

Your document processing pipeline needs standardized frontmatter, including source, type, domain, processed_date, and confidence, to maintain provenance and ensure reliable RAG priming. This metadata enables accurate validation and prevents knowledge fabrication.