lbrut

Guide coding workflows with prioritized P0/P1/P2 questions and memory-based planning.

1|Updated Apr 14, 2026
One-click install
npx skills add https://github.com/Virgile-Eratel/skills --skill lbrut
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: lbrut
Source: https://github.com/Virgile-Eratel/skills/tree/main/lbrut
Command: npx skills add https://github.com/Virgile-Eratel/skills --skill lbrut

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

L’outil aide à construire un plan d’implémentation robuste en guidant l’utilisateur via des questions de priorités (P0/P1/P2) et en exploitant la mémoire pour éviter de répéter des décisions déjà prises.

Core Features & Use Cases

  • Activation contrôlée: s’active avec /lbrut et se désactive avec /lbrut stop, sans auto-désactivation lors des changements de sujet.
  • Questions structurées par risque: P0 bloquantes, P1 structurantes, P2 affinage, avec reclassement possible après chaque réponse.
  • Planification guidée sans exécution: produit un plan strict (sans implémenter avant go) et impose des garde-fous de style et de périmètre.
  • Gestion mémoire dynamique: lit MEMORY.md et les références associées depuis un chemin calculé à partir du CWD pour réutiliser des contraintes pédagogiques.

Quick Start

Active l’outil avec /lbrut, réponds aux questions P0/P1/P2, puis envoie go pour exécuter le plan.

Frequently Asked Questions about lbrut

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

FAQPage Schema
How do I structure a coding mentorship workflow with prioritized questions before implementing features?

Mentorship memory reuse reads project memory files like MEMORY.md from the project directory to apply previously established constraints. This avoids redundant decisions by reusing prior preferences and pedagogical constraints directly during the planning phase.

What is execution gating in a step-by-step code planning workflow?

To start a guided learning workflow, activate the mentor tool using the /lbrut command. Answer the generated P0, P1, and P2 priority questions, then send the go command to execute the resulting constrained implementation plan.

How does memory reuse work when planning code changes in a learning environment?

Mentorship memory reuse reads project memory files like MEMORY.md from the project directory to apply previously established constraints. This avoids redundant decisions by reusing prior preferences and pedagogical constraints directly during the planning phase.

What is execution gating in a step-by-step code planning workflow?

Execution gating produces a constrained implementation plan that only applies surgical code changes after receiving an explicit go command. This ensures no code is modified until the user reviews and approves the structured plan.

How do I activate and use a prompt workflow for debugging and feature planning?

To start a guided learning workflow, activate the mentor tool using the /lbrut command. Answer the generated P0, P1, and P2 priority questions, then send the go command to execute the resulting constrained implementation plan.

Can I use a mentor-style coding workflow without automatic deactivation when changing topics?

Controlled activation keeps the mentor workflow active across topic changes until explicitly stopped with a stop command. This allows continuous debugging and feature planning without needing to reactivate the prompt workflow repeatedly.