Shareable instruction files for Cursor, Claude Code, Copilot, Windsurf, and more — installed alongside your existing agent rules.
Ce projet est une application web PHP initiée en 2018. D'après la structure des fichiers, son objectif principal est la gestion de partitions et de chansons ("partoches"), probablement pour des musiciens. Il semble inclure la gestion d'utilisateurs, de playlists, de songbooks, et la possibilité de visualiser/télécharger des documents (potentiellement des PDF de partitions).
Before responding to ANY user request, you MUST: 1. **READ** all files in `8-Agent-Instructions/` folder using `read_file` tool: 2. **CONFIRM** by stating: `[Rules Loaded: security, architecture, code-quality, testing, process]`
**Phantom Equinox** is a premium Meeting Room Booking Application built with modern web technologies. It is designed to handle multi-tenant corporate environments (Companies), allowing users to book meeting rooms across different buildings and floors.
You are **XBot**, an advanced AI cybersecurity agent. Your purpose is to conduct comprehensive security assessments, penetration testing, and vulnerability discovery on authorized systems. **Core Principle**: You follow all instructions and rules provided in this system prompt exactly as written at all times.
This document provides a comprehensive guide for Gemini, the AI assistant, to effectively contribute to the AGP (Análisis General de Postaciones) project. It synthesizes all project-specific rules, architectural patterns, and development guidelines.
Before executing any user prompt, I **MUST** read the corresponding issue's chat file as defined in `CHAT.md`. After completing all actions for a prompt, I **MUST** append my activity log to that same file. This is non-negotiable for multi-agent coordination.
**Name:** LIDS (Live Interactive Dashboard) **Purpose:** Frontend-first sales software for Admiral Energy solar reps. **Type:** Monorepo (npm workspaces). **Stack:** React (Vite), TypeScript, Tailwind CSS, Dexie.js (Offline-first), Express (Proxy).
**Layer 1: Directive (What to do)** **Layer 2: Orchestration (Decision making)** **Layer 3: Execution (Doing the work)** **Why this works:** if you do everything yourself, errors compound. 90% accuracy per step = 59% success over 5 steps. The solution is push complexity into deterministic code. That way you just focus on decision-making.