Chorus-Editor

Chorus::Editor // NODE-0
This is a professional-grade, sovereign code editor subkernel designed for high-performance development within the Puter FS ecosystem. Chorus::Editor balances a focused, "cyber-noir" aesthetic with the robust functionality of the Monaco Editor engine, providing a distraction-free environment for deep-work sessions.

Application Overview
Chorus::Editor is built to function as a native-feeling component of the Puter desktop. It prioritizes system integrity and speed, utilizing a custom-themed interface that reduces UI fatigue while maintaining high visual density for complex coding tasks.

Key Features
Monaco Engine Integration: Leverage the same high-performance editing engine that powers VS Code, including advanced IntelliSense, code folding, and multi-cursor editing.

Sovereign File Management: Seamlessly integrated with Puter FS, allowing for direct cloud-native file operations, auto-detection of file types, and local file fallback.

Professional Toolset: Includes advanced text transformation tools (case switching, line sorting, deduplication, and shuffling) and a comprehensive document statistics engine.

Highly Legible HUD: A custom-built Status Bar and Title Bar provide real-time metrics, including line/column tracking, word counts, and system status pulses like "27 SHARDS NOMINAL".

Expansive Syntax Support: Native support for over 25 languages, including Javascript, Python, Rust, C++, and custom DSLs like ChorusF90.

Modern Aesthetics: A "chorus-dark" theme featuring Share Tech Mono and Orbitron typography, glassmorphism UI elements, and a subtle scanline overlay for an immersive terminal feel.

Technical Specifications
Core Engine: Monaco Editor v0.44.0

Storage: Native Puter.js v2 Integration

Performance: Optimized for low-latency input and smooth scrolling, even on legacy hardware.

Customization: Toggleable minimap, word wrap, and line numbers, alongside adjustable zoom levels.

Developer Note
"Chorus::Editor is not just a tool; it's a sovereign node in a larger computational ecosystem, designed for those who require precision and stability in their development environment."