forge-nano

Run 7 code checks with math verification and anti-pattern coverage.

186|54|Updated Aug 12, 2025
One-click install
npx skills add https://github.com/francomascareloai/EA_SCALPER_XAUUSD --skill forge-nano
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: forge-nano
Source: https://github.com/francomascareloai/EA_SCALPER_XAUUSD/tree/main/.factory/skills/forge
Command: npx skills add https://github.com/francomascareloai/EA_SCALPER_XAUUSD --skill forge-nano

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Forge Nano addresses the challenge of coding tasks in multi-agent sessions where context is limited, enabling faster collaboration and reducing setup overhead.

Core Features & Use Cases

  • 7 checks + trading math verification
  • Top 10 anti-patterns + top 5 bug patterns
  • Auto-compile command
  • Smart handoffs
  • Complexity check trigger

For FULL capabilities, use forge-code-architect (SKILL.md)

Quick Start

Use the Forge Nano skill to generate a compact, well-scoped code snippet for a small MQL5 task in a party-mode session.

Frequently Asked Questions about forge-nano

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

FAQPage Schema
How do I handle multi-agent coding tasks with limited context?

Multi-agent coding tasks with limited context are handled by enabling fast handoffs and compact outputs during collaborative sessions, reducing setup overhead while maintaining code quality.

What's the best way to generate compact MQL5 code snippets quickly?

Generating compact MQL5 code snippets quickly requires a tool designed for quick code work across constrained contexts, featuring math verification, anti-pattern coverage, and an auto-compile command.

How does math verification work for trading code in multi-agent sessions?

Math verification for trading code works by running 7 specific checks alongside top 10 anti-pattern and top 5 bug pattern coverage to ensure calculation accuracy in quick collaborative coding tasks.

Can I use this compact coding approach for complex software engineering projects?

This compact coding approach is not suited for complex projects; a complexity check trigger acts as a gating rule to switch to a full-capability code architect for advanced tasks.

When should I switch from a compact multi-agent coder to a full code architect?

You should switch from a compact multi-agent coder to a full code architect when a complexity check trigger activates, indicating the quick code task exceeds the limited context feature set.