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add-new-chip

Generate ViewModels, Views, and JSON definitions for new chips in GmtTestTool.

Updated Feb 25, 2026
Search Tags:#automation#developer tools#code generation#embedded systems#MVVM#chip support
One-click install
npx skills add https://github.com/billwanggithub/GmtTestToolV1 --skill add-new-chip
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: add-new-chip
Source: https://github.com/billwanggithub/GmtTestToolV1/tree/main/.agent/skills/add-new-chip
Command: npx skills add https://github.com/billwanggithub/GmtTestToolV1 --skill add-new-chip

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill automates the complex process of adding support for new microcontroller chips to the GmtTestTool, significantly reducing manual setup time and potential errors.

Core Features & Use Cases

  • Automated Code Generation: Creates necessary ViewModel, View, and JSON definition files.
  • Two Modes: Supports both simplified "Register-Only" and comprehensive "Full Custom" modes with HTML interfaces.
  • Use Case: A hardware engineer needs to integrate a new M8051AA chip. They use this Skill to quickly generate all the required code and configuration files, allowing them to focus on testing rather than boilerplate setup.

Quick Start

Add a new chip M8051AA to the MXXXX family using the register-only mode.

Frequently Asked Questions about add-new-chip

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

FAQPage Schema
How do I add new chip support to an embedded testing framework without writing boilerplate code?▼

Automating new chip support generates ViewModels, Views, JSON definitions, and DI registration to eliminate manual boilerplate. This allows rapid expansion of supported microcontroller hardware within the GmtTestTool framework.

What is the difference between register-only and full custom modes for microcontroller chip integration?▼

Register-only mode provides a simplified integration path, while full custom mode offers comprehensive HTML interfaces. Both automate ViewModel, View, and JSON generation to support varying levels of microcontroller customization.

Does automated code generation handle dependency injection registration for new microcontroller chips?▼

Yes, automated code generation handles DI registration alongside creating ViewModel, View, and JSON definition files. This ensures the new microcontroller chip is fully configured and integrated into the testing framework without manual setup.

What files are generated when integrating a new microcontroller chip for hardware testing?▼

The process generates ViewModels, Views, and JSON definition files required for the new chip implementation. These files establish the MVVM structure and configuration needed to test the microcontroller within the GmtTestTool framework.

Can I use this automated chip support generation for any microcontroller family?▼

Automated chip support generation works within the GmtTestTool framework to add chips like M8051AA to specific families. It accommodates both register-only and full custom modes with HTML interfaces for diverse microcontroller integration needs.

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