Debug Game Boy games via Gearboy MCP server with execution control.
npx skills add https://github.com/drhelius/Gearboy --skill gearboy-debugging
Please help me install this Agent Skill. Skill: gearboy-debugging Source: https://github.com/drhelius/Gearboy/tree/main/skills/gearboy-debugging Command: npx skills add https://github.com/drhelius/Gearboy --skill gearboy-debugging
This Skill helps developers debug and trace Game Boy family games by leveraging the Gearboy MCP server. It provides structured workflows to control execution, inspect the SM83 CPU and hardware, manage breakpoints, read memory, disassemble code, trace instructions, and analyze rendering/timing issues, enabling efficient diagnosis and reverse engineering.
Launch Gearboy as an MCP server, connect your AI client, load a ROM, then pause or step to begin debugging.
High-intent search queries and answers about installing and using this skill.
The Skill helps debug and trace Game Boy family titles by leveraging the Gearboy MCP server to control execution, inspect hardware state, manage breakpoints, and capture trace logs for efficient diagnosis.
During a Game Boy debugging session, you can inspect SM83 CPU registers, LCD, APU, SGB, and specific memory areas by pausing execution through the MCP server and querying the current hardware state.
Yes, you can disassemble code, view call stacks, set breakpoints, and capture trace logs for Game Boy homebrew development by utilizing the execution control features provided through the Gearboy MCP server integration.
Time travel debugging allows you to rewind snapshots to compare hardware and memory states, enabling you to verify fixes and analyze execution flow when reverse engineering GB, GBC, or SGB titles.
To start tracing Game Boy ROM execution, you need the Gearboy MCP server running, an active MCP client integration, and command-line tools curl and unzip installed to load ROMs and control stepping.
You diagnose graphics and audio timing issues by using the Gearboy MCP server to inspect LCD and APU hardware state, set breakpoints at relevant routines, and capture instruction trace logs during execution.
PlaidmustachePlay Pokemon ROMs via headless emulator and RAM reads.
dariushouleTrace x64dbg debuggee execution and log disassembled instructions for offline analysis.
guccangInspect Node.js execution state via the V8 inspector and debugging protocols.
samlaggzAutomate Pokemon gameplay in headless mode using RAM reads.
