Plugin Claude Code
Marketplace for the boardless-pcb plugin: a seven-step, user-invoked workflow for zero-hardware, simulation-only PCB + firmware development, running on Claude Code, OpenAI Codex and Cursor from one skill set.
Plugin Claude Code
Marketplace for the boardless-pcb plugin: a seven-step, user-invoked workflow for zero-hardware, simulation-only PCB + firmware development, running on Claude Code, OpenAI Codex and Cursor from one skill set.
Plugin Claude Code
A seven-step, user-invoked workflow for zero-hardware, simulation-only PCB + firmware development: 7 step skills (one step per session) + status + methodology skill + a setup skill for Codex/Cursor, an amnesia-verifier subagent, and an anti-downstream-patching hook. One skill set runs on Claude Code, OpenAI Codex and…
Agent
Context-free PCB design verifier ("amnesia audit"). Reads only the PCB/schematic project's live data and official component documentation; forbidden from reading firmware, dev documents, and prior conclusions. Independently enumerates functional modules, re-derives key operating points, outputs a module table and…
Skill Claude CodeCodex
Methodology guide for the zero-hardware, simulation-only PCB + firmware seven-step workflow (does NOT drive execution). Use when the user asks about this workflow, asks why one of its steps works the way it does, or starts a no-hardware hardware project — in that last case route them to the step skills instead of…
Skill Claude CodeCodex
Finish installing boardless-pcb on Codex or Cursor — installs the amnesia-verifier subagent and the always-on workflow rules, which the skills installer cannot carry. Run once per project, right after installing the skills. Not needed on Claude Code, where the plugin ships both.
Skill Claude CodeCodex
Show flow status: current step, open issues, and the next command to run.
Skill Claude CodeCodex
Step 1 · Onboarding: state init → context interview → dev plan → toolchain setup.
Skill Claude CodeCodex
Step 2 · Firmware skeleton, freeze the pin map (pin layer complete; business logic interface-only).
Skill Claude CodeCodex
Step 3 · Schematic design (incl. component selection and BOM).
Skill Claude CodeCodex
Step 4 · Placement (confirm outline/structure with the user first; generate offline + self-check, push once).
Skill Claude CodeCodex
Step 5 · Routing (engineering order, net by net; bounded self-help in place; wall review report before escalation; DRC clean or gap honestly documented).
Skill Claude CodeCodex
Step 6 · Per-module simulation verification (amnesia audit → human-confirmed plan → autonomous local-fix loop → full re-verify; escalate only when local options are exhausted).
Skill Claude CodeCodex
Step 7 · Full firmware integration + human visual-inspection gate + fab files (closing).