name	dev
description	Boot and drive the tbh-meter app + reader locally to see a change working — what runs on macOS (UI only; the reader is win32-only) and how to feed the overlay/list fake data. Use when asked to run/start the meter, verify a change in the running app, screenshot the overlay, or reproduce a bug locally.

Running tbh-meter locally

cd app && pnpm dev   # electron-vite; the reader spawn is a win32+packaged no-op on macOS

On macOS the reader never spawns, but the file-watching sources still work — drive the UI by writing artifacts into ~/tbh-meter/:

raw/<endTsMs>.json — a finished run. The converter turns it into logs/<id>.json and the list updates.
live.json — the overlay snapshot. Rewrite it with an ADVANCING mtime each tick, or the overlay won't animate (engagement detection keys off mtime).

Steal real fixtures from app/src/main/**/__tests__/ or a teammate's ~/tbh-meter/. RC build uses ~/tbh-meter-rc/ instead.

Renderer changes must be verified on real pixels, not just unit tests (app/CLAUDE.md). Launch with the debugger open and drive it over CDP:

cd app && pnpm dev -- --remote-debugging-port=9222

Then connect a CDP client to localhost:9222 and capture the window against the seeded ~/tbh-meter/ artifacts above.

The reader reads game memory and only runs on win32 (reader/CLAUDE.md). On macOS you can lint and test it but not attach to the game:

cd reader && ruff check . && python3 -m pytest

cd app    && pnpm check && pnpm test     # eslint + tsc (both tsconfigs) + vitest
cd reader && ruff check . && python3 -m pytest

name	dev
description	Boot and drive the tbh-meter app + reader locally to see a change working — what runs on macOS (UI only; the reader is win32-only) and how to feed the overlay/list fake data. Use when asked to run/start the meter, verify a change in the running app, screenshot the overlay, or reproduce a bug locally.

cd app && pnpm dev   # electron-vite; the reader spawn is a win32+packaged no-op on macOS

On macOS the reader never spawns, but the file-watching sources still work — drive the UI by writing artifacts into ~/tbh-meter/:

raw/<endTsMs>.json — a finished run. The converter turns it into logs/<id>.json and the list updates.
live.json — the overlay snapshot. Rewrite it with an ADVANCING mtime each tick, or the overlay won't animate (engagement detection keys off mtime).

Steal real fixtures from app/src/main/**/__tests__/ or a teammate's ~/tbh-meter/. RC build uses ~/tbh-meter-rc/ instead.

Renderer changes must be verified on real pixels, not just unit tests (app/CLAUDE.md). Launch with the debugger open and drive it over CDP:

cd app && pnpm dev -- --remote-debugging-port=9222

Then connect a CDP client to localhost:9222 and capture the window against the seeded ~/tbh-meter/ artifacts above.

The reader reads game memory and only runs on win32 (reader/CLAUDE.md). On macOS you can lint and test it but not attach to the game:

cd reader && ruff check . && python3 -m pytest

cd app    && pnpm check && pnpm test     # eslint + tsc (both tsconfigs) + vitest
cd reader && ruff check . && python3 -m pytest

dev