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Drive a built Orchestra instance end-to-end to verify a UI change — isolated ORCHESTRA_HOME, CDP over a debug port (Electron) or the remote-control socket (GTK), and (for screenshots) a headless sway compositor so frames render without touching the user's desktop.
lcsmas/orchestra · ★ 0 · Code & Development · score 72
Install: claude install-skill lcsmas/orchestra
# Verify an Orchestra UI change by driving the real app **First: which frontend did you change?** Orchestra has TWO, sharing one backend over a ui-rpc socket (`docs/gtk4-port-plan.md`, `docs/ui-rpc-protocol.md`): - **Electron** (`src/renderer/`) — this document. CDP over a debug port. - **GTK** (`native/orchestra-gtk/`) — CDP does not apply. Launch with `--remote-control <sock>` and drive via its harness ops (`list_widgets` / `click` / `type` / `key` / `get` / `screenshot` / `action`); see `native/e2e/` and `native/orchestra-gtk/scripts/*.sh` for working drives, and source `native/env.sh` first. A backend-affecting change should be verified on BOTH frontends — that is the point of the coexistence design. Everything below (isolated `ORCHESTRA_HOME`, headless sway for frames) applies to both. Build first: `npx vite build` (produces `dist/` + `dist-electron/`). Do NOT use `pnpm run lint` here (OOMs); `npx tsc --noEmit` is the typecheck. For the GTK app, rebuild the binary before ANY drive that execs it — `cargo test` does not refresh `target/debug/orchestra-gtk`, and a stale binary reproduces a false failure perfectly in isolation. ## Launch an isolated instance with CDP ```bash ORCHESTRA_HOME=<fresh tmp dir> ORCHESTRA_DEBUG_PORT=<unique port> npx electron . ``` - Pick a UNIQUE debug port (e.g. 93xx picked from your workspace id) — sibling agents run identical harnesses and 9322 specifically has collided; after connecting, confirm the `/json` target's `url`