run-evals
do e2e tests, run e2e, validate feature, prove it works, PR proof, frame proof, pnpm evals. Launches iPolloWork on Daytona or local Electron and runs the coded eval flows via CDP. Launch + run mechanics; the proof loop itself is the fraimz skill.
git clone --depth 1 https://github.com/Devin-AXIS/iPolloWork /tmp/run-evals && cp -r /tmp/run-evals/.opencode/skills/run-evals ~/.claude/skills/run-evalsSKILL.md
# Skill: Run Evals Launch a real iPolloWork app and run coded eval flows against it. This skill owns **launch + run**; the prove/repair/verdict loop and evidence standard live in the **`fraimz` skill** — load that too for anything that ends in a verdict. ## Prerequisites - `daytona` CLI installed and logged in (`daytona login`), right org selected (`daytona organization use "<org-name>"`) - `.devcontainer/` files present in the repo - Optional provider coverage: reusable secrets volume populated once with `bash .devcontainer/setup-daytona-secrets-volume.sh .newtoken` (never print keys; sandboxes source every `/daytona-secrets/*.env` before Electron starts) ## Preferred path: Daytona sandbox ```bash daytona organization use "<org-name>" bash .devcontainer/test-on-daytona.sh <branch-or-commit> --artifacts-volume ``` The helper creates a fresh VNC-capable sandbox from the `ipollowork-eval-vnc` snapshot, mounts the secrets + pnpm-store volumes, starts XFCE/noVNC, Vite, and Electron with Daytona-safe flags, waits for CDP, then prints the CDP and noVNC URLs. `--artifacts-volume` mounts `/daytona-artifacts` served on port 8090 for published frame proof. Refresh the snapshot when dependencies change: `bash .devcontainer/create-daytona-ipollowork-snapshot.sh`. Verify the endpoint before running flows: ```bash curl -fsS "<CDP_URL>/json/list" # must include an iPolloWork page target ``` If it fails, inspect `/tmp/electron.log` — the real success marker is Chromium's `DevTools listening on ws://127.0.0.1:9825/...`. If the app shows the Welcome page, use a coded onboarding flow or create `/workspace/hello` through the visible UI before running a workspace-dependent flow. ## Run the flows ```bash pnpm evals --list pnpm evals --flow <flow-id> --cdp-url <printed-electron-cdp-url> pnpm evals --all --stack den # brings up MySQL + den-api + seed for cloud flows ``` The runner produces machine-checkable assertions, validated screenshots, and writes `fraimz.html` + `report.md` / `report.json` under `evals/results/<run-id>/`. If no coded flow exists for the behavior, add one in `evals/flows/<id>.flow.mjs` (see the `fraimz` skill and `evals/README.md` for the `ctx.*` API); use manual browser tools only to debug or prototype — a coded flow is the PR evidence. ## Recording (motion only) Frame proof is the default deliverable; record video only when motion matters (streaming, animations). Start with `bash .devcontainer/test-on-daytona.sh <branch> --record-video --recording-name <name>`, stop with `daytona exec "$SANDBOX" -- 'bash .devcontainer/stop-daytona-recording.sh'`, download via the port-8090 artifacts URL. Details: `daytona-recording-artifacts`. ## Local fallback When Daytona is down or quota-limited: ```bash pnpm install pnpm --filter @ipollowork/app typecheck IPOLLOWORK_ELECTRON_REMOTE_DEBUG_PORT=9826 pnpm dev # then: pnpm evals --flow <flow-id> --cdp-url http://127.0.0.1:9826 ``` Report clearly whether the result came from Daytona or the local fallback — a local run is not a Daytona validation. ## Teardown ```bash daytona delete "$SANDBOX" ```
Create deterministic animation and transitions for the active iPollo Video project.
Inspect, validate, preview, and render the active iPollo Video project with its bundled HyperFrames CLI.
Apply the core composition, timing, media, and determinism contract used by iPollo Video.
Plan visual direction, typography, pacing, audio, and composition for iPollo Video projects.
Build seek-safe keyframe animation for the active iPollo Video timeline.
Reuse approved HyperFrames blocks and components inside the active iPollo Video project.
Route video creation and editing through the active iPollo Video project and its built-in HyperFrames runtime.
Edit an image from the active iPolloWork Image Studio selection or mask without overwriting the source image.