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[](https://versuz.dev/skills/ruvnet-ruflo-plugins-ruflo-browser-skills-browser-test)Free SKILL.md scraped from GitHub. Clone the repo or copy the file directly into your Claude Code skills directory.
npx versuz@latest install ruvnet-ruflo-plugins-ruflo-browser-skills-browser-testgit clone https://github.com/ruvnet/ruflo.gitcp ruflo/SKILL.MD ~/.claude/skills/ruvnet-ruflo-plugins-ruflo-browser-skills-browser-test/SKILL.md--- name: browser-test description: UI test recipe -- composes browser-record (capture) + browser-replay (verify) so every test produces a replayable RVF artifact, not an ephemeral run argument-hint: "<url> [--screenshot] [--against <prior-session-id>]" allowed-tools: mcp__claude-flow__browser_open mcp__claude-flow__browser_click mcp__claude-flow__browser_fill mcp__claude-flow__browser_type mcp__claude-flow__browser_press mcp__claude-flow__browser_check mcp__claude-flow__browser_uncheck mcp__claude-flow__browser_select mcp__claude-flow__browser_hover mcp__claude-flow__browser_wait mcp__claude-flow__browser_screenshot mcp__claude-flow__browser_snapshot mcp__claude-flow__browser_get-text mcp__claude-flow__browser_get-title mcp__claude-flow__browser_get-url mcp__claude-flow__browser_get-value mcp__claude-flow__browser_eval mcp__claude-flow__browser_close mcp__claude-flow__browser_session-list mcp__claude-flow__aidefence_is_safe Bash Read Write --- # Browser Test Automated UI testing. **Now backed by a recorded RVF session container** instead of an ephemeral run, so every test produces a replayable artifact. ## When to use - Verifying UI functionality, user flows, or that frontend changes work in a real browser. - Producing a baseline session that future regressions can diff against. - Re-running a stored test session when CI fails (no need to re-author the test). ## Steps 1. **Record the test run** by composing `browser-record`: - Allocates an RVF container with `--kind browser-session`. - Begins a ruvector trajectory. 2. **Drive interactions** — `browser_open`, `browser_click`, `browser_fill`, `browser_type`, `browser_select`. Each action emits a `trajectory-step`. 3. **Wait** for elements / network idle via `browser_wait` before assertions. 4. **Validate** with `browser_get-text` / `browser_get-value` / `browser_get-title` / `browser_get-url`. Validation outcomes go into `findings.md` inside the RVF container. 5. **Screenshot** before / after key interactions for visual regression. Filenames follow `<step-id>.png`. 6. **Snapshot** the accessibility tree at navigation boundaries. 7. **End** the session: `trajectory-end --verdict pass|fail`, `rvf compact`, AgentDB index in `browser-sessions`. 8. **(Optional) Diff against `--against <prior-session-id>`**: invoke `browser-screenshot-diff` to compare the new run with a baseline. ## Navigation - `browser_back` / `browser_forward` for history navigation - `browser_reload` to refresh the page - `browser_scroll` to scroll to elements or coordinates ## What changed from v0.1.0 - The skill no longer ends with `browser_close` alone — it ends with the session-end protocol. - Selectors discovered during the test land in `browser-selectors` (host:intent), so the next test can find them by embedding similarity. - Validation outputs pass `aidefence_is_safe` before any LLM-facing summary; injection-flagged content is quarantined to `findings.md`. - The same skill, used in CI, now produces an artifact that `/ruflo-browser replay` can re-drive. ## Tips - Use `browser_wait` before assertions to handle async rendering. - For visual regression, save the parent session id and pass `--against <id>` on the next run. - Use `browser_eval` for custom JavaScript assertions — but redact any returned strings via the `aidefence_is_safe` gate before logging.