From ork
Boots a full dev loop (HTTPS subdomain, API mocks, dev server, agent-browser) from a single command, namespaced by git branch.
How this skill is triggered — by the user, by Claude, or both
Slash command
/ork:dev [start|stop|status] [--share|--funnel|--live H][start|stop|status] [--share|--funnel|--live H]The summary Claude sees in its skill listing — used to decide when to auto-load this skill
One command boots the four moving parts of a Vercel-Labs-flavored dev loop:
One command boots the four moving parts of a Vercel-Labs-flavored dev loop:
https://<branch>.localhost (no port collisions across worktrees)@emulators/adapter-nextpnpm dev / npm run dev / yarn dev (auto-detected)State lives in .claude/state/dev-stack.json. Teardown via /ork:dev stop reads the PIDs and signals SIGTERM in reverse boot order.
Paired with
/ork:expect: the agent-browser session that/ork:devwarms is the same one/ork:expect(and the M125 #2 auto-trigger) attach to — no second startup latency on the first UI test.
| Situation | Command |
|---|---|
| Start work on a new branch | /ork:dev |
| Resume after a session break | /ork:dev (idempotent — skips already-live processes) |
| Tear down before deleting branch | /ork:dev stop |
| Inspect state | /ork:dev status |
| Share preview with stakeholder | /ork:dev --share (tailnet) or /ork:dev --funnel (public) |
| Time-boxed live demo | /ork:dev --live 4 (public funnel, 4-hour expiry) |
Resuming a backgrounded dev session (CC 2.1.144+): Sessions started via
claude --bgnow appear in/resumealongside interactive ones, markedbg— use/resumeas the direct recovery path after a crash or session end instead of navigating the agent view.Background shell sessions (CC 2.1.154+): In
claude agents, type! <command>to run a shell command as a backgrounded session you can attach to and detach from — also available asclaude --bg --exec '<command>'. Useful for long dev-loop processes (watchers, builds, servers) you want to monitor without holding a terminal.
| Flag | Wraps | Reach | Tailscale CLI |
|---|---|---|---|
| (none) | portless <slug> <pkg-mgr> run dev | https://<branch>.localhost only | not required |
--share | portless --tailscale ... | tailnet members on https://*.ts.net | required |
--funnel | portless --funnel ... | public on the internet | required |
--live N | portless --funnel ... + N-hour expiry | public, tracked in live-demos.jsonl | required |
Tailscale is optional — required only behind --share/--funnel/--live. Default /ork:dev is unchanged for users who don't share.
When turbo.json or package.json workspaces is detected (#1562), the boot uses
bare portless (zero-config) which auto-discovers each workspace's dev
script and assigns subdomains via the task graph. State file shows mode: "monorepo";
list subdomains via portless list or /ork:dev status.
portless is a wrapper, not a sidecar — portless <slug> <pkg-mgr> run dev is one fused command that owns the dev server's lifecycle. boot.sh tracks the wrapper PID; stop.sh walks its process tree to clean up children.
0. Detect package manager pnpm > yarn > bun > npm (lockfile-based)
1. Resolve subdomain slug <branch> → lower → / to - → DNS-safe → ≤63 chars
2. portless proxy start (idempotent — skipped if `portless list` already responds)
3. emulate --seed <yaml> (sidecar, optional — only if emulate.config.yaml exists)
4. portless <slug> <pkg-mgr> run dev (FUSED — wrapper owns dev server's lifecycle)
5. portless get <slug> (poll up to 30s for the route to register)
6. wait-on <baseUrl> (poll up to 30s for the dev server through the proxy)
7. AGENT_BROWSER_SESSION=<slug> agent-browser open <baseUrl> (warm + register session)
8. atomic state write (.claude/state/dev-stack.json via jq + temp + mv)
9. print summary
The full annotated walkthrough: references/boot-sequence.md.
{
"bootedAt": "2026-04-27T12:34:56Z",
"branch": "feat/m125-lane-b",
"subdomain": "feat-m125-lane-b.localhost",
"baseUrl": "https://feat-m125-lane-b.localhost",
"mode": "single",
"processes": {
"portlessWrapper": {
"pid": 86104,
"command": "portless feat-m125-lane-b pnpm run dev"
},
"agentBrowser": { "sessionName": "feat-m125-lane-b" },
"emulate": { "pid": 86200, "command": "emulate --seed emulate.config.yaml" }
},
"emulators": ["github", "stripe"],
"share": null,
"notes": "portless proxy daemon is shared and not tracked here — stop.sh leaves it running."
}
When --share / --funnel / --live is used (M127 #1561 / #1565), share becomes:
"share": {
"mode": "tailscale",
"tailscaleUrl": "https://app.your-tailnet.ts.net",
"expiresAt": "2026-05-03T20:00:00Z"
}
mode is "single" (default) or "monorepo" (when turbo.json/workspaces detected). Note portlessWrapper (not portless + devServer) — portless owns the dev server. Full schema: references/state-schema.md.
When /ork:dev boots, it inspects package.json and emits hints:
@json-render/* detected (#1560) → prints the devtools adapter import line so the inspector panel (Spec / State / Actions / Stream / Catalog / Pick) can be enabled in dev. Tree-shakes from production builds.@clerk/* detected (#1563) → if clerk is in emulate.config.yaml, prints the mock login URL (http://localhost:4012); otherwise warns to run /ork:emulate-seed --auto.$ /ork:dev
✓ portless found
✓ agent-browser found
✓ jq found
[1] slug feat-m125-lane-b
# OR with a missing prereq:
✗ portless not found. Install: npm i -g portless
Skipping boot — install missing tools and re-run.
portless, agent-browser, and jq are required. emulate is optional — required only if emulate.config.yaml exists. The boot is all-or-nothing on the required set; with no emulate config the boot proceeds without emulators.
CI=1 short-circuits the boot (exits 0 immediately).
$ /ork:dev status
ork:dev — feat/m125-lane-b
✓ portlessWrapper portless feat-m125-lane-b pnpm run dev
✓ agentBrowser feat-m125-lane-b
base url: https://feat-m125-lane-b.localhost
booted: 2026-04-27T19:36:54Z
portless: route registered ✓
$ /ork:dev stop
ork:dev — sending SIGTERM in reverse boot order…
✓ agent-browser session "feat-m125-lane-b" closed
✓ portless wrapper (pid 86104) + 21 descendant(s) stopped
Cleared .claude/state/dev-stack.json
Note: portless proxy daemon left running (shared). Run `portless proxy stop` if you really mean to stop the daemon.
Stop walks the wrapper's process tree (pgrep -P recursively) and SIGTERMs descendants leaves-first because portless doesn't always propagate signals cleanly. The portless proxy daemon itself is shared infrastructure and is never killed by /ork:dev stop.
Each git worktree gets its own subdomain — feat-foo.localhost and feat-bar.localhost coexist on the same machine. The state file lives under each worktree's .claude/state/, so /ork:dev from one worktree doesn't see the other's processes.
Re-running /ork:dev while the stack is already live is a no-op:
$ /ork:dev
ork:dev — feat/m125-lane-b already running.
https://feat-m125-lane-b.localhost (uptime 2h 14m)
Run /ork:dev stop to tear down, or /ork:dev status for detail.
Liveness probe: process.kill(pid, 0) against each tracked PID. If any are dead, the skill prints which ones and offers to clean up state and reboot.
The session name equals the subdomain — agent-browser commands targeting that session don't need a --session flag if it's the only one connected:
agent-browser open "https://feat-m125-lane-b.localhost/dashboard"
# implicit session = "feat-m125-lane-b" because it's the only one
/ork:expect (M125 #2) reads the dev-stack state file and reuses this same session — no second handshake.
When auto-expect fires after a .tsx edit, it:
.claude/state/dev-stack.json to find the agent-browser session and base URL.app/dashboard/page.tsx → /dashboard).<baseUrl><route> using the live session.(route, parentCommit) (M125 #6).If the dev stack isn't live, auto-expect skips silently — /ork:dev is the prerequisite, not a hard dep.
CI=1; the skill exits 0 without booting.tmux -CC session — agent-browser dashboard incompatible with iTerm2 tmux integration.| Script | What it does |
|---|---|
scripts/boot.sh | All-or-nothing prereq check, then 9-step boot. Idempotent (no-ops if already live). Honors CI=1 to skip in CI. |
scripts/stop.sh | SIGTERM in reverse boot order with 5-second SIGKILL fallback. Removes state file last. |
scripts/status.sh | Pretty status. --quiet for liveness-only (exit 0 live, 1 down). Used by boot for idempotency. |
/ork:dev invokes scripts/boot.sh; stop → stop.sh; status → status.sh. The shell scripts are the source of truth.
| File | Purpose |
|---|---|
references/boot-sequence.md | Step-by-step boot annotated with commands |
references/state-schema.md | Full JSON shape + field semantics |
| Rule | Impact | When it applies |
|---|---|---|
rules/lab-stack-prerequisites.md | CRITICAL | Every boot |
rules/branch-named-subdomain.md | HIGH | Subdomain resolution |
rules/idempotent-boot.md | HIGH | Re-running while live |
rules/teardown-order.md | MEDIUM | stop invocations |
Set a completion condition with /goal (CC 2.1.139+) and this skill will keep working across turns until the condition is met. Works in interactive, -p, and Remote Control. The overlay panel shows live elapsed / turns / tokens.
Example completion condition for this skill:
/goal until services.running == 4
Stops when: all 4 dev-loop services (portless + emulate + dev-server + agent-browser) report healthy on their respective ports/sockets. Compatible with claude.ai Remote Control runs.
/ork:expect — diff-aware browser tests; reuses the agent-browser session this skill warms/ork:emulate-seed — generates the emulator config that step 3 consumesportless (skill) — underlying tool docsbrowser-tools (skill) — agent-browser command referencenpx claudepluginhub yonatangross/orchestkit --plugin orkGenerates bash scripts for dev server lifecycle (start/stop/status/ports) from detected project structure and package manager (pnpm/bun/yarn/npm/Cargo/Go).
Configures named HTTPS .localhost URLs via portless for local development. Eliminates port collisions, provides stable agent URLs, integrates with git worktrees, Tailscale, ngrok, and LAN mode.
Hands off a task to a cloud Devin session with its own VM, shell, browser, and full repo access. Use for parallel work, long-running tasks, multi-file changes, servers, CI, browser automation, or large refactors.