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Skill v1.0.4
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version: "1.0.4" name: quickstart description: Show AgentOps next action. practices:
- pragmatic-programmer
- agile-manifesto
hexagonal_role: driving-adapter consumes:
- rpi
produces:
- stdout
context_rel:
- kind: customer-of
with: rpi skill_api_version: 1 context: window: inherit intent: mode: none intel_scope: none metadata: tier: session dependencies: [] output_contract: 'stdout: onboarding walkthrough'
/quickstart
One job: Tell a new user what AgentOps does and what to do first. Fast.
YOU MUST EXECUTE THIS WORKFLOW. Do not just describe it.
Execution Steps
Step 1: Detect setup
bash
git rev-parse --is-inside-work-tree >/dev/null 2>&1 && echo "GIT=true" || echo "GIT=false"command -v ao >/dev/null && echo "AO=true" || echo "AO=false"command -v bd >/dev/null && echo "BD=true" || echo "BD=false"[ -d .agents ] && echo "AGENTS=true" || echo "AGENTS=false"[ -d "$HOME/.agents" ] && echo "GLOBAL_AGENTS=true" || echo "GLOBAL_AGENTS=false"[ -n "${CODEX_THREAD_ID:-}" ] || [ "${CODEX_INTERNAL_ORIGINATOR_OVERRIDE:-}" = "Codex Desktop" ] && echo "CODEX=true" || echo "CODEX=false"
Step 2: Show what AgentOps does
Output exactly this (no additions, no diagrams):
AgentOps is the operational layer for coding agents.It gives your coding agent four things it doesn't have by default:Bookkeeping — sessions capture learnings, findings, and reusable context in .agents/Validation — /council, /pre-mortem, and /vibe challenge plans and code before shippingPrimitives — skills, execution packets, and the ao CLI give you building blocks for almost any interactionFlows — /research, /implement, /validation, and /rpi can run alone or compose end to endKey skills: /rpi /research /validation /implement /council /pre-mortem /swarm /statusFull reference: /quickstart --catalog
Step 3: One next action
Match the first row that applies. Output that message, then append the Step 4 always-on lane.
| Condition | Message | |
|---|---|---|
| GIT=false + AO=true + GLOBAL_AGENTS=true | "🗂 You're outside a git repo but have a global corpus at ~/.agents. Global knowledge workflow:\n 1. /harvest — scan all .agents/ across your repos and promote artifacts into ~/.agents/learnings/\n 2. /compile — mine, synthesize, and write an interlinked wiki into .agents/compiled/ (runs from cwd; set AGENTOPS_COMPILE_RUNTIME=claude-cli if you have the claude CLI, no API key needed)\n 3. /knowledge-activation — turn the compiled corpus into playbooks, a belief book, and runtime briefings for future sessions\n 4. /status — flywheel health snapshot\nIf instead you want to start a fresh repo-local project here, git init first." | |
| GIT=false | "⚠ Not in a git repo. Run git init first.\n (If you meant to work against your global ~/.agents corpus, run /quickstart from a dir with .agents/ or see /harvest, /compile, /knowledge-activation.)" | |
| AO=false + CODEX=true | "📦 Install ao CLI first:\n brew tap boshu2/agentops https://github.com/boshu2/homebrew-agentops\n brew install agentops\n ao quick-start\nThen: /rpi \"a small goal\" to run your first cycle.\nUse /bootstrap after the core seed when you want PRODUCT.md, README.md, and PROGRAM.md." | |
| AO=false | "📦 Install ao CLI first:\n brew tap boshu2/agentops https://github.com/boshu2/homebrew-agentops\n brew install agentops\n ao quick-start\nThen: /rpi \"a small goal\" to run your first cycle.\nUse /bootstrap after the core seed when you want PRODUCT.md, README.md, and PROGRAM.md." | |
| AGENTS=false + CODEX=true | "🌱 ao is installed but not initialized here.\n Run ao quick-start to apply the repeatable core seed. ao quickstart is the stable alias.\n Then run /bootstrap only if you want the product/operations layer: PRODUCT.md, README.md, PROGRAM.md/AUTODEV.md, and optional hooks.\nThen: /rpi \"a small goal\" to run your first cycle." | |
| AGENTS=false | "🌱 ao is installed but not initialized here.\n Run ao quick-start to apply the repeatable core seed. ao quickstart is the stable alias.\n Then run /bootstrap only if you want the product/operations layer: PRODUCT.md, README.md, PROGRAM.md/AUTODEV.md, and optional hooks.\nThen: /rpi \"a small goal\" to run your first cycle." | |
| BD=false + CODEX=true | "✅ Codex plugin path ready.\n /rpi \"your goal\" — full /discovery → /crank → /validation pipeline\n /research <topic> — explore the codebase\n Default installs are hookless; native hooks are optional with install-codex.sh --with-hooks.\n Legacy explicit fallback commands remain ao codex ensure-start / ao codex ensure-stop when needed.\n Manual escape hatch: ao codex status\n Want issue tracking? brew install boshu2/agentops/beads && bd init --prefix <prefix>" | |
| BD=false | "✅ Flywheel active. Start now:\n /rpi \"your goal\" — full /discovery → /crank → /validation pipeline\n /validation — close out recent work and capture learnings\n /research <topic> — explore the codebase\n Want issue tracking? brew install boshu2/agentops/beads && bd init --prefix <prefix>" | |
| BD=true + CODEX=true | "✅ Codex full stack ready.\n bd ready — see open work\n /rpi \"your goal\" — start a new goal from scratch\n Default installs are hookless; native hooks are optional with install-codex.sh --with-hooks.\n Legacy explicit fallback commands remain ao codex ensure-start / ao codex ensure-stop when needed.\n Manual escape hatch: ao codex status" | |
| BD=true | "✅ Full stack ready.\n bd ready — see open work\n /rpi \"your goal\" — start a new goal from scratch\n /status — see current session state" |
Step 4: Schedule a nightly dream (always-on lane)
After the next-action message, append this one-liner so the user sees scheduling co-equal with compiler+gates:
🌙 Always-on lane:ao daemon run --schedule-file .agents/schedule.yaml & # start the daemonao schedule add --file ./examples/schedules/dream-nightly.yaml # register a nightly recipe
ao daemon run is the always-on lane that fires registered schedules on cron — start it once (or wire to systemd) and your nightly dream, harvest, and compile work happen without you babysitting. See docs/scheduling.md for the full recipe catalog.
Starting a new project? Run /scaffold <language> <name> to generate project structure with best practices.
Examples
First-Time Setup
User says: /quickstart
What happens: Agent detects tools, shows one-line status, gives the single next action to run.
Already Set Up
User says: /quickstart
What happens: Agent detects full stack is ready and suggests /rpi "your goal" or bd ready.
Troubleshooting
| Problem | Solution | |
|---|---|---|
| Skills not installed | bash <(curl -fsSL https://raw.githubusercontent.com/boshu2/agentops/main/scripts/install.sh) | |
| Hook activation | Default installs are hookless. Opt into native hooks with install-codex.sh --with-hooks or ao hooks install --force; legacy explicit fallback commands are ao codex ensure-start and ao codex ensure-stop. | |
| Flywheel count is 0 | First session — run /rpi "a small goal" to start it | |
| Want the full skill catalog | Ask: "show me all the skills" or see references/full-catalog.md |
Reference Documents
- references/quickstart.feature — Executable spec: detect setup (git/ao/bd/.agents), recommend a state-appropriate next action (soc-qk4b)
See Also
- scaffold — Project scaffolding and component generation