메뉴
Keyless end-to-end smoke for the session-vitals git + cache segments — mock-provider daemon in a scripted git repo, asserts the merged session_vitals event on the control socket (branch/dirty/ahead/parity plus cache hit/TTL)
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
| name | session-vitals-smoke |
| description | Keyless end-to-end smoke for the session-vitals git + cache segments — mock-provider daemon in a scripted git repo, asserts the merged session_vitals event on the control socket (branch/dirty/ahead/parity plus cache hit/TTL) |
Verifies the vitals rails end-to-end against real binaries: the
GitVitalsProber in session_vitals.rs probes the daemon's project root,
the cache listener folds the mock provider's cache-bearing usage (via the
native UsageSnapshot derivation in frontend.rs), and the hub emits the
merged AppEvent::SessionVitals on change, reaching control-socket
clients with the expected values in both sections. No API keys, no
network, ~10 seconds.
cargo build --release
node tests/skills/session-vitals-smoke/driver.cjs "$PWD/target/release/intendant"
The driver builds a scripted repo (main + feature branch one ahead, one
dirty file), spawns a mock-provider daemon with the repo as cwd and an
initial task (idle web startups take the daemon path, which spawns no
control socket), connects, then dirties a second file — the producer
emits on change only, and the startup emission always races the socket
client, so the assertion rides the next 5s probe tick. Expects
branch=feature dirtyFiles=2 ahead=1 behind=0 primaryRef=main mergeParity=clean plus the cache and limits sections from the
startup task's usage: the mock's first request writes cache only
(hitPct=0, ttlSeconds=300) and the scripted step declares a
42%-used "5h" rate-limit window; the hub's merged snapshot carries all
three sections alongside the git change.
Gotchas encoded:
Use to operate a running Intendant daemon from the CLI — sessions, approvals, displays and screenshots, computer-use input, browser workspaces, audio, and federated peers (message or delegate to another machine's agent, or drive its screen directly with --peer). Prefer `intendant ctl` over broad MCP tools to keep model context small.
Keyless end-to-end smoke for operator goals on a NATIVE session — drives a mock-provider intendant over the control socket and proves set/get/notice-injection/clear/honest-failure
Use when investigating Intendant run history, session logs, dashboard replay/search behavior, external-agent wrapper logs, Codex/Claude backend logs, context rewind/fission sidecars, display frames, recordings, or task artifacts under ~/.intendant/logs. Teaches how to find sessions, search session.jsonl and sidecars, follow turn-file byte spans, map wrapper sessions to backend ids, and interpret what each log artifact provides.
E2E test the display recording and replay system. Launches intendant --web with recording enabled, triggers Xvfb display creation, verifies ffmpeg recording starts, segments are created and serveable, and the replay UI loads in the browser. Asserts via /recordings and /debug HTTP endpoints. Human monitors via VNC on port 5950.
E2E test the live audio pipeline with real audio. Uses espeak-ng TTS + PulseAudio virtual mic to feed synthesized speech to Gemini Live or OpenAI Realtime through the browser's getUserMedia on /app. Asserts via /debug endpoint JSON. Human monitors via VNC on port 5950. Tests the full audio path: TTS -> virtual mic -> Firefox -> AudioWorklet -> WASM -> live model -> tool calls -> agent.
E2E test the --web app UI. Launches Xvfb, runs intendant --web as a background process, opens Firefox on /app, and asserts via /debug endpoint and WebSocket JSON. Human monitors via VNC on port 5950.