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loop-worker

Run Ruflo background workers on a recurring schedule within a Claude Code session. Choose tasks such as security analysis, documentation, or test coverage analysis, check their status, and stop the loop after repeated reports of no new work.

OriginalShow the original description

Run Ruflo background workers using Claude Code native /loop scheduling

See how to install

Good for

  • Run recurring security analysis
  • Periodically check test coverage gaps
  • Repeat code analysis and documentation tasks
  • Monitor background workers until no new work remains

Files included (1)

  • SKILL.md2.5 KB

SKILL.md (original)

Review the instructions the agent will receive before you install.

Use /loop for in-session periodic workers. Pick the delay from what you are waiting for:

  • With the 5-minute prompt-cache TTL, min(270, cache_ttl * 0.9) = 270s keeps the cache warm (ruflo-autopilot ADR-0001 owns that heartbeat).
  • If the ScheduleWakeup tool description says this session uses the 1-hour TTL, a 270s wake buys nothing; poll at 1200-1800s unless the worker finishes faster.

Dispatch a worker via MCP: mcp__plugin_ruflo-core_ruflo__hooks_worker-dispatch({ trigger: "WORKER_NAME" }). It runs in the background by default (background: true), so check on it with hooks_worker-status instead of waiting inline.

Then schedule the next iteration. ScheduleWakeup needs the loop prompt back so the next firing re-enters the loop: ScheduleWakeup({ delaySeconds: 270, reason: "next WORKER_NAME iteration", prompt: "/loop <the same /loop input>", noop: false })

Stop the loop when the worker reports nothing new twice in a row: ScheduleWakeup({ stop: true }).

Available Workers (12, per ADR-0001 and /ruflo-loop)

WorkerPriorityIntervalDescription
auditcritical270sSecurity analysis
optimizehigh270sPerformance optimization
predictnormal270sPredictive preloading
testgapsnormal270sTest coverage analysis
ultralearnnormal600sDeep knowledge acquisition
deepdivenormal600sDeep code analysis
mapnormal600sCodebase mapping
documentnormal600sAuto-documentation
refactornormal600sRefactoring suggestions
benchmarknormal600sPerformance benchmarking
consolidatelow600sMemory consolidation
preloadlow270sResource preloading

The intervals are suggested cadences, not enforced by the dispatcher: 270s keeps the prompt cache warm, and the heavier analysis workers run at 600s because one iteration rarely finishes sooner.

Work you start in the background (a build, a long job) finishes with its own completion notification. Do not poll it with short ScheduleWakeup calls; use a long fallback delay (1200s or more) so the loop survives a hung job.

MCP tool responses include [LOOP_SUGGESTION] and [CRON_SUGGESTION] hints -- follow them.

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