/scheduled-automation-runtime
Use when a local launchd, systemd timer, cron, or Windows Task Scheduler job works manually but fails or differs under the scheduler, or when registration, runtime context, last-result evidence, missed runs, or a fresh scheduler-originated result needs proof. Not for vendor CLI
$ npx -y skills add Xopoko/plug-n-skills --skill scheduled-automation-runtime --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.
- You can call itInvoke it directly when you want it.
- Slash command
/scheduled-automation-runtime
Context preview
The summary Claude sees to decide when to auto-load this skill.
Use when a local launchd, systemd timer, cron, or Windows Task Scheduler job works manually but fails or differs under the scheduler, or when registration, runtime context, last-result evidence, missed runs, or a fresh scheduler-originated result needs proof. Not for vendor CLI
Ready-to-install skills and plugins that make coding agents better at real development work. Plug'n Skills is a library of plugin packs for Codex, Claude Code, Cursor, and other coding agents.
Repo: Xopoko/plug-n-skills
Other skills on plug-n-skills.
- /architecture-conformance
Use when intended architecture must be compared with implementation: dependency policies, ADRs, ownership rules, drift, erosion, recovered models, and conformance classifications.
Open skill - /architecture-decisions
Use when structural code choices need durable rationale: ADRs, tradeoffs, consequences, reversibility, ownership, review triggers, and validation plans.
Open skill - /architecture-fitness-functions
Use when architecture choices need executable guardrails: dependency rules, cycle checks, boundary tests, ownership review gates, ADR compliance, runtime/resilience checks, and CI fitness functions.
Open skill - /architecture-intelligence
Use whenever code work has structural consequences: project architecture, module boundaries, dependency direction, runtime topology, asynchronous state consistency, ownership, ADRs, fitness functions, or architecture refactoring.
Open skill - /architecture-ownership-topology
Use when architecture crosses ownership or review boundaries: CODEOWNERS/OWNERS, module coverage, cross-owned dependencies, socio-technical coordination, and governance paths.
Open skill - /architecture-refactoring-strategy
Use when code changes need staged structural design: boundary extraction, modularization, dependency inversion, migrations, anti-corruption layers, tests, rollout gates, and rollback.
Open skill