From meta-doctor
Adds a new runbook to an existing doctor and registers it in the runbook index and mode config. Use when extending a doctor's audit coverage with a new check, without re-scaffolding the entire doctor.
How this skill is triggered — by the user, by Claude, or both
Slash command
/meta-doctor:add-doctor-runbookThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
Extends an existing doctor (scaffolded by `scaffold-doctor`) with one new
Extends an existing doctor (scaffolded by scaffold-doctor) with one new
runbook — the internal markdown audit definition that drives a single health
check in the doctor's agentic loop.
scaffold-doctor deposited its output).Inside the scaffolded doctor, runbooks live in skills/. The two registration
files are:
| File | Purpose |
|---|---|
skills/index.ts | Runbook index — imports every runbook and exports a bundledSkills record. |
config.ts | Mode config — assigns each runbook to runbooksDaily or runbooksWeekly. |
Read both files before writing anything. Confirm the existing runbook names and the mode lists so you can slot the new runbook in correctly.
Ask the user (or derive from context) three things:
emit_finding?Do not proceed to authoring until all three are clear. If any is ambiguous, ask a targeted question — a vague boundary between healthy and violation is the most common source of miscalibrated runbooks.
Create skills/<kebab-case-name>.md following the structure in
../scaffold-doctor/references/writing-runbooks.md.
Key requirements (enforced by the authoring checklist in that reference):
emit_finding.For every emit_finding call, assign a stable signature using the format
for the finding's category, per
../scaffold-doctor/references/finding-contract.md:
| Category | Signature format |
|---|---|
| Code bug with stack frame | {ExceptionClass}:{relativeFilePath}:{lineNumber} |
| Code bug without stack frame | {ExceptionClass}:unknown:{md5_12chars_of_normalized_message} |
| Audit finding | {runbook}:{category}:{bucketDate} (ISO week / date / month) |
Unstable signatures cause duplicate PRs and tickets. When in doubt, err toward broader bucketing — false dedups are cheaper than duplicate work items.
Two edits required — both must be made before the doctor is redeployed.
skills/index.ts — import the new file and add it to bundledSkills:
import myRunbook from "./my-runbook.md";
export const bundledSkills: Record<RunbookName, string> = {
// ... existing runbooks ...
"my-runbook": myRunbook,
};
The key must exactly match the name field in the runbook's YAML frontmatter.
config.ts — assign the runbook to a mode:
runbooksDaily: [
"existing-runbook",
"my-runbook", // add here for daily checks
],
runbooksWeekly: [
"aws-cost-analysis", // or here for weekly checks
],
Choose the mode:
daily — checks that catch live regressions or fast-moving metrics
(error rates, queue depth, send compliance, log anomalies).weekly — checks where daily noise would exceed signal (cost trends,
coverage drift, long-horizon metrics).A runbook not in the index never runs. A runbook not assigned to a mode is imported but never scheduled.
Tell the user: the runbook is inert until the doctor is redeployed. Point
them to the doctor's deploy instructions (typically sam deploy or the
doctor's CI pipeline). The new runbook will not execute in the next scheduled
audit cycle until the updated build is live.
Full checklist is in
../scaffold-doctor/references/writing-runbooks.md.
skills/<kebab-case-name>.md.name (matches filename) and description.emit_finding call has a stable signature per the finding
contract.emit_finding is called only for actionable violations, not for PASS
results or informational metrics.skills/index.ts.runbooksDaily or runbooksWeekly in config.ts.npx claudepluginhub michellemayes/meta-doctor --plugin meta-doctorGenerates a scheduled health-auditing agent that scans logs, runs runbooks, and auto-fixes code issues via PRs. Useful for teams wanting autonomous app monitoring without building from scratch.
Provides Markdown templates for structuring operational runbooks including diagnosis, resolution, validation, and rollback with bash/Kubernetes/AWS examples.
Creates standardized runbook templates for incident response, operational maintenance, troubleshooting, and emergency procedures using SRE best practices.