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/ralph-specum-status

This skill should be used only when the user explicitly asks to use `$ralph-specum-status`, or explicitly asks Ralph Specum in Codex for status or active spec progress.

From plugin
smart-ralph
53624 skills13 agents24 commands
Install
$ npx -y skills add tzachbon/smart-ralph --skill ralph-specum-status --agent claude-code

How 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.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/ralph-specum-status

Context preview

The summary Claude sees to decide when to auto-load this skill.

This skill should be used only when the user explicitly asks to use `$ralph-specum-status`, or explicitly asks Ralph Specum in Codex for status or active spec progress.

SKILL.md

ralph-specum-status.SKILL.md
name: ralph-specum-status
description: This skill should be used only when the user explicitly asks to use `$ralph-specum-status`, or explicitly asks Ralph Specum in Codex for status or active spec progress.
metadata:
  surface: helper
  action: status

Ralph Specum Status

Use this to report Ralph state across configured spec roots.

Derive `RALPH_CODEX_PLUGIN_ROOT` from this loaded skill by resolving two parent directories from the `SKILL.md` directory. Never derive it from the project working directory.

Contract

  • Read `.claude/ralph-specum.local.md` when present
  • Default specs root is `./specs`
  • `.current-spec` lives in the default specs root
  • Hidden directories do not count as specs

Action

1. Resolve configured roots. 2. Read `.current-spec` to identify the active spec.

  • If `.current-spec` is missing or empty, report that there is no active spec and continue listing specs across roots.

3. Read `specs/.current-epic` when present and summarize epic status. 4. For each spec directory, inspect:

  • `.ralph-state.json`
  • `research.md`
  • `requirements.md`
  • `design.md`
  • `tasks.md`

5. When state exists, use the resolved spec path as `basePath`, run `"$RALPH_CODEX_PLUGIN_ROOT/scripts/prototype_records.py" reconcile --base-path "$BASE_PATH" --state "$BASE_PATH/.ralph-state.json"`, then re-read state. Never construct `specs/<name>` after resolution. 6. Inventory prototype records in lexical order:

  • Read `activePrototypes`, treating a missing field as an empty map.
  • List `prototypes/.*.candidate.md`, immutable `prototypes/*.md` finals, and visible or dot-prefixed `*.quarantine.md` files.
  • Parse candidates and finals with `prototype_records.py parse`; use `select-downstream` with state to derive blockers and stale dependencies.

7. If `tasks.md` exists, count completed and incomplete tasks. 8. Group results by spec root. 9. Show the active spec, current phase, backlog state, approval state, granularity when present, and which artifacts exist.

Output

  • Specs in the default root can be shown by name.
  • Specs in other roots should include the root suffix for disambiguation.
  • Include the next likely command when it is obvious.
  • If an epic is active, include the next unblocked spec.
  • If approval is pending, explicitly tell the user to approve the current artifact, request changes, or continue to the named next step.
  • When prototype data exists, report counts and deterministic rows for active entries, candidates, immutable finals, and quarantines. Include prototype ID, lifecycle status or verdict, blocker targets, `returnPhase`, `returnTaskIndex`, `sourceDisposition` or source pointer, gate approval, and quarantine reason.
  • Include derived `activeBlockers`, `staleArtifacts`, and `staleTaskIndexes`. Omit the prototype section when all overlay counts are zero so legacy output stays unchanged.
Read more
Ships withsmart-ralph

Spec-driven development with smart compaction. Claude Code plugin combining Ralph Wiggum loop with structured specification workflow.

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