consuming-card

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Mis à jour3 mai 2026 à 11:09

Use when the user wants to claim, work on, or implement a specific card from the board-superpowers GitHub Project. Triggers immediately on any message containing the literal token [board-card:#N] OR phrases like "claim card 12", "work on card 47", "implement

Installation

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PanQiWei

PanQiWei/board-superpowers

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Basé sur la classification professionnelle SOC

Spécialistes en gestion de projetsProfessions des affaires et des opérations financières·SOC 13-1082

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composing-siblings

PanQiWei/board-superpowers

Use whenever a board-superpowers molecular SKILL is about to invoke a sibling plugin SKILL from `gstack:*` or `superpowers:*` namespaces. Callers: all four Producer routines (`briefing-daily`, `intaking-requirement`, `reviewing-pr-queue`, `triaging-board`), `consuming-card`, and `decomposing-into-milestones`. Apply at every cross-plugin handoff point — this skill is the single source of truth for namespace prefix rules and Mode-2 max_depth=1 compatibility decisions. Do NOT use for: (a) board-superpowers internal SKILL calls (governed by `SKILLS.md` topology); (b) user-facing direct invocations of sibling skills (route directly per `using-board-superpowers/references/routing.md`).

2026-05-032

board-canon

PanQiWei/board-superpowers

Use whenever any board operation in board-superpowers needs the canonical contract — the 6-state machine, the Card body schema, the branch-naming convention (claim/<kanban-id>-<key-slug>-<title-slug>), or the WIP counting formula. This is the read-only source of truth that every other board-superpowers skill consults before transitioning a card, validating a claim, or checking WIP. Use it even when the user doesn't say "schema" or "state machine" — any time card, branch, Status, or WIP comes up, this is what defines the rules.

2026-05-032

bootstrapping-repo

PanQiWei/board-superpowers

Use when board-superpowers needs to run setup stages — first session, plugin upgrade with new stages, interrupted session resume, or explicit architect request. Triggers automatically when SessionStart hook emits `INVOKE: bootstrapping-repo`. Also triggers on: "set up board-superpowers", "bootstrap this repo", "first time on this repo", "configure the plugin", "run setup stages". Apply whenever plugin setup or reconfiguration is wanted, even without the word "bootstrap". Do NOT use once all stages are applied with no upgrade pending.

2026-05-032

classifying-actions

PanQiWei/board-superpowers

Use when a board-superpowers SKILL is about to perform a mutating action — changing card status, editing card body, pushing a claim branch, opening or merging a PR, writing project config, writing host-local credentials, deleting a worktree, deleting a branch — and needs to know whether the action proceeds automatically or waits for architect approval. Apply at every mutating-action decision point inside any board-superpowers skill (briefing-daily / intaking-requirement / reviewing-pr-queue / triaging-board / consuming-card / bootstrapping-repo). Apply even when the action looks obviously safe; the decision table is the source of truth, not intuition. Do NOT use for read-only actions or for queries that surface information without changing state. Do NOT invoke for the audit-row write step that follows the decision — that is `board-superpowers:auditing-actions`.

2026-05-032

decomposing-into-milestones

PanQiWei/board-superpowers

Use when the user has a design artifact (brainstorming output, eng-review notes, requirements doc, intake batch) and asks for cards / milestones / a slice plan, OR when the intake routine triggers a handoff. Typical phrasings include "decompose this feature", "split into cards", "break this into milestones", "拆解这个 feature", "拆成卡", "拆里程碑", "intake 后落卡", "decompose the eng-review output". Apply this skill even when the user does NOT say "decompose" — any message that brings a multi-card-shaped requirement routes here. Do NOT use this skill for single-card edits, refactors with no new capability, or already-decomposed batches that just need creation — use `intaking-requirement` for those.

2026-05-032

enforcing-pr-contract

PanQiWei/board-superpowers

Use whenever a PR is being authored from a board-superpowers card claim, OR a PR is being reviewed against the board's contract. Enforces the three-part PR contract — Contract A (PR body sections: Automated Verification + Human Verification TODO + Retro Notes), Contract B (linked card body acceptance criteria all in terminal state), Contract C (PR body contains `Closes|Fixes|Resolves #<N>` auto-close keyword at PR-OPEN time) — and rejects filler. Apply on the Consumer side at PR submission AND on the Producer side during review-queue triage. Apply even when the user doesn't explicitly mention "PR contract" — any time a PR body is being drafted, edited, or reviewed in this plugin's loop, this skill governs.

2026-05-032

name	consuming-card
description	Use when the user wants to claim, work on, or implement a specific card from the board-superpowers GitHub Project. Triggers immediately on any message containing the literal token [board-card:#N] OR phrases like "claim card 12", "work on card 47", "implement
when_to_use	Use when the user types `[board-card:#N]`, "claim card N", "work on card N", "implement card N", "let me take
argument-hint	[card-number]
arguments	["card_number"]

consuming-card

Consumer-session skill: carries one card from claim through PR submit. All 23 lifecycle nodes are hosted here — stages F1-F4, bootstrap B1-B5, governance G1-G5, and cross-plugin handoffs C1-C4. Stage detail lives in the four references/stage-*.md files loaded on demand.

This SKILL hosts the 23 journey nodes (A1-A3, B1-B5, C1-C4, D1-D3, E1-E2, F1, G1-G5) per 04-consumer-surface-redesign.md archetype catalog as 4 stages × multiple nodes per stage. G1-G5 are cross-cutting governance nodes that apply uniformly across all stages; see § "G1-G3 — Governance" and § "G4 — Mode topology" below. G5 (cross-platform parity verification) tracks that both Claude Code and Codex CLI consumer paths are exercised for non-trivial cards. See references/migration-fc0-to-23-nodes.md for the full old-feature-code → 23-node mapping.

G4 — Mode topology (cross-cutting, applies to every stage)

Mode-1 (architect-spawned) — architect types [board-card:#N] or /board-superpowers:consuming-card N. Runs as the architect's primary session. Full tool budget; sub-skill spawning allowed at depth 1. Supported on both Claude Code and Codex CLI.

Mode-2 (Producer-spawned) — a Producer routine SKILL session (any of briefing-daily / intaking-requirement / reviewing-pr-queue / triaging-board) spawns this skill as a CC subagent via Agent tool. The subagent runs with isolated context and max_depth=1, meaning it CANNOT itself spawn further subagents. Every cross-plugin sub-skill invocation MUST be procedural (load the sibling SKILL.md into this agent's own context; do NOT call Agent again). Verify each sibling skill is procedural before invoking it from Mode-2 — consult board-superpowers:composing-siblings references/procedural-fallback-rules.md. Mode-2 is Claude Code only.

Mode-2 R-class callback protocol: A Producer-spawned Consumer cannot pause and ask the architect directly — the subagent context has no architect in the loop. When a mutating action is R-class in Mode-2:

The Consumer subagent prepares a structured proposal JSON.
The Consumer subagent calls report_agent_job_result with the proposal payload.
The Producer skill receives the result, evaluates it against autonomy_overrides in <repo>/.board-superpowers/config.yml, and either acknowledges autonomously (if override allows) or surfaces to the architect.
On architect approval, the Producer re-spawns the Consumer subagent (new isolated context) with an explicit "act on the previously-proposed action" prompt. The audit log records two entries: propose (written before step 2) and resolve (written after step 4's execution). This 4-step dance is expensive; cards selected for Mode-2 overnight-dispatch should have a high ratio of A-class actions. The subagent-spawn constraint is the max_depth=1 rule: a subagent already at depth 1 cannot itself spawn further subagents.

Mode-2 procedural fallback table (SKILL invocation is always safe; the risk is a sibling skill's body instructing an Agent spawn, which would push past the depth-1 budget):

Sibling	Mode-2 safe?	If not safe
`superpowers:writing-plans`	Yes	n/a
`superpowers:test-driven-development`	Yes	n/a
`superpowers:systematic-debugging`	Yes	n/a
`superpowers:verification-before-completion`	Yes	n/a
`superpowers:requesting-code-review`	Verify first	If spawning: use `gstack:/review` only; surface gap as Retro Note
`superpowers:subagent-driven-development`	procedural-verified (per composing-siblings/references/procedural-fallback-rules.md, dated 2026-04-26; re-verify on superpowers release)	n/a — safe if still procedural
`gstack:/review`	Yes	n/a
`gstack:/investigate`	Yes	n/a
`gstack:/qa`	Yes	n/a
`gstack:/cso`	Yes	n/a
`gstack:/codex`	No	Mode-1 only; in Mode-2 ask architect to run it
`superpowers:dispatching-parallel-agents`	NOT usable (Mode-2 itself runs as a subagent; spawning parallel subagents from within a subagent exceeds the depth-1 budget)	Raise to architect; do not invoke from Consumer Mode-2

Required sub-skills (atomic layer)

board-superpowers:board-canon — canonical state machine + Card schema + branch naming + WIP rules.
board-superpowers:operating-kanban — protocol-action dispatch: read_card (F1/F2 entry), claim_card (F1 claim transaction embedded in claim-card.sh), transition_card (F3 → Blocked / In Review), link_pr_to_card (F4 PR submit embedded in submit-pr.sh).
board-superpowers:composing-siblings — cross-plugin handoff rules and Mode-2 compatibility check; invoke at every C1-C4 point.
board-superpowers:enforcing-pr-contract — Contract A (PR three-section shape) + Contract B (AC terminal-state sync) at F4 submit.
board-superpowers:classifying-actions — autonomy classification for every mutating action.
board-superpowers:auditing-actions — audit row write after every A/R decision.

Stage F1 — Claim

Detailed procedure: references/stage-1-claim.md.

F1 summary (nodes A1-A3, B1-first):

Resolve card number: from $card_number arg, or $ARGUMENTS first token, or parse #N from the prompt. Ambiguous → ask.
Read card via board-superpowers:operating-kanban action read_card. Status MUST be Ready; unmet depends-on → stop, surface to architect.
Invoke board-superpowers:classifying-actions (action_id 100 — claim). If R: propose → await architect ack → proceed.
Run bash scripts/claim-card.sh --owner <owner> --project <num> --repo <repo> --card <N> --title "<title>". The script executes the 4-step claim transaction (branch push → Status flip to In Progress via transition_card). On failure: read stderr and surface.
Enter the worktree at $HOME/.config/superpowers/worktrees/<repo>/claim/<kanban-id>-<key-slug>-<title-slug>. Do NOT return to repo root for work. See board-superpowers:board-canon § "Branch naming" for the canonical slug format.
Audit row via board-superpowers:auditing-actions (action_id 100).

Stage F2 — Implement (TDD-driven)

Detailed procedure: references/stage-2-implement.md.

F2 summary (nodes A3, B1-B5):

B1 — Plan synthesis: invoke board-superpowers:composing-siblings then delegate to superpowers:writing-plans. Turns the card's acceptance criteria into an executable TDD plan. (C1 handoff)

B2 — TDD mutation cycle: invoke board-superpowers:composing-siblings then delegate to superpowers:test-driven-development for Red → Green → Refactor. When stuck: superpowers:systematic-debugging or gstack:/investigate. (C2 handoff)

B3 — TDD-skip refusal: Do not bypass TDD even when implementation feels "obvious." The verification chain's integrity depends on every AC having a failing test first. This is a non-negotiable governance reflex.

B4 — Cross-card refusal: Edits are restricted to files claimed by this card. Refuse to modify infrastructure or files claimed by other cards without explicit architect authorization. Surface as R-class proposal if boundary crossing is genuinely necessary.

B5 — Permission-boundary: Every mutating action passes through board-superpowers:classifying-actions first. Do not bypass for convenience. R-class actions require architect acknowledgement before acting.

In-flight blocker (transition to Blocked): invoke board-superpowers:classifying-actions (action_id 103 — Consumer Blocked/terminate-failure), then board-superpowers:operating-kanban action transition_card with target Blocked. Comment on the card naming the blocker. Audit via board-superpowers:auditing-actions.

How every mutating action is handled:

Resolve action_id (catalog in board-superpowers:classifying-actions references/action-id-catalog.md).
Invoke board-superpowers:classifying-actions → receive A / R / N.
A: act → invoke board-superpowers:auditing-actions (1 entry).
R: audit propose → surface → await ack → on approve: act + audit resolve; on decline: audit decline + abort.
N: refuse, surface block reason.

Consumer action_id range: 100-113 (100-111 review cycle + 112 PR-submit pre-flight + 113 post-merge cleanup). Full catalog: board-superpowers:classifying-actions references/action-id-catalog.md.

Stage F3 — Verify

Detailed procedure: references/stage-3-verify.md.

F3 summary (nodes C1-C4, D3 rework):

Iron law: never open a PR without completing the full verification chain.

C1 — Verification chain: invoke board-superpowers:composing-siblings, then:

superpowers:verification-before-completion (evidence-first; run actual checks named in ACs)
gstack:/review (production-bug viewpoint)
superpowers:requesting-code-review (independent second-pair-of-eyes) All three required. None optional.

C2 — Cross-platform review (non-trivial cards): invoke board-superpowers:composing-siblings, then gstack:/codex (from CC). Mode-2: not possible from subagent; ask architect to run it. Skip for 1-line fixes.

C3 — Conditional QA: invoke board-superpowers:composing-siblings, then gstack:/qa <url> for any UI-touching card (label or path heuristic). Mandatory when the card changes any user-visible surface.

C4 — Conditional security audit: invoke board-superpowers:composing-siblings, then gstack:/cso for cards with security label or body mentioning auth / crypto / PII.

Status transition to In Review: invoke board-superpowers:operating-kanban action transition_card with target In Review after verification chain completes and PR is ready to submit.

Common rationalizations to reject

Rationalization	Reality
"Small change — verification is overkill"	Small changes hide gaps. Chain calibrated for smallest meaningful card.
"Skip code-review, let the human reviewer do it"	Consumer hasn't reduced architect load — just passed it through.
"Tests pass = done"	Name which tests, which edge cases, which integration points.

Stage F4 — Submit PR

Detailed procedure: references/stage-4-submit.md.

F4 summary (nodes D1-D3, E1-E2):

D1+D2 — PR-submit pre-flight (action_id 112, A-class):

Toggle all AC checkboxes to [x] or [!]<reason>. Bare [ ] is forbidden.
If Notes invites a summary, append 3-5 line implementation summary.
Compute before/after SHA256 and gh issue edit <N> --body-file <path>.
Audit via board-superpowers:auditing-actions (action_id 112).

D1 — PR submit with three-section contract. Invoke board-superpowers:enforcing-pr-contract for templates. Then:

bash scripts/submit-pr.sh --title "<title>" --body-file <path> --card <N>

The script validates Contract A (three-section shape) + Contract B (AC terminal state) before opening the PR. Retry with corrected body if validation fails. The script auto-appends the Closes #<N> trailer — do NOT hand-add it or use gh pr create / gh pr edit --body-file directly (both strip the trailer, breaking the GitHub auto-close webhook chain). For post-OPEN body updates: bash scripts/submit-pr.sh --update-body --pr <PR-N> --body-file <path> --card <N>.

The link_pr_to_card protocol action IS bash scripts/submit-pr.sh for the github-project-v2 projection — the auto-trailer registers the PR↔Issue link.

D3 — Review-feedback rework loop: pull changes into the SAME worktree (do NOT create a new branch). Re-run F2 implement + F3 verify + F4 submit. Card stays In Review; re-pushing triggers re-review.

E1 — Post-merge cleanup (action_id 113, A-class):

Verify gh pr view <PR-N> --json state returns MERGED.
Verify card Status flipped to Done (webhook; 30 s typical; surface lag after 5 min).
Local cleanup: git worktree remove <path> + git branch -d claim/<...>.
Audit via board-superpowers:auditing-actions (action_id 113). See references/stage-4-submit.md for the full Stage (a) / Stage (b) PR↔Issue link verification procedure and manual-recovery path.

E2 — Crash / failure path: surface partial state to architect via card comment; record a heartbeat audit row; leave the worktree intact for next-session pickup.

G1-G3 — Governance (cross-cutting reflexes)

G1 — Every mutating action produces an audit row via board-superpowers:auditing-actions.

G2 — R-class actions surface a propose-await before acting. Proposal records an audit entry; architect ack records a second entry.

G3 — A-class actions execute without interruption (no architect-visible gate). Both G2 + G3 use board-superpowers:classifying-actions as the single classifier.

v1.x roadmap stubs

Three SPOT-watchlist items deliberately kept inline (not extracted to atomics):

scope-judgment (F1 stakeholder routing node) — extract when ≥2 callers emerge.
mode-projection (G4) — extract when Producer overnight-dispatch ships (2nd caller).
refusing-out-of-scope (B3 + B4 + B5) — extract when a 4th refusal node lands AND ≥3 share same-rhythm pattern.

References

File	When to read
`references/stage-1-claim.md`	Full Stage 1 claim protocol detail (card read → claim transaction → worktree entry)
`references/stage-2-implement.md`	Full Stage 2 implementation protocol (plan → TDD cycle → in-flight governance)
`references/stage-3-verify.md`	Full Stage 3 verification chain detail (pre-PR checks + conditional passes + surface channels)
`references/stage-4-submit.md`	Full Stage 4 PR submit + rework + post-merge cleanup detail
`references/post-merge-cleanup.md`	Extended post-merge cleanup: four-part close-out contract + auto-cron path + failure modes
`references/migration-fc0-to-23-nodes.md`	Archived mapping: old feature-grouped codes → 23-node journey encoding (historical reference for maintainers reading old PRs)