wr-itil-capture-rfc

name	wr-itil:capture-rfc
description	Lightweight RFC-capture skill for aside-invocation during foreground work — mandatory problem-trace per ADR-060 I1 invariant, skeleton RFC file by default (or a fully-authored Scope + Tasks under the `--fix-time` flag, per ADR-073), single commit per capture, no inline README refresh. Defers full duplicate analysis and README refresh to /wr-itil:manage-rfc. Use this when the user (or agent) wants to capture an RFC quickly with a clear problem trace. For full lifecycle management, use /wr-itil:manage-rfc.
allowed-tools	Read, Write, Edit, Bash, Grep, Glob

Capture RFC Skill

Capture a Request for Change (RFC) ticket quickly during foreground work. Lightweight aside-invocation surface that complements the heavyweight /wr-itil:manage-rfc flow. Mirrors /wr-itil:capture-problem shape per ADR-032 lightweight + heavyweight skill split.

This skill is one half of the capture-then-manage RFC framework introduced by ADR-060 (Problem-RFC-Story framework with mandatory problem-trace and unified problem ontology, accepted 2026-05-05). The other half is /wr-itil:manage-rfc (heavyweight intake + lifecycle management).

Related JTBDs: JTBD-008 (primary — Decompose a Fix Into Coordinated Changes; this skill IS the capture-time decomposition surface), JTBD-001 (extended scope — change-set-level governance), JTBD-101 (atomic-fix-adopter — every fix goes through an RFC per ADR-071). capture-rfc is invoked two ways: (1) the user-aside path (deliberate, default skeleton — the user fleshes scope out later at /wr-itil:manage-rfc accepted); and (2) the fix-time auto-create path (--fix-time), where the I13 propose-fix gate auto-fires it on an RFC-less Known Error and it authors the full RFC from the traced problem. Per the ADR-073 P399 amendment, fix-time RFC scope is framework-mediated (derived from the already-pinned problem + ADR-071, not direction-setting), so auto-firing with full authoring is correct — NOT a re-ask of a decided question (P132 / inverse-P078).

Output Formatting

When referencing RFC IDs, problem IDs, ADR IDs, JTBD IDs, or story IDs in prose output (stderr advisories, capture-report messages), always include the human-readable title or substance on first mention. Use the format RFC-006 (Decision homing implementation), not bare RFC-006.

Brief-before-ID discipline at any AskUserQuestion surface this skill emits (P350). When this skill surfaces an interactive question (e.g. ambiguous problem-trace selection, forward-referenced story confirmation), the question/option/description text MUST inline what each referenced artefact is and what is at stake BEFORE naming it by ID. RFC-NNN / P-NNN / STORY-NNN / ADR-NNN / JTBD-NNN references are audit-trail annotations, NEVER carriers of meaning — the user reads the prompt without project filesystem access (mobile clients, accessibility tooling, notification surfaces) and cannot follow links. Every option's substance MUST be self-contained in the briefing prose + option label and description; IDs may appear ONLY after a self-contained explanation. Mirrors the canonical /wr-architect:create-adr Step 5 § 5a Rule 3 ("No IDs as explainers"). See also session memory feedback_brief_before_id.md.

When to invoke

• Multi-commit fix at the start of work: agent / user observes that a problem fix decomposes into multiple coordinated changes (a refactor across packages, a phased migration, a framework evolution). Capture an RFC scoping the work before the first commit lands so each phase competes for WSJF attention as a first-class entity (per JTBD-008).
• Retrospective migration: lifting an existing multi-commit problem into the RFC framework (e.g. RFC-001 retro on P168 in Slice 4 of docs/plans/170-rfc-framework-story-map.md). The bounded-escape carve-out at Step 2 permits Closed/Verifying/Parked problem traces for this case.
• Ad-hoc planned change: user names work that doesn't yet have a problem ticket but clearly serves one. The I1 invariant requires the problem ticket to exist FIRST — this skill refuses without a --problem trace, redirecting the user to /wr-itil:capture-problem to open the problem first, then back to capture-rfc.

Use /wr-itil:manage-rfc instead when:

• The work is moving an existing RFC through its lifecycle (proposed → accepted → in-progress → verifying → closed).
• The user wants to walk a full intake flow with structured re-rank prompts and scope-expansion deviation-approval.
• Multi-RFC coordination decisions need to be captured (manage-rfc handles meta-RFC and cross-RFC ADR creation; capture-rfc creates one RFC per invocation).

Argument grammar

Positional: <problem-trace> <description> where <problem-trace> is P<NNN> or P<NNN>,P<NNN>,... (no spaces inside the trace; multiple problems comma-separated).

Optional flag (Phase 2): --stories STORY-<NNN>,STORY-<NNN>,... — ORDERED execution sequence per ADR-060 line 262. Cardinality 0..N: an RFC whose work is not decomposed into stories OMITS the flag and capture-rfc populates stories: [] in frontmatter (a structural state, NOT a reduced-ceremony path — every fix goes through an RFC per ADR-071); story-decomposed RFCs supply the ordered list. The flag accepts STORY-IDs that don't yet resolve to files (forward-reference is permitted at capture; the existence check happens at manage-rfc <NNN> accepted transition per ADR-060 working-the-problem flow line 304).

Optional flag (fix-time authoring, ADR-073 P399): --fix-time — switches Step 5 from the deferred-placeholder template to full authoring: capture-rfc reads the traced problem ticket(s) and authors a populated ## Scope (the fix being proposed + chosen implementation approach as prose) and, per ADR-089, a story work-breakdown on a story map — NOT a ## Tasks decomposition (superseded; the fix's stories are authored via capture-story-map + capture-story and listed in stories:), instead of the (deferred — populate at manage-rfc accepted) placeholders. Set by the I13 propose-fix gate's auto-create branch (/wr-itil:manage-problem + /wr-itil:work-problems); the user-aside path omits it. The authored RFC still carries NO Considered-Options block (ADR-070 — chosen-path prose only) and is still born human-oversight: unconfirmed (ratified at manage-rfc accepted). Composes with --stories.

/wr-itil:capture-rfc P168 Pipeline consume-catalog and bootstrap-from-reports — multi-commit retrofit
/wr-itil:capture-rfc P038,P064 Voice-and-tone gates on external comms — coordinated rollout across changeset/PR/release-notes
/wr-itil:capture-rfc P170 --stories STORY-007,STORY-010,STORY-011 Phase 2 story-tier framework — capture-story + list-stories + RFC frontmatter extension

ADR-060 § Phase 1 item 2 phrasing footnote: ADR-060 names "mandatory --problem P<NNN> flag" verbatim. This skill uses the positional form (no --problem prefix) to match the lightweight aside-invocation grammar of capture-problem (per ADR-032) and because Claude Code skill arguments don't carry a proper CLI flag parser. The hard-block intent (ADR-060 § Confirmation criterion 1: "without a problem trace") is preserved verbatim — only the surface syntax differs. The --problem phrasing in ADR-060 reads as exemplar, not contract.

Rule 6 audit (per ADR-032 + ADR-013 + ADR-060)

This skill has one direction-setting AskUserQuestion (problem-trace, when arguments are non-empty but contain no parseable trace) and one optional taste AskUserQuestion (title/scope summary, silent-default if unavailable). Every other potentially-interactive decision is framework-mediated per ADR-044:

Decision	Resolution	Authority class
Problem trace presence	I1 hard-block — refuse on missing trace; emit deny log + halt-with-stderr-directive	direction-setting (the user/caller MUST supply; framework cannot guess)
Problem trace validation	Mechanical: each P<NNN> must exist in docs/problems/. Open/Known Error/Verifying = pass; Closed/Parked = advisory-warn but proceed (bounded-escape carve-out — see Step 2 rationale)	silent-mechanical
RFC ID allocation	Mechanical: max(local, origin) + 1, three-digit padded	silent-mechanical
Title kebab-slug	Mechanical: first 8-10 non-stopword tokens of description	silent-mechanical
Title prose / scope summary refinement	Optional AskUserQuestion; silent-default to derived form when unavailable	taste
Fix-time Scope/Stories authoring (--fix-time)	Framework-mediated: author ## Scope + a story work-breakdown on a story map (NOT ## Tasks — superseded per ADR-089) from the traced problem's RCA + Fix Strategy. NO AskUserQuestion — the scope is derived from already-pinned ADR-071 direction, not new direction-setting (ADR-073 § ADR-044 reclassification, P399). Born unconfirmed; ratified at manage-rfc accepted	silent-framework
File write / frontmatter	Mechanical: shape per docs/rfcs/README.md § RFC body structure	silent-mechanical
Single commit	Mechanical: docs(rfcs): capture RFC-<NNN> <title>	silent-mechanical
Empty arguments	Halt-with-stderr-directive: print "capture-rfc requires <problem-trace> <description> — invoke /wr-itil:manage-rfc instead for the full intake flow" and exit. AFK orchestrators MUST NOT invoke capture-rfc with empty arguments.	n/a

Per ADR-013 Rule 6 fail-safe + ADR-044 + P132 + inverse-P078: every silent-mechanical branch above resolves without user input, so AFK and interactive contexts behave identically modulo the optional taste prompt.

Steps

0. Preflight (Phase 1 cross-directory)

Phase 1 sequencing note: this skill's preflight uses wr-itil-reconcile-readme docs/problems (the existing problems-README reconciliation contract per P118) because the sibling wr-itil-reconcile-rfcs script lands in Slice 3 task B5.T6. RFC trace integrity depends on the problems README being clean — every RFC traces to ≥ 1 problem (I1), so an out-of-date problems README directly threatens the trace validation in Step 2. Once Slice 3 ships wr-itil-reconcile-rfcs docs/rfcs, swap this preflight to call BOTH (the cross-tier integrity check holds at both surfaces).

wr-itil-reconcile-readme docs/problems > /tmp/wr-itil-drift-$$.txt
reconcile_exit=$?
if [ "$reconcile_exit" -eq 1 ]; then
  wr-itil-classify-readme-drift /tmp/wr-itil-drift-$$.txt docs/problems
  classify_exit=$?
  rm -f /tmp/wr-itil-drift-$$.txt
  # classify_exit 0 (INLINE_REFRESH): proceed (no inline refresh in this skill).
  # classify_exit 1 (HALT_ROUTE_RECONCILE): halt; invoke /wr-itil:reconcile-readme.
  # classify_exit 2 (parse error): conservative halt-and-route.
fi

1. Parse arguments

The arguments must begin with a problem-trace token (P<NNN> or comma-separated P<NNN>,P<NNN>,...). The remainder is the description.

# Tokenise: first non-flag token = problem-trace; rest = description.
# Optional --stories STORY-NNN,STORY-NNN,... and --fix-time flags may appear anywhere.
stories_trace=""
fix_time=0
positional=()
while [ $# -gt 0 ]; do
  case "$1" in
    --stories) stories_trace="$2"; shift 2 ;;
    --fix-time) fix_time=1; shift ;;
    *) positional+=("$1"); shift ;;
  esac
done
problem_trace="${positional[0]}"
description="${positional[*]:1}"

If $problem_trace does not match ^P[0-9]{3}(,P[0-9]{3})*$ (regex), this is an I1 violation — go to Step 2's deny path. If $description is empty, halt with the empty-arguments directive from the Rule 6 audit table above.

If $stories_trace is non-empty, validate the format matches ^STORY-[0-9]{3}(,STORY-[0-9]{3})*$. Forward-reference is permitted (STORY-IDs that don't yet resolve to files at capture time) — the existence check happens at manage-rfc <NNN> accepted transition. Malformed format (e.g. --stories foo) is an argument error: halt with stderr directive naming the expected shape.

Derive a kebab-case title slug from the first 8-10 non-stopword tokens of $description (matching capture-problem slug derivation).

2. Validate problem trace + I1 hard-block enforcement

For each P<NNN> in the trace list:

# Check existence in any lifecycle status (dual-tolerant — RFC-002
# migration window covers BOTH flat `docs/problems/<NNN>-<title>.<state>.md`
# AND per-state subdir `docs/problems/<state>/<NNN>-<title>.md` layouts).
trace_files=$(ls docs/problems/<NNN>-*.md docs/problems/*/<NNN>-*.md 2>/dev/null)

I1 hard-block (per ADR-060 § Confirmation criterion 1):

• Trace token absent OR malformed: emit deny log entry + halt with stderr directive:

  mkdir -p logs
  printf '{"timestamp":"%s","session_id":"%s","reason":"%s","args":%s}\n' \
    "$(date -u +%Y-%m-%dT%H:%M:%SZ)" "$(get_current_session_id 2>/dev/null || echo unknown)" \
    "<missing|malformed|unresolved>-trace" \
    "$(printf '%s' "$ARGUMENTS" | jq -Rs .)" \
    >> logs/rfc-capture-denials.jsonl
  echo "/wr-itil:capture-rfc requires a leading problem-trace argument (P<NNN> or P<NNN>,P<NNN>...). Open the driving problem via /wr-itil:capture-problem first, then re-invoke capture-rfc with the trace." >&2
  exit 1
  

  The deny log feeds the trace-violation-rate reassessment criterion in ADR-060 § Reassessment Criteria (>20% denial rate triggers ADR-060 reassessment).

• Each P<NNN> must resolve to a file in docs/problems/. If any does not, emit deny log entry with reason: unresolved-trace + the unresolved IDs, halt, exit 1.

Bounded-escape carve-out for Closed/Verifying/Parked traces:

For each resolved trace file, classify by suffix:

• .open.md, .known-error.md → pass silently.
• .verifying.md → pass with advisory note in the report ("trace P is Verification Pending — RFC may close before driving problem closes").
• .closed.md, .parked.md → pass with advisory-warn in the report ("trace P is <Closed|Parked> — capture proceeds for retrospective/historical RFC; bounded-escape carve-out per ADR-060 § Confirmation criterion 5 + Phase 1 item 9").

Why advisory and not hard-block at capture-time: the bounded-escape contract in ADR-060 § Confirmation criterion 2 scopes I1 hard-block to accepted → in-progress and → verifying lifecycle transitions; advisory-with-escalation only fires at → closed transition. Capture-time tolerance for Closed/Parked traces is load-bearing for the Phase 1 dogfood pass: RFC-001 retro on P168 (P168 is .verifying.md) is structurally impossible without it. This is NOT a relaxation of I1; it is the bounded-escape window the ADR carved out at the right lifecycle phase. See ADR-060 § Confirmation criterion 5 (no semantic loss) + Phase 1 item 9 (retro migration as dogfood pass).

After the trace validation passes, write the RFC-tier create-gate marker so the PreToolUse:Write hook (P119, manage-problem-enforce-create.sh) permits the Step 5 Write of the new docs/rfcs/RFC-*.proposed.md file:

wr-itil-mark-rfc-capture-gate

wr-itil-mark-rfc-capture-gate is the ADR-049 $PATH shim (adopter-safe — resolves its hooks/lib siblings relative to the script, NOT cwd; P317/RFC-009) that writes /tmp/wr-itil-rfc-capture-grep-${SESSION_ID} under every recent candidate SID (P260 / ADR-050 Option C — same candidate-set discipline as wr-itil-mark-create-gate). NEVER source packages/... repo-relative from a SKILL — those paths only resolve in the source monorepo, not adopter installs. The marker is per-session and idempotent, so a single write covers multiple RFC creations this session (e.g. a multi-problem-trace split).

3. Compute next RFC ID

Same max(local, origin) + 1 formula as capture-problem Step 3, scanning docs/rfcs/RFC-*.md instead:

local_max=$(ls docs/rfcs/RFC-*.md 2>/dev/null | sed 's|.*/RFC-||;s|-.*||' | grep -oE '^[0-9]+' | sort -n | tail -1)
origin_max=$(git ls-tree --name-only origin/main docs/rfcs/ 2>/dev/null | sed 's|^docs/rfcs/RFC-||;s|-.*||' | grep -oE '^[0-9]+' | sort -n | tail -1)
next=$(printf '%03d' $(( 10#$(echo -e "${local_max:-0}\n${origin_max:-0}" | sort -n | tail -1) + 1 )))

Log the renumber decision in the operation report if origin and local diverged.

4. Optional taste prompt for title / scope summary

If interactive (AskUserQuestion available) AND the description is short enough that the derived title slug may not capture intent, fire one AskUserQuestion with header: "RFC title" offering: (a) the derived kebab-slug as default, (b) "edit". This is taste authority class per ADR-044 — silent-default to (a) when AskUserQuestion is unavailable or the description already reads as a clean title.

5. Write the RFC file

File path: docs/rfcs/RFC-<NNN>-<kebab-title>.proposed.md

Template (mirrors docs/rfcs/README.md § RFC body structure):

---
status: proposed
rfc-id: <kebab-slug>
reported: <YYYY-MM-DD>
human-oversight: unconfirmed
decision-makers: [<git config user.name>]
problems: [P<NNN>, P<NNN>, ...]
adrs: []
jtbd: []
stories: [<from --stories flag — ordered execution sequence; or [] if --stories absent>]
---

# RFC-<NNN>: <Title>

**Status**: proposed
**Reported**: <YYYY-MM-DD>
**Problems**: <P<NNN> [, P<NNN>, ...]>
**ADRs**: (none)
**JTBD**: (none)

## Summary

<description from arguments>

## Driving problem trace

<for each P<NNN>: one-line summary linking the RFC scope to the problem's symptom or RCA finding>

## Scope

<default (user-aside path): (deferred — populate at /wr-itil:manage-rfc accepted transition)>
<--fix-time path (ADR-073 P399): AUTHOR this from the traced problem — a real paragraph describing the fix being proposed (the change(s) the Known Error needs) plus the chosen implementation approach as prose. Derive it from the problem's `## Root Cause Analysis` + `## Fix Strategy`. Do NOT enumerate rejected alternatives or add a Considered-Options block (ADR-070 — chosen-path prose only).>

## Stories

<RFC work-breakdown is **stories on a story map**, NOT tasks (ADR-089 / ADR-095 / ADR-096). Do NOT scaffold a `## Tasks` body.>
<default (user-aside path): populate the ordered `stories:` frontmatter array via `--stories STORY-<NNN>,...` (each story must exist on a story map); rendered here at /wr-itil:manage-rfc.>
<--fix-time path (ADR-073 P399): AUTHOR the fix's stories on a story map — route to /wr-itil:capture-story-map (or /wr-itil:manage-story-map to extend one), capture each story via /wr-itil:capture-story onto that map, and list them in `stories:`. A draft story cannot be implemented until accepted (ADR-096). Do NOT emit a `## Tasks` decomposition.>

## Commits

(rendered from `git log --grep "Refs: RFC-<NNN>"` by `/wr-itil:manage-rfc` + `wr-itil-reconcile-rfcs` per ADR-085 — a git-log-derived view, not stored per-commit. At capture there are no commits yet.)

## Related

(captured via /wr-itil:capture-rfc; expand at next /wr-itil:manage-rfc invocation)

Mode branch (fix_time from Step 1):

• fix_time=0 (user-aside path, default): write the deferred placeholders verbatim. The deferred-section pattern matches capture-problem's placeholder approach — the captured RFC is intentionally minimal; full scope and task decomposition land at the manage-rfc accepted-transition step.
• fix_time=1 (fix-time auto-create path, ADR-073 P399): BEFORE writing the file, Read each traced problem ticket (docs/problems/.../<NNN>-*.md) and author the ## Scope prose + the fix's stories on a story map (NOT a ## Tasks decomposition — superseded per ADR-089/ADR-095/ADR-096: route to capture-story-map, capture each story via capture-story, list in stories:) from its ## Root Cause Analysis + ## Fix Strategy. The RFC is NOT a skeleton on this path — the deferred "flesh out later" step never self-fires (P375), so the scope is authored now while the fix context is in hand. Keep it ADR-070-compliant: chosen-path prose in ## Scope, NO Considered-Options / alternatives-rejected block (enumerating ≥2 options and choosing among them would be cat-1 direction-setting; deriving the single fix the problem already implies is framework-mediated — ADR-073 § ADR-044 reclassification). human-oversight stays unconfirmed (Step 7 oversight discipline holds — no per-RFC substance-confirm at fix-time; ratified at manage-rfc accepted).

6. Single commit — ## RFCs reverse-trace refresh; no rfcs README refresh

Stage list: the new RFC file PLUS each driving problem ticket file whose ## RFCs section needs the reverse-trace row added (per ADR-060 Phase 1 item 10 + Confirmation criterion 3 — auto-maintained reverse trace; architect Q1 verdict skill-side primary). Do NOT stage docs/rfcs/README.md. The deferred-rfcs-README-refresh contract is the load-bearing capture-time speed differentiator from /wr-itil:manage-rfc (mirrors capture-problem deferred-docs/problems/README.md contract). The next /wr-itil:manage-rfc review invocation OR wr-itil-reconcile-rfcs refreshes the rfcs README.

The reverse-trace refresh on driving problem tickets, however, IS in-commit per ADR-014 single-commit grain — the cross-tier ## RFCs table on a problem ticket must stay current the moment a new RFC traces it. Otherwise the trailer hook (itil-rfc-trailer-advisory.sh) would fire on every capture commit and the reverse-trace would lag by one manage-rfc invocation.

For each problem ID in $problem_trace, invoke the helper before commit:

for pid_token in $(echo "$problem_trace" | tr ',' ' '); do
  pid_num="${pid_token#P}"
  # Dual-tolerant ticket discovery (RFC-002 migration window).
  problem_file=$(ls docs/problems/${pid_num}-*.md docs/problems/*/${pid_num}-*.md 2>/dev/null | head -1)
  [ -z "$problem_file" ] && continue
  wr-itil-update-problem-rfcs-section "$problem_file" docs/rfcs
  git add "$problem_file"
done

The helper (packages/itil/scripts/update-problem-rfcs-section.sh) is idempotent: running over a current section is a no-op. Lazy-empty discipline applies (zero traced RFCs → section absent) — capture-rfc invocations always have ≥ 1 trace at this step, so this surface always emits a populated section. The git add is conditional on the helper actually modifying the file — cmp -s no-op-on-current is the helper's idempotency contract; git add of an unchanged file is also a no-op.

Phase 2 — render ## Stories body section on the new RFC (when --stories was provided): the just-written RFC file carries stories: [STORY-NNN, ...] in frontmatter; the helper update-rfc-references-section.sh <rfc-file> "Stories" renders the forward-trace ## Stories body section from that frontmatter array in execution order per ADR-060 line 270. Lazy-empty discipline applies — when stories: [] (an RFC not decomposed into stories), the helper omits the section entirely:

if [ -n "$stories_trace" ]; then
  wr-itil-update-rfc-references-section "docs/rfcs/RFC-${next}-${slug}.proposed.md" "Stories"
fi

(git add of the new RFC file in the next step picks up the section render.)

Stage the new RFC file:

git add docs/rfcs/RFC-<NNN>-<slug>.proposed.md

Satisfy the commit gate per ADR-014:

• Primary: delegate to subagent type wr-risk-scorer:pipeline via the Agent tool.
• Fallback: invoke /wr-risk-scorer:assess-release via the Skill tool when the subagent type is unavailable.

Commit message:

docs(rfcs): capture RFC-<NNN> <title>

Refs: RFC-<NNN>

The capture verb mirrors capture-problem's audit signal (lightweight aside path vs. heavyweight manage-rfc intake). The Refs: RFC-<NNN> trailer is the commit-message RFC trailer convention per ADR-060 finding 8 + Phase 1 item 12 (the trailer-recognition hook lands in Slice 3 task B5.T9).

7. Report

After the commit, report:

• The new RFC file path and ID.
• The traced problems with their lifecycle states (Open / Known Error / Verifying / Closed / Parked).
• Any advisory warnings (Verifying, Closed, Parked traces).
• Trailing pointer:
  • user-aside path (default): Run /wr-itil:manage-rfc <RFC-<NNN>> next to populate Scope / Tasks and advance to accepted; refresh docs/rfcs/README.md.
  • --fix-time path: RFC-<NNN> is authored (Scope + Tasks populated from P<NNN>) and born human-oversight: unconfirmed. Run /wr-itil:manage-rfc <RFC-<NNN>> accepted to ratify the authored scope; refresh docs/rfcs/README.md.

The trailing pointer is not optional — on the user-aside path it is the user-visible signal that the RFC is intentionally skeleton-only and how to advance it; on the --fix-time path it signals the RFC is already authored and points at the ratification drain.

Oversight marker discipline (ADR-066 + ADR-068 amendments 2026-06-02 / P348). The skeleton frontmatter MUST include human-oversight: unconfirmed. capture-rfc is the AFK-friendly aside surface; there is no substance-confirm AskUserQuestion pass in this flow (deferred to /wr-itil:manage-rfc accepted), so confirmed would be a hollow marker (the P348 bug class). The architect-side hook (architect-oversight-marker-discipline.sh) does NOT gate docs/rfcs/, but downstream paths that promote a captured RFC to confirmed MUST do so via a proper substance-confirm AskUserQuestion (e.g. /wr-itil:manage-rfc accepted for genuine ratification) — agents authoring RFCs at capture-time MUST NOT write confirmed. The drain pattern mirrors the ADR drain: an RFC's unconfirmed state surfaces interactively during the accepted transition.

Composition with manage-rfc

Concern	manage-rfc	capture-rfc
Problem-trace I1 enforcement	Hard-block at lifecycle transitions to irreversible states; advisory at → closed	Hard-block at capture-time; deny logged to logs/rfc-capture-denials.jsonl
Multi-RFC / meta-RFC coordination	Step 9 review supports cross-RFC re-rank + meta-RFC ADR creation	Out of scope: capture-rfc creates one RFC per invocation
Skeleton-fill	Full-intake; AskUserQuestion for missing fields; deviation-approval on scope expansion	Deferred-placeholder pattern; one optional taste prompt only
README refresh	P094 / P062 inline (regenerate + stage in same commit)	Deferred to /wr-itil:manage-rfc review or wr-itil-reconcile-rfcs (Slice 3)
Status transitions	Step 7 owns proposed → accepted → in-progress → verifying → closed	Out of scope (creation only)
Commit grain	One commit per intake / per transition	One commit per capture
Use case	Full lifecycle management	Aside-invocation; capture-and-continue

The two skills share the /tmp/wr-itil-rfc-capture-grep-${SESSION_ID} create-gate marker (sibling to /tmp/manage-problem-grep-${SESSION_ID}; sibling-marker option per architect verdict on capture-rfc sub-decision (a) — preserves audit-trail per-surface granularity).

Related

• ADR-060 — Problem-RFC-Story framework with mandatory problem-trace and unified problem ontology. Driving accepted ADR.
• P170 — docs/problems/170-...open.md — driver problem ticket.
• docs/plans/170-rfc-framework-story-map.md — Slice 2 task B5.T3 lands this skill.
• JTBD-008 — Decompose a Fix Into Coordinated Changes. Primary persona-anchor.
• JTBD-001 (extended scope) — change-set-level governance composition.
• JTBD-101 (atomic-fix-adopter) — every fix goes through an RFC (ADR-071); capture-rfc is a deliberate aside-invocation, not auto-fired (RFC scope is direction-setting per ADR-073).
• docs/rfcs/README.md — RFC tier lifecycle index + frontmatter shape spec (Slice 2 tasks B5.T1 + B5.T2 — committed adc53c8).
• ADR-014 — governance skills commit their own work. Single-commit grain per capture.
• ADR-022 — problem lifecycle conventions; RFC lifecycle mirrors.
• ADR-032 — governance-skill aside-invocation pattern. Lightweight + heavyweight split.
• ADR-038 — progressive disclosure. SKILL.md (this file) + future REFERENCE.md split (deferred per ADR-054 — REFERENCE.md lands when SKILL.md size pressure surfaces empirically).
• ADR-044 — decision delegation contract. Authority classes named in the Rule 6 audit table above.
• ADR-049 — plugin-bundled scripts via bin/ on $PATH. wr-itil-reconcile-rfcs shim follows this grammar (Slice 3 B5.T7).
• ADR-051 — load-bearing-from-the-start. I1 hard-block ships behaviourally on day one, not deferred.
• ADR-052 — behavioural-tests default. Bats coverage in Slice 2 task B5.T5 (no structural grep on SKILL.md content per P081).
• P057 — staging trap rule (re-stage after Edit) — applies to capture-rfc only when an Edit follows the Write (rare; lifecycle-transition territory belongs to manage-rfc).
• P078 capture-on-correction — capture-rfc may be the correct response to a strong-signal user correction that names multi-commit work; orchestrators should offer capture-rfc as one option in the capture menu.
• P119 — create-gate marker. Hook generalisation per architect verdict on sub-decision (a) — manage-problem-enforce-create.sh widens to also accept docs/rfcs/RFC-*.proposed.md Writes, with case-branched deny messages naming the right skill (capture-rfc vs capture-problem).
• P132 + inverse-P078 — mechanical-stage carve-outs prevent over-asking; named in the Rule 6 audit table.