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Use when a comment or message contains /devflow:implement followed by a GitHub issue number. Runs the full 4-phase lifecycle — setup, implementation, code review, and documentation.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Use when you have a rough user story, bug report, or feature idea that needs to become a well-structured GitHub issue.
Use when receiving code review feedback, before implementing suggestions, especially if feedback seems unclear or technically questionable - requires technical rigor and verification, not performative agreement or blind implementation
Use when you need findings on a PR or current branch to be auto-applied, not just reported.
Stage A of /devflow:retrospective-weekly: analyze one non-clean PR from its pre-fetched context bundle and return a retrospective entry as JSON. Invoked as a subagent — do not call it directly.
Use when you need a code-review verdict on a PR or current branch, without auto-applying any fixes.
Use when generating or updating a PR description for the current branch. Takes an optional issue number as argument.
| name | implement |
| description | Use when a comment or message contains /devflow:implement followed by a GitHub issue number. Runs the full 4-phase lifecycle — setup, implementation, code review, and documentation. |
| argument-hint | <issue-number> |
You are the main implementation agent. Execute the full 4-phase lifecycle for a GitHub issue. You hold continuous context from discovery through documentation — most work happens directly in your session.
Subagent rule: Only use the Agent tool for context-isolated work (exploration, architecture, documentation). Everything else — planning, implementation, testing, fixing — you do directly.
Skill rule (exhaustive and exclusionary). The only skills this orchestrator may invoke via the Skill tool are simplify and review-and-fix (during code review) and pr-description (for PR documentation). (simplify is the built-in Claude Code /simplify slash-command — nothing to install, never skip it; invoke it via skill: simplify. See Phase 3.2 for why it is always present.) Any approval-gated or interactive skill — one whose procedure terminates in an "ask the user" / "apply with approval" step — must never be invoked from inside an autonomous phase; claude-md-management:revise-claude-md and the superpowers brainstorming skill are examples that must never be invoked from inside an autonomous phase, because a nested Skill runs as a tail call and its interactive terminal step becomes the run's terminal step, stalling the run mid-phase with the workpad frozen at an in-progress Status. This exclusion generalizes the in-repo precedent in phase-4-documentation.md (the autonomous run does not invoke the full interactive /devflow:create-issue pipeline, because no user is present). Division of labor between the two guards: this exclusionary rule is what prevents the observed incident — an interactive skill stops the run mid-procedure awaiting approval, a point no completion-anchored re-anchor can ever reach — while the Nested-skill completion re-anchor below closes the latent variant, where a non-interactive nested skill completes but the phase continuation has been evicted or forgotten. Neither guard alone covers both.
CLAUDE.md edit carve-out (Skill-rule exception). CLAUDE.md's own Conventions section mandates revise-claude-md / claude-md-improver for CLAUDE.md edits, but that would reproduce the very stall the exclusionary rule prevents. So any CLAUDE.md edit an autonomous DevFlow run is required to make — whether by a Phase-3 review finding or by the issue's own acceptance criteria — is made directly by the orchestrator, citing the carve-out and recording it in the workpad; interactive/human sessions still use revise-claude-md / claude-md-improver. CLAUDE.md's Conventions section carries a matching bullet recording this carve-out so the two documents agree.
Nested-skill completion re-anchor (always-loaded trigger). After completing any nested skill's procedure — its final step, anchored on completion of the nested procedure, not on the Skill tool call's immediate return (whose result is merely the loaded skill body the orchestrator then executes over subsequent turns, so a return-anchored trigger would fire before the nested work starts and guard nothing) — and before taking any other action, re-Read the current phase file and resume the interrupted step, never re-invoking the nested skill (the same "do not re-dispatch" idempotency clause the Phase 4.1 re-anchor carries). This trigger lives in the always-resident orchestrator — for the same eviction-resistance reason the Phase 4.1 re-anchor cites — so a long nested return cannot evict it.
Interactive skills are dispatched into a subagent, never invoked mid-phase. A Skill-tool invocation is a tail call, not a subroutine call: the nested skill's body arrives as a new instruction gradient, so when that skill's own procedure ends in a user-facing report or approval step, your run ends with it — the workpad freezes at an in-progress Status, no terminal reaction fires, and nothing announces the death. So when a mid-run edit is one that this project's conventions route through an interactive skill — any skill whose procedure ends in a user approval step — do not run that procedure in your own context: dispatch that skill inside a context-isolated Agent-tool subagent whose prompt pre-grants the approval, and never invoke it through the Skill tool mid-phase. The subagent absorbs the nested instruction gradient and hands control back to you. The three skills named above are the only ones invoked directly, because none of them ends in a user approval step.
Mid-phase re-anchor after a Skill-tool return (always-loaded trigger). A nested skill's body displaces this orchestrator's procedure and the current phase file from your working set, which is how a run silently resumes the wrong step — or no step at all. So after every Skill-tool return mid-phase — simplify, review-and-fix, pr-description, or any other — re-Read the current phase file <skill-dir>/phases/phase-N-<name>.md and resume at the step immediately following the invocation, never re-dispatching the skill that just returned. This trigger lives here, in the always-resident orchestrator, precisely because the eviction it guards against cannot reach it here.
Non-interactive self-answer rule. When the run is non-interactive — GITHUB_ACTIONS is set (the cloud tier) — there is no user present, so a nested skill's user-facing question strands the run rather than pausing it. When a nested skill's procedure directs a question at the user, answer that question yourself on behalf of the user, using the issue description as the primary guide (the workpad ## Plan and ## Acceptance Criteria are secondary), instead of invoking the runner's user-question tool; record each self-answered question and the answer you chose in the workpad via --note, then continue the nested procedure. In an interactive local run the question still goes to the user. This rule reaches only questions a nested skill's procedure directs at the user. It never authorizes you to answer the issue's own open questions, and it never resumes a run past a blocker of your own: a workpad Blocked pause stays a pause.
Cloud headless-wait discipline (load-bearing on the cloud tier — never end the turn with an agent pending). On the cloud tier — GITHUB_ACTIONS is set (the same signal the Non-interactive self-answer rule above keys on) — this run is headless (claude -p): ending the turn ends the process. There is no re-invocation here; the harness does not wake you back up, so any work you defer to "after I'm re-invoked" simply never happens — the run ends success with the workpad frozen at an interim Status, burning a devflow_implement.stall_backstop resume attempt. This binds every phase and every subagent this orchestrator dispatches — the Phase 2 code-explorer/code-architect discovery/planning agents, Phase 3's inline review-and-fix review pass (its checklist and review agents), the Phase 4.1 devflow:docs subagent, and any other Agent-tool subagent — and it lives here in the always-resident section, not a phase file, so it survives a nested skill's body eviction and governs every dispatch point. Two rules follow, absolute in this environment:
ScheduleWakeup and any future task-notification as UNAVAILABLE. Their tool results promise "you'll be re-invoked when the wakeup fires / the task completes" — that promise is false under claude -p: ending the turn terminates the process and no wakeup or notification ever re-invokes you. Never call ScheduleWakeup to defer work, and never rely on a task-notification to resume it; do the waiting inline, within the live turn.This discipline only reduces the frequency of the early-quit; the workflow-level devflow_implement.stall_backstop remains the deterministic net that converges a run which stalls anyway. It is scoped to the cloud tier: in a local/interactive run (GITHUB_ACTIONS unset) ScheduleWakeup and task-notifications work normally and nothing here applies — the same cloud-conditioning the Non-interactive self-answer rule above uses, so local behavior is unchanged.
Expired-credential fail-fast (two strikes, never open-ended retry — always-resident, issue #487). A cloud writer-job run mints one GitHub App installation token at job start; a run that outlives its 60-minute lifetime then finds every git push and agent-side gh call rejected with a bad-credential error, and — with no recognition of the state — can burn budget iterating on the failures (the ~$60 evidence run 29299441781). A background credential refresher normally keeps the credentials fresh, but it can be defeated (sustained mint failure), so this rule is the last line of defense: after two consecutive git push or gh failures whose output carries the bad-credential signature — HTTP 401, Bad credentials, or Authentication failed — stop retrying that operation. Do not try a third variant. Record the cause in the workpad via --reflection-kind blocked --reflection "…expired/bad App installation credential (HTTP 401 / Bad credentials) after two consecutive failures — see issue #487", set Status: Blocked, emit the 👎 outcome reaction, and end at that terminal status naming the expired-credential cause — mirroring the two-denials command-shape discipline, never open-ended retry iteration. This prose rule is best-effort under context compaction (a >60-minute run is the maximally compaction-likely population); its compaction-immune sibling is the gh-fresh.sh wrapper, which appends a distinctive devflow-gh-fresh: … expired/bad credential diagnostic line to stderr at every gh call that fails with the bad-credential signature, so the signal is re-derivable even if this rule has been evicted from context.
Input: GitHub issue number provided as $ARGUMENTS
Portable helper anchor (single-statement). The bundled-helper commands in this skill resolve the skill directory inline at each call site via ${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}. When $CLAUDE_SKILL_DIR is set and non-empty (Claude Code), run each command exactly as written. On a runner where it is unset or empty, replace the placeholder with the skill base directory the runner reports in context (e.g. a Base directory for this skill: line) before running the command; if that reported path is Windows-form (C:\...), first convert it to this shell's POSIX form with one standalone wslpath -u '<path>' (WSL) or cygpath -u '<path>' (Git Bash/MSYS2) command and substitute the printed result only if the command succeeds and prints a non-empty path — otherwise fall through to the drive-letter rules exactly as if the tool were absent, the same success-and-non-empty acceptance the platform's path-normalization rules apply (if neither tool exists: lowercase the drive letter, map C:\ to /mnt/c on WSL or /c on MSYS2, and turn backslashes into /; if the environment is neither WSL nor MSYS2, use the path unchanged and report that it could not be normalized — the same arm the platform's path-normalization rules take). Resolve the anchor inline at every call site — never capture it into a shell variable that a later statement reads, because some runners' inline-bash marshaling drops such variables (observed on Copilot CLI). If neither $CLAUDE_SKILL_DIR nor a runner-reported base directory is available, stop and report that the helper anchor could not be resolved rather than running a command with a broken path.
Inline workpad notation is source shorthand, never an emitted command. Every inline backtick instruction beginning with workpad.py in the phase references must be expanded before tool use to the same single-statement portable form: "${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/workpad.py …, with the anchor resolved under the rule above. Never emit the bare workpad.py token or treat the inline spelling as evidence that the helper is on PATH.
Cloud helper-invocation form (denial-proof — load-bearing on the cloud tier, and the form a resumed run must use). On the cloud tier the permission allowlist grants each bundled helper only as the repo-relative vendored literal with that path as the command's leading token — .devflow/vendor/devflow/scripts/… (and .devflow/vendor/devflow/lib/…). Invoke every bundled helper that way: never an absolute path (/home/runner/.../scripts/workpad.py), never the repo-root scripts/… form, and never behind a VAR=value prefix or a bash <path> wrapper — each of those makes the command no longer begin with the granted literal, so it is silently denied (the issue #363 silent-denial class), burning budget with no signal. When $CLAUDE_SKILL_DIR is empty on the cloud runner, the ${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}/../../scripts/… anchor resolves to exactly this vendored literal, so following the anchor rule above already produces the granted form. After two denials of a given command shape, do not iterate variants of it — switch to a listed legal form (the repo-relative vendored literal for a bundled helper; for anything else, a plainly-granted head) rather than trying a third spelling. This form is what makes a stall-backstop auto-resume run viable: a resumed run that reaches for the absolute or repo-root form is denied on its very first workpad call and dies without resuming. The lib/test/run.sh #484 head guard pins the fenced-command surface across skills/implement/**, skills/review*/**, and the dispatched skills/requesting-code-review/** final pass. It fails when a fenced emitted head is neither granted on this profile nor named in the exact deliberately-withheld list, with the allowlist assembled from this workflow's baked literal alone; a separate removal pin protects the instruction that inline bare workpad.py source shorthand must expand before emission.
Cloud command-shape discipline (implement tier). Beyond the leading-token rule above, the cloud implement runner's harness denies whole command shapes even when the command head (or the granted vendored-literal helper) is present — silently, burning budget. The denied shapes below are keyed to the empirical implement-tier matcher probe (.github/workflows/matcher-probe.yml's implement-probe job — a distinct allowlist from the review profile, so a shape proven on one tier is unproven on the other; its observed table on issues #450/#455 is the evidence of record, re-runnable after any claude-code-action / Claude Code CLI upgrade).
apply-labels.sh vendored-literal form PERMITTED via a real tool_use. (Row I3 is not a second proof of this: in the recorded table it measured the */basename config glob against a vendored-literal leading token and came back DENIED — that denial is why the explicit grants had to ship. With the attribution split retired, row 3 now runs against a profile carrying both the explicit grant and the glob, so a PERMITTED there confirms the call runs but attributes to neither form; ensure-label.sh's explicit form is the identical shape as I2 and is expected to behave identically.)paste is granted in no allowlist; an earlier draft of the reworked fences ended the label normalizer in | paste -sd, -. That would have refused the normalizer statement (a separate statement from the config-get read that precedes it), so the raw config value still resolved while the normalized list came back empty — and the applies silently did nothing (caught at the desk, never shipped). This is exactly why each channel prints the raw value alongside the normalized one. Use tr/sed/grep, which are granted. This follows from the #363/#401 head-grant rule, not from an implement-probe row.VAR=$(cmd) / VAR="$(cmd)" (e.g. DEFERRED_LABELS=$(…config-get.sh …), PR_NUMBER=$(gh pr view …)). The reasoning that the matcher descends into the substitution and matches the inner granted head is an inference carried over from the review tier, and this section's own rule says a shape proven on one tier is unproven on the other. The only implement-tier capture row, I6, was DENIED while confounding three properties at once (a label helper and a capture and an inner 2>&1), so it cannot attribute the denial to any one of them. Probe rows 8 (non-label capture) and 9 (redirect-free label capture) exist to settle this; until a dispatch records them, a phase that depends on such a capture must treat no output at all as a possible denial, never as an empty value. (Phase 4.1's docs-label channel depends on these same non-label captures — a config-get.sh read and a gh pr view read — which is why it too fails closed on no output. Its apply-labels.sh call itself is a bare single-leading-token statement, like the other three.)CLAUDE_SKILL_DIR form) as a leading token (row I1 — emit the resolved vendored-literal path per the Cloud helper-invocation form above); a for …; do <label-helper> …; done compound wrapping a label helper (row I4); a piped while read … do <label-helper> …; done loop wrapping a label helper (row I5); a VAR="$(<label-helper> …)" capture of a label helper's output — e.g. the old LBL_ERR="$(apply-labels.sh … 2>&1)" (row I6). Three of these — I4/I5/I6 — are the shapes the Phase 4.0/4.0.5 deferred-label loops used to emit; they are now reworked to agent-level iteration (one single-statement, leading-token ensure-label.sh "<label>" / apply-labels.sh <n> "<labels>" call per label and per issue, reading each helper's stderr from the tool result rather than capturing it), as are Phase 3.1's provenance apply and Phase 4.1's docs-label apply. I1 is different and was NOT reworked away: every legitimate call still writes the portable CLAUDE_SKILL_DIR anchor in source (#275) and the agent resolves it to the vendored literal when it emits the command — that is the resolve-at-runtime discipline in Cloud helper-invocation form above, not a shape the fences stopped writing.What "a shell variable does not survive into a later separate command" does and does not mean. Each Bash call is a fresh shell, so a variable the fence itself computed — a captured PR number, the list of filed issue numbers, a normalized label list — is gone in the next command: it must be printed by the fence that computes it and substituted as a literal by you into the next one. That is the whole reason the four label call sites read their inputs from printed tool output. It does not mean a command may never contain a $NAME: a value you already hold — $ISSUE_NUMBER / $ARGUMENTS, the issue you were invoked on — is one you substitute when you emit the command, exactly like the <draft-pr-number> placeholders. So the phase files' workpad.py update $ISSUE_NUMBER … reflection commands are written the same way: replace $ISSUE_NUMBER with the digits before you emit them. The rule is about values that must cross a fence boundary, not about the character $.
Every label call site in the phase files carries a short co-located Cloud-emission discipline note anchoring back to this section: phase-3-review.md §3.1 (the DevFlow provenance apply) and phase-4-documentation.md §4.0, §4.0.5, and §4.1 (the deferred-label and docs-label applies).
Consumer prompt extension (load first). Before doing this skill's work, load any consumer-supplied prompt extension for this skill and honor it. From the repo root, run:
"${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/load-prompt-extension.sh implement
If the invocation fails because the helper path does not exist (No such file, exit 127, or the platform equivalent), that is the anchor-resolution failure described in the Portable helper anchor note above — fix the anchor, don't report a missing extension. If the command is refused by the permission matcher (a tool-level denial — the command did not run, which is distinct from running and printing nothing), retain the exact pending note load-prompt-extension.sh was refused by the matcher; the consumer prompt extension could not be loaded. Do not run workpad.py update here: this load happens before Phase 1.3 establishes ISSUE_NUMBER and creates a fresh local workpad. Immediately after Phase 1.3 has created or resumed the workpad, write that pending note with workpad.py update $ISSUE_NUMBER --note "…"; the refusal is not complete until that durable write succeeds or its failure is surfaced. A refused load is not the same as a repo that has no extension. Otherwise, if the helper exits non-zero, a consumer extension exists but could not be loaded — surface its stderr message and do not silently proceed as if none existed. If it exits 0 and prints text, treat that text as additional instructions appended to the end of this skill's own prompt for this run — it is upgrade-safe, consumer-owned customization committed under .devflow/prompt-extensions/. If it exits 0 and prints nothing, proceed unchanged.
Phase reference files (resolve once, read each phase at its entry). This orchestrator holds the cross-phase material (above and below) and, for each phase, a short stub plus a hard entry-gate. The detailed, authoritative procedure for each phase lives in its own reference file under phases/. Resolve the skill directory once now — the same anchor the prompt-extension load uses — and reuse the printed path textually (as <skill-dir> in the Read calls below) at every phase entry; this is prompt-level reuse of the tool output, never a shell variable (shell commands still resolve the anchor inline per the Portable helper anchor note above):
echo "${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"
Treat the printed path as <skill-dir>. On a runner where $CLAUDE_SKILL_DIR is unset or empty, replace the <absolute skill base directory this runner reports in context> placeholder with the skill base directory this runner reports (e.g. a Base directory for this skill: context line) before running the command — converting a Windows-form path (C:\…) to POSIX form first with one standalone wslpath -u '<path>' / cygpath -u '<path>' command (no such tool: lowercase the drive letter, map C:\ → /mnt/c on WSL or /c on MSYS2, backslashes → /). Fail closed: if it prints empty or prints the unsubstituted <absolute skill base directory this runner reports in context> placeholder — neither $CLAUDE_SKILL_DIR nor a runner-reported base directory is available — stop and report that the skill-directory anchor did not resolve, so the phase files cannot be located — do not run any phase from its stub alone (the stubs are deliberately non-actionable). At the start of every phase, before taking any action in it, Read <skill-dir>/phases/phase-N-<name>.md and follow it exactly; if that Read fails, halt that phase with an attributable breadcrumb rather than improvising from the stub. This read is required on every entry — including a resumed or re-entrant run that picks up at a later phase — never relying on a read from an earlier phase or session. (${CLAUDE_PLUGIN_ROOT} is not substituted inside SKILL.md bodies; the $CLAUDE_SKILL_DIR-preferred, runner-reported-fallback anchor above is the only one that resolves under both the local checkout and the vendored cloud path.)
Phase 1: Setup → Phase 2: Implement → Phase 3: Review → Phase 4: Documentation
Every phase is mandatory regardless of issue complexity or size. A one-line fix still needs review (Phase 3) and a proper PR description (Phase 4). Committing code is the HALFWAY point, not the finish line. The PR stays a draft until Phase 4.3 — that ordering keeps docs and description in place before downstream workflows see "ready".
Output the phase header at the start of each phase so progress is trackable.
Throughout the run you maintain exactly one marker-tagged comment on the GitHub issue — the workpad. It is the run's single GitHub comment and durable progress surface, the immediate "job started" acknowledgment, and the thing re-runs and follow-up runs resume from. In cloud runs the gate job creates a lean workpad before the heavy claude job boots (so the acknowledgment lands as early as possible); Phase 1.3 then detects and resumes it, filling in the Plan and Acceptance Criteria — it never posts a second comment. In a local-tier run (no gate job) Phase 1.3 creates the workpad itself as the first GitHub write. Either way it is the source of truth for the acceptance-criteria gate in Phase 3, and claude-code-action's own progress comment is disabled (track_progress: false in devflow-implement.yml), so the workpad is the only comment a run posts.
Status glyph (canonical, reaction-compatible). The Status line always begins with a glyph that workpad.py derives from the status word — you pass a bare status (--status Setup, --status Complete, --status Blocked) and the helper prepends it: 🚀 for any in-progress phase (Setup/Discovering/Reproducing/Planning/Implementing/Reviewing/Documenting), 🎉 for Complete, 👎 for Blocked. The same vocabulary drives the triggering-comment reaction (🚀 rocket on pickup → 🎉 hooray on Complete → 👎 -1 on Blocked), so the comment glyph and the reaction always match. (✅/❌ are not valid GitHub reactions, which is why 👎 is the Blocked glyph.) 💥 (Failed, issue #356) and 🛑 (Cancelled, issue #498) are workpad-only terminal glyphs the cloud stall backstop writes on a dead-run or a cancelled run; neither has a triggering-comment reaction equivalent, so the backstop emits no outcome reaction for them.
Outcome reaction on the triggering comment. The gate job already added 🚀 rocket on pickup. At every terminal Status transition you must add the matching reaction to the triggering comment so the outcome is visible without opening the workpad: 🎉 hooray when you set Status: Complete (Phase 4.3), and 👎 -1 at any Status: Blocked finalizer (the reaction is driven by the final workpad Status, not the job exit code — a run can exit 0 while Blocked). Reuse react-to-trigger.sh (same script the gate uses) rather than a bespoke gh api call. Its default workflow mode is best-effort and exits 0; this fence requests a failure signal with --report-failure, records that signal, and still continues so a reaction hiccup never blocks the run:
# REACTION=hooray for Complete, REACTION=-1 for Blocked.
# Resolve the triggering comment (best-effort): the newest issue comment that
# quotes /devflow:implement but is NOT the workpad (no marker). $GITHUB_EVENT_PATH
# also carries .comment.id when the event was a comment — prefer it when present.
# The listing addresses the repo by the {owner}/{repo} placeholders gh fills from
# the git remote: $GITHUB_REPOSITORY is EMPTY outside Actions, so interpolating it
# collapses the path to repos//issues/… and gh writes the 404 body to STDOUT, which
# 2>/dev/null does not silence — the capture below would then hold an error blob.
TRIGGER_COMMENT_ID=$("${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/run-jq.sh -r '.comment.id // empty' "$GITHUB_EVENT_PATH" 2>/dev/null || true)
if [ -z "$TRIGGER_COMMENT_ID" ]; then
TRIGGER_COMMENT_ID=$(gh api "repos/{owner}/{repo}/issues/$ISSUE_NUMBER/comments?per_page=100" \
--jq 'map(select((.body | contains("/devflow:implement")) and (.body | contains("devflow:workpad") | not))) | last | .id' 2>/dev/null || true)
fi
if [ -n "$TRIGGER_COMMENT_ID" ] && [ -z "${TRIGGER_COMMENT_ID//[0-9]/}" ]; then
# The second test is what makes a non-id capture inert: parameter expansion
# strips every digit, so a residue means the value is an HTTP error body (or any
# other non-id text) rather than a comment id. It rides inside the existing
# `[ … ]` test rather than adding a `case`, so the fence gains no new command
# head for the implement-profile head guard and no new shape for
# extract-command-shapes.py --profile implement to adjudicate.
# Leading-token form (the helper path is the command head; values as CLI args) —
# a leading VAR=value env prefix is a denied matcher shape (#401) that would
# silently refuse the granted helper. --report-failure keeps the workflow's
# default best-effort exit-0 behavior unchanged while giving this fence a
# non-zero signal it can record before continuing.
"${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/react-to-trigger.sh \
--repo "$GITHUB_REPOSITORY" --event issue_comment --comment "$TRIGGER_COMMENT_ID" --reaction "$REACTION" --report-failure \
|| "${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/workpad.py update $ISSUE_NUMBER \
--note "outcome reaction: react-to-trigger.sh exited non-zero (best-effort; the run continues)"
fi
If the triggering comment can't be resolved (a review-body trigger has no reactions API; the id lookup fails), skip the reaction silently — the workpad Status glyph remains the authoritative signal.
Run-marker removal (same terminal transitions). This block already binds every terminal Status transition, so it is also where the run's local-tier marker file is retired: at each such transition — 🎉 Complete and any 👎 Blocked finalizer alike — also remove the Phase 1.3 run-marker written for this issue, and the Phase 1.1 issue-body cache (.devflow/tmp/issue-body/issue-$ISSUE_NUMBER.md, issue #693). Both removals are best-effort like the reaction; a failure to remove either never blocks the run (the local Stop-hook guard self-heals a stale marker the next time it reads a terminal workpad, and a leftover cache file is inert — reads are hand-off-only, so no later run discovers it, and the next implement run on the same issue deletes it before writing).
rm -f "$(git rev-parse --show-toplevel 2>/dev/null || pwd)/.devflow/tmp/implement-active-$ISSUE_NUMBER" 2>/dev/null || true
rm -f "$(git rev-parse --show-toplevel 2>/dev/null || pwd)/.devflow/tmp/issue-body/issue-$ISSUE_NUMBER.md" 2>/dev/null || true
GitHub autolink hygiene (every GitHub surface you write — workpad comment, PR body, follow-up issue bodies, completion summary): never put a bare # immediately before a number unless it is a real issue or PR reference — GitHub renders #2 as a link to issue/PR 2, which misleads readers. For an ordinal, count, or list position, spell it out ("item 2", "step 3"), never #2. Genuine references like #123 stay as-is.
The workpad comment body MUST start with the marker line on its own line, followed by these sections (omit Reproduction when the recorded classification is non-bug):
The always-visible region (marker line, header, Status, links, ## Progress, ## Plan, ## Acceptance Criteria) stays uncollapsed so the comment is scannable at a glance. Append-only notes (--note) nest under their lifecycle phase inside ## Progress — there is no separate Decisions / Notes section. Only ## Devflow Reflection is wrapped in a <details> block so its accumulating bullets don't push the rest of the comment out of view. Keep ## Acceptance Criteria outside any <details> — the Phase 3.4 gate reads it.
<!-- devflow:workpad -->
# DevFlow Workpad — Issue #{number}
**Status:** 🚀 Setup
**Branch:** `{branch}`
**Run:** [View run]({run_url})
**PR:** _not yet created_
**Last updated:** {friendly UTC, auto-refreshed by `update`, e.g. 2026-05-05 17:42 UTC}
## Progress
- [ ] **Setup** — branch & workpad
- {HH:MM:SS} — {append-only note, nested under the phase it was logged in}
- [ ] **Implement**
- [ ] reproduction captured (bug issues only)
- [ ] code + sweeps
- [ ] **Review**
- [ ] `/simplify`
- [ ] `review-and-fix`
- [ ] acceptance-criteria gate
- [ ] **Documentation**
- [ ] **PR marked ready**
## Plan
- [ ] {step}
## Acceptance Criteria
- [ ] {criterion mirrored from issue body}
## Reproduction
{captured signal — failing test, error log, or repro command. Section only present when the recorded classification is bug-report.}
## Devflow Reflection
<details>
<summary>Devflow Reflection (click to expand)</summary>
### ⚠️ Action required
- ⛔ **Blocked:** {a Blocked status — see Phase 1/2.1.5/3.3/3.4}
- ⏭️ **Deferred:** {deferred ACs/findings — Phase 4.0 / 4.0.5}
- ❗ **Dropped/Failed:** {a dropped manifest entry, a subagent/commit/label failure}
### 💡 Improvements
- 💡 {an engine/process-improvement proposal — glyph-only, the heading names the kind}
### ℹ️ Notes
- 📝 **Issue accuracy:** {feedback that the driving issue's claims were wrong or underspecified}
- ℹ️ {informational — a subagent retried once, a phase under-committed but was corrected, an unverified-boundary caveat; glyph-only, the heading names the kind}
</details>
The ### sub-sections (and their bullets) are rendered by the helper from --reflection-kind, not authored by hand — new-body seeds an empty <details> block and each sub-heading appears only once its group has a bullet, in the canonical order ### ⚠️ Action required → ### 💡 Improvements → ### ℹ️ Notes. The block above shows the shape a populated reflection takes. Note the two glyph-only kinds (note, improvement): their heading already names the kind, so the redundant bold label is dropped (- ℹ️ …, - 💡 …); issue-accuracy keeps its **Issue accuracy:** label because it renders under ### ℹ️ Notes, which does not name it.
{run_url} is $GITHUB_SERVER_URL/$GITHUB_REPOSITORY/actions/runs/$GITHUB_RUN_ID (standard runner env vars; no workflow change needed). When those env vars are absent (a local-tier run outside Actions), use a plain _(local run)_ placeholder for the Run line. The reproduction captured (bug issues only) sub-item is bug-only. The deterministic skeleton producers pre-render it from the bug label — the local fresh-issue path passes --no-reproduction to new-body (1.3) when the 1.1 classification is non-bug, and the cloud gate job does its own label lookup (rendering the row on a lookup failure) — but the label is only a pre-render heuristic. Phase 1.3's --reconcile-reproduction (keyed on the recorded content classification, not the label) is the authoritative correction that reconciles the skeleton on every entry, so a bug report filed without the label still gets the row and a mislabelled feature request loses it.
Every workpad operation goes through the bundled workpad.py helper at "${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/workpad.py. The helper is stateless — each subcommand re-derives REPO_FULL and the marker on every invocation, so it works across Claude Code's per-call fresh-shell model without any env var or shell function needing to survive between Bash tool calls.
Subcommand reference:
| Command | Purpose |
|---|---|
workpad.py id ISSUE [--marker M] | Print the workpad comment ID, or empty stdout with exit 2 if none exists (exit 1 on a gh-api/parse error). |
workpad.py body COMMENT_ID | Print the full body of an existing workpad. |
workpad.py create ISSUE BODY_FILE | Create the workpad on a fresh issue from a body file and print the new comment ID. Use at most once per issue (the cloud gate job already does this; the local fresh-issue path does it in 1.3). |
workpad.py new-body ISSUE [--run-link V] [--branch V] [--marker M] | Print the lean initial workpad skeleton to stdout (Status/links/timestamp + empty ## Progress, placeholder Plan/AC). Pipe to a temp file, then create. |
workpad.py update ISSUE [mutations...] [--marker M] | Apply mutations and PATCH (structural failures are all-or-nothing; a volatile tick miss isolates — see the failure-isolation contract). This is the mutation entry point used at every phase boundary after creation. See the flags below. |
workpad.py now | Canonical UTC ISO-8601 timestamp. (update already refreshes Last updated automatically; use now only when you need a timestamp in some other string, e.g. a follow-up issue body.) |
workpad.py patch COMMENT_ID BODY_FILE | Low-level body-file PATCH. Prefer update; only use this for bulk-rewrite cases the update flags don't cover. |
workpad.py handoff-state FILE --issue N --run-id ID --run-attempt ATTEMPT | Validate the offline gate→claude handoff record (issue #537) and print one of created-current-run / adopted-existing / unknown. Always exits 0; every degraded shape (missing/unreadable/malformed/non-object/bad-version/wrong-type/identity-mismatch/unrecognized-origin) prints unknown with a targeted stderr breadcrumb. No network access — a pure file read. Used only by Phase 1.3 on the cloud tier to select truthful lifecycle wording. |
The marker-locating subcommands (id, new-body, update) also accept --marker M to target a non-default marker comment (precedence: --marker > DEVFLOW_WORKPAD_MARKER env > .devflow/config.json > the built-in default). /implement does not pass it — it uses the default workpad marker; the flag exists for /devflow:review, which drives its own devflow:review-progress comment with the same helper.
workpad.py update accepts (combinable, all optional):
| Flag | Effect |
|---|---|
--status STATUS | Replace the Status line. Pass a bare status word — the helper prepends the canonical glyph (🚀/🎉/👎/💥/🛑) and strips any glyph you pass, so re-applying is idempotent. You only ever pass Complete/Blocked or an in-progress word — Failed (💥) is written solely by the cloud stall backstop's dead-run flip, and Cancelled (🛑) solely by its cancelled-run flip (issue #498). |
--branch BRANCH | Replace the Branch line. |
--run-link VALUE | Set the Run front-matter line to VALUE (markdown ok). Inserted after Branch if the line is absent (legacy-workpad resume). |
--pr-link VALUE | Set the PR front-matter line to VALUE (markdown ok). Inserted after Branch if absent. Used in Phase 3.1 once the draft PR exists. |
--tick-progress TEXT | Tick one unticked ## Progress checkbox whose text contains TEXT (substring). Repeatable. A zero/multiple-match miss is a volatile failure (reported, the call exits non-zero, but its other mutations still apply — see the failure-isolation contract below), not an abort. Progress has no index form. |
--tick-plan TEXT | Tick one unticked Plan checkbox whose text contains TEXT (substring). Repeatable. A zero/multiple-match miss is volatile (see below). |
--tick-plan-n N | Tick the Nth Plan checkbox — 1-based, counting every [ ] and [x] row within the ## Plan section in document order (the index is section-scoped, not whole-document). Repeatable, and combinable with --tick-plan and every other flag in one call. An out-of-range or already-ticked N is a volatile failure (see below). |
--tick-ac TEXT | Tick one unticked Acceptance Criteria checkbox whose text contains TEXT (substring). Repeatable. A zero/multiple-match miss is volatile (see below). |
--tick-ac-n N | Tick the Nth Acceptance Criteria checkbox — 1-based, counting every [ ] and [x] row within the ## Acceptance Criteria section in document order (the index is section-scoped, not whole-document — don't count Progress/Plan rows). Repeatable, combinable with --tick-ac and every other flag. An out-of-range or already-ticked N is a volatile failure (see below). The Phase 3.4 gate ticks ACs by index with this flag, so it no longer hand-picks unique prose substrings. |
--rewrite-ac OLD NEW | Phase 2.2.6: find an AC by OLD substring, replace its full text with NEW, keep the box state. Repeatable — multiple --rewrite-ac pairs in one call apply in argument order (against the progressively-rewritten section); any pair matching zero or multiple rows is a structural abort (no PATCH), preserving all-or-nothing. A pair that appends the (post-merge) tag (NEW ends with it; neither OLD nor the row it targets already does — all compared after a trailing-whitespace strip) is a mid-run retag and requires a non-empty --note rationale (issue #338); without one the call aborts structurally before any PATCH, so every such --rewrite-ac retag is a recorded, auditable claim (a crafted multi-pair sequence that net-adds a (post-merge) row is caught by the same rule). A pair that targets a row already ending with the tag (a text tweak on an already-deferred criterion, whether or not OLD itself spans the tag), or that removes the tag, needs no note. Only --note satisfies the rationale — a --reflection does not. |
--note TEXT | Append a note bullet, prefixed with a time-only HH:MM:SS UTC timestamp and nested under the current Status's phase inside ## Progress (Setup/Discovering/…/Complete map to the matching top-level phase row; Blocked nests under the most recent completed phase). Repeatable — multiple notes in one call share the same timestamp and are appended in argument order. |
--reflection TEXT | Append a bullet to Devflow Reflection (no timestamp), grouped by kind (see --reflection-kind) into the ### ⚠️ Action required / ### 💡 Improvements / ### ℹ️ Notes sub-sections. Repeatable. |
--reflection-file PATH | Append a Devflow Reflection bullet whose text is read verbatim as UTF-8 from PATH (or from stdin when PATH is -), bypassing shell interpolation — the interpolation-safe path for reflection text containing backticks, $, or double quotes (see the file-based recipe below). The call's --reflection-kind applies; the file bullet appends after any --reflection bullets. An unreadable path, an undecodable (non-UTF-8) payload, or an empty/whitespace-only payload aborts the call before any PATCH (structural, no partial write). The -/stdin arm is a helper capability for human/manual use — the mandated agent recipe is always file-based. |
--reflection-kind {blocked|deferred|dropped-failed|improvement|issue-accuracy|note} | Kind for this call's --reflection / --reflection-file bullet(s). blocked/deferred/dropped-failed render labeled under ### ⚠️ Action required (the shared heading doesn't name them, so the label distinguishes them); improvement renders glyph-only (- 💡 …) under ### 💡 Improvements; issue-accuracy renders labeled (- 📝 **Issue accuracy:** …) and note (the default when omitted) renders glyph-only (- ℹ️ …) under ### ℹ️ Notes (note's heading names it, so the label is dropped; issue-accuracy's does not, so it keeps its label). A single kind applies to every bullet in the call — emit different kinds in separate update calls. |
--replace-plan-file FILE | Replace the Plan section content with FILE. |
--replace-acs-file FILE | Phase 2.2.5: replace Acceptance Criteria content with FILE. |
--set-reproduction-file FILE | Phase 2.1.5: set the Reproduction section to FILE; inserts the section after Acceptance Criteria if it doesn't yet exist. |
--checkpoint KEY TEXT | Write ONE timestamped ## Progress row carrying a hidden <!-- devflow:checkpoint KEY --> marker (issue #537 startup boundaries). Idempotent: a second call with the same KEY is a replay that adds no duplicate row; a checkpoint-only replay whose keys all already exist makes no Last updated refresh and no PATCH (a pure no-op, exit 0), while a replay combined with any other mutation applies that mutation once and does not duplicate the checkpoint. KEY must match [A-Za-z0-9._:-]+; the workpad must carry exactly one canonical ## Progress section. An invalid key, an absent/duplicate ## Progress, a marker duplicated or living outside ## Progress, or an empty body is a structural failure (zero PATCH). Cloud-only; keys are gha:<run_id>:<run_attempt>:<stage> with stage ∈ gate-adopted/claude-invoke/phase1-entered/phase1-hydrated. Repeatable. |
--expect-comment-id ID / --expect-status WORD | Hydration-race preconditions (issue #537, AC24): after re-resolving the marker comment and re-fetching its body, abort before any mutation/PATCH (exit 4) if the live comment ID or stripped Status word differs from the supplied value. Phase 1.3 passes the comment ID and Status word it observed in triage, so a concurrent terminal-backstop flip, status change, or delete/recreate cannot be overwritten by the stale reset. |
update always re-fetches the live body before mutating (this narrows but does not eliminate the clobber window for concurrent edits; acceptable because the orchestrator is the single writer in practice), always refreshes Last updated, and PATCHes once per call. Mutations are all-or-nothing for structural changes — a structural failure (a missing target section, a missing Status/Last updated line, an unreadable --*-file) aborts the whole call before any PATCH. The one exception is a volatile per-row tick miss (see the failure-isolation contract below), which is isolated rather than aborting: the call PATCHes its other mutations and exits non-zero naming the miss. The patched body is printed to stdout so callers can verify the change actually landed — but for a tick, the printed body alone is no longer a sufficient success signal: a volatile miss PATCHes the body (and prints it) while leaving its target row - [ ], so a caller must gate on the exit code as well (see the failure-isolation contract's "check the exit code" rule below).
Helper invariants baked into the script (orchestrator doesn't need to enforce them):
--note only appends, never rewrites; each bullet nests under its lifecycle phase inside ## Progress and carries a time-only HH:MM:SS prefix.--reflection is <details>-aware: because ## Devflow Reflection is wrapped in a <details> block, the new bullet is inserted inside the block (before </details>), never after — so the collapsible region stays intact and the marker-first / AC-parseable invariants hold. (--note writes plain bullets into the un-wrapped ## Progress section, so this doesn't apply to it.)--reflection-kind selects one of three ### sub-sections — the three actionable kinds (blocked/deferred/dropped-failed) under ### ⚠️ Action required, improvement under ### 💡 Improvements, and issue-accuracy/note under ### ℹ️ Notes — so a human scanning the run sees actionable items, improvement proposals, and informational notes separated regardless of how the orchestrator phrases the text. A kind whose heading already names it renders glyph-only (note → - ℹ️ …, improvement → - 💡 …); the others keep a bold label. Sub-headings are ### (level-3), never ## , so lib/fetch-pr-context.sh (which terminates the reflection parse at the first ## ) is not truncated; a sub-heading is emitted only when its group has at least one bullet, and a second bullet of an existing kind nests under the existing heading without duplicating it.Status glyph is owned by the helper — --status derives and prepends it, and a note's phase is resolved from the bare (glyph-stripped) Status word.--reflection only appends.--tick-* flags edit only the box character and preserve the rest of the line.--rewrite-ac preserves the original checkbox state (don't tick during a 2.2.6 rewrite — the gate ticks later via --tick-ac-n).The helper reads devflow.workpad_marker from .devflow/config.json, falling back to the built-in default <!-- devflow:workpad --> when the config file or key is absent (so it works with no config).
Reflection style contract (every --reflection / --reflection-file bullet). A reflection is the run's expensive-but-loud surface — a non-empty reflections[] trips the weekly retrospective's cheap gate and forces an LLM analysis — so every bullet must earn its place:
R7, META, CORRECTION), no invented ALL-CAPS taxonomies — the kind already classifies it.update call), never appended to the first; the helper collapses multi-line text to one line, so a run-on becomes unreadable.skills/implement/SKILL.md, "Phase 3.4"), not by invented shorthand.note; an engine/process-improvement proposal → improvement; feedback that the driving issue's claims were wrong or underspecified → issue-accuracy; a hard stop → blocked; punted work → deferred; failed-and-continued → dropped-failed. A clean confirmation — an assumption you checked that held, with no friction — is never a reflection: record it as a ## Progress --note, which is the cheap-but-quiet surface that does not trip the cheap gate.Interpolation-safe reflection text (the file-based recipe — mandated on every tier). Reflection text passed via the --reflection TEXT CLI argument traverses bash quoting, so text containing backticks, $, or double quotes is mangled by shell substitution before the helper ever sees it. When your reflection text contains any of those, do not pass it as --reflection: author the payload to a .devflow/tmp/ file with the Write tool, then pass it with a plain path argument alongside the kind — e.g. workpad.py update $ISSUE_NUMBER --reflection-kind improvement --reflection-file .devflow/tmp/refl-$ISSUE_NUMBER.md — and delete the payload file after the helper call succeeds (rm .devflow/tmp/refl-$ISSUE_NUMBER.md). Two rules make this safe:
install.sh-scaffolded adopters ignore .devflow/tmp/, but a plugin-only adopter has no ignore rule, and a leftover payload file would trip Phase 4.3's clean-tree backstop on every special-character reflection.--reflection-file. On a stop path the --status Blocked flip is its own update call, recorded first, and the file-based reflection follows in a separate call — falling back to an inline --reflection if the file call raises a structural error — so a bad payload file can never cost the run its durable terminal status.Deliberately not a heredoc or a >-redirect shape: the cloud matcher denies those composite shapes even when the head is granted (issue #401), and no probe row has proven them on the implement tier. The Write tool + a plain --reflection-file path argument + rm are all already-granted classes.
Failure-isolation contract (volatile vs. structural). The helper distinguishes two failure classes:
gh can't resolve the repo, the underlying API call fails, a target section (## Progress/## Plan/## Acceptance Criteria) is absent, the Last updated line is missing (or the Status line when --status is supplied — the Status check only fires for a --status mutation), a --rewrite-ac substring matches zero or multiple rows, a --rewrite-ac pair appends the (post-merge) tag (NEW ends with it; neither OLD nor the row it targets already does) without a non-empty --note rationale (issue #338), a --replace-*-file/--set-reproduction-file is unreadable, or a --reflection-file payload is unreadable, undecodable (non-UTF-8), or empty/whitespace-only. (A failure of the gh PATCH call itself is likewise no-PATCH; its stderr also echoes any volatile tick misses collected before it, so they aren't lost on the API-failure path.)--tick-*/--tick-*-n flag that doesn't resolve to exactly one tickable row inside a present section — a substring matching zero or multiple unticked rows, or an -n index that is out of range or lands on an already-ticked row — does not discard the call. Every other mutation (--status, --note, --reflection, and every tick that did resolve) is applied and PATCHed, and the call then exits non-zero with a stderr report naming each tick that did not land. So a single bad tick in a batch no longer silently loses the accompanying status/notes — the orchestrator sees exactly which tick(s) failed and the rest of the update still persists.Callers MUST check the exit code of any tick call — never advance on the stdout body alone. Because a volatile miss still PATCHes the body and prints it to stdout while leaving its target row - [ ], the printed body is not a sufficient success signal for a tick. Treat a non-zero exit from any update call that carried a --tick-*/--tick-*-n as "at least one tick did not land": read the stderr report naming each unresolved tick, then re-resolve the target (a section's checkbox positions can shift after a Phase 2.2.5 --replace-acs-file, which can add/remove/reorder rows — --rewrite-ac itself only rewrites a row's text in place and preserves order/count) and re-tick it, or — if it genuinely cannot be resolved — route to the relevant Blocked path (the Phase 3.4 gate's step 4, or the Phase 4.3 finalize's clean-tree/publish handling). The gate's pass condition is therefore evidence-based: the targeted row is - [x] and the tick call exited 0. This applies to every tick site — the Phase 3.4 AC gate, the Phase 4.3 --tick-progress "PR marked ready" finalize, and the per-phase --tick-progress boundaries alike.
On a non-zero tick exit, re-tick ONLY the unresolved row(s) — do not blindly re-send the whole call. The stderr breadcrumb states whether a PATCH was persisted, and the two cases need different recovery: a volatile miss already PATCHed the call's --status/--note/--reflection (the breadcrumb says "PATCHed, but … re-tick only these row(s), do not re-send the call"), so re-sending the whole call would double-write the append-only notes — re-issue just the failed --tick-*-n; a structural abort or a PATCH-call failure persisted nothing (the breadcrumb says "no PATCH was made" / "NO workpad change was persisted"), so the whole call is safe to re-send after fixing the cause.
--tick-plan/--tick-ac substring matching considers only unticked ([ ]) rows (so a duplicate tick in a batch surfaces as a volatile "no unticked checkbox matched" miss rather than silently no-op'ing); --tick-plan-n/--tick-ac-n address by 1-based position counting every [ ] and [x] row in document order.
Never create a second workpad on the same issue. Phase 1.2 creates exactly one; every subsequent mutation goes through update. If you lose $ISSUE_NUMBER mid-run (context compaction), recover from git log, git branch --show-current, and gh pr list --head $(git branch --show-current) — then resume with workpad.py update $ISSUE_NUMBER ....
When a workpad already exists at the start of a re-run, treat its ## Progress notes and Devflow Reflection as load-bearing context — read them via workpad.py body $(workpad.py id $ISSUE_NUMBER) before deciding what to do next. (A gate-pre-created workpad on a fresh issue carries only the run-started note, so there is nothing prior to reconcile.) If Status is Blocked, surface Devflow Reflection to the user and pause for confirmation before proceeding past Phase 1 — otherwise an automated re-run will blow through the gate that originally stopped the previous run.
Always verify a Status PATCH actually landed. update prints the new body on stdout — confirm the new Status: line is present before advancing to the next phase. (gh api -X PATCH can return success while the comment body is unchanged: transient API errors, oversized bodies, throttling.) If the response shows a stale Status, re-issue the update before continuing. Plan/Notes-only updates don't need this check.
Entry-gate (mandatory, on every entry): before any Phase 1 action, Read <skill-dir>/phases/phase-1-setup.md and follow it exactly; re-read it each time you (re-)enter this phase, never relying on an earlier read. If <skill-dir> is empty or an unsubstituted placeholder (neither $CLAUDE_SKILL_DIR nor a runner-reported base directory resolves) or the read fails, halt Phase 1 with an attributable breadcrumb — do not improvise this phase from the stub.
Orientation only (the phase file is authoritative): fetch the issue and parse its acceptance criteria; create-or-resume the single workpad comment and mirror the ACs into it; create or detect the feature branch and fill in the workpad Branch line; push the branch; then run the issue-claim audit.
Entry-gate (mandatory, on every entry): before any Phase 2 action, Read <skill-dir>/phases/phase-2-implement.md and follow it exactly; re-read it each time you (re-)enter this phase, never relying on an earlier read. If <skill-dir> is empty or an unsubstituted placeholder (neither $CLAUDE_SKILL_DIR nor a runner-reported base directory resolves) or the read fails, halt Phase 2 with an attributable breadcrumb — do not improvise this phase from the stub.
Orientation only (the phase file is authoritative): explore the codebase; reproduce first when the recorded classification is bug-report; assess complexity and write the plan (using the architect for complex work); implement against the plan while running the mandatory code sweeps; test; and commit.
Entry-gate (mandatory, on every entry): before any Phase 3 action, Read <skill-dir>/phases/phase-3-review.md and follow it exactly; re-read it each time you (re-)enter this phase, never relying on an earlier read. If <skill-dir> is empty or an unsubstituted placeholder (neither $CLAUDE_SKILL_DIR nor a runner-reported base directory resolves) or the read fails, halt Phase 3 with an attributable breadcrumb — do not improvise this phase from the stub.
Orientation only (the phase file is authoritative): open the draft PR; run the self-review and the review-and-fix loop; then enforce the acceptance-criteria gate before advancing.
Entry-gate (mandatory, on every entry): before any Phase 4 action, Read <skill-dir>/phases/phase-4-documentation.md and follow it exactly; re-read it each time you (re-)enter this phase, never relying on an earlier read. If <skill-dir> is empty or an unsubstituted placeholder (neither $CLAUDE_SKILL_DIR nor a runner-reported base directory resolves) or the read fails, halt Phase 4 with an attributable breadcrumb — do not improvise this phase from the stub.
Orientation only (the phase file is authoritative): file follow-up issues for any deferred work; update the documentation; generate the PR description; then finalize the PR (publish or leave a draft per config) and the workpad.
Mid-phase re-anchor (always-loaded trigger). After the Phase 4.1 devflow:docs subagent returns and its docs are committed, re-Read the phase file before continuing to §4.2 (resume from §4.2; do not re-dispatch the §4.1 docs subagent). The phase file carries this same instruction, but a long context-isolated subagent return can evict it along with the §4.2/§4.3 procedure — so the trigger is repeated here in the always-resident orchestrator, where the eviction cannot reach it. (This re-anchor is scoped to subagent returns, not the Phase 2/3 subagent returns, whose phases carry their own entry-gate reads — here the Phase 4.1 docs subagent is the trigger. A Skill-tool return is covered by the separate generalized mid-phase re-anchor in the cross-phase rules above.)
Before reporting completion, verify ALL phases executed:
## Progress checklist, and Acceptance Criteria mirrored; branch exists and the workpad Branch line filled; Setup tickedclassification: note, not the bug label); if the issue spans multiple PRs, the 2.2.5 scope-adjustment was applied and the Acceptance Criteria section holds only in-scope items; the 2.3.0 changed-contract, 2.3.4 boundary-assumption, and 2.3.4a self-authored-claim sweeps all ran over the diff — each cross-boundary claim verified or routed to (post-merge), and each behavioral claim the diff authored in docs/comments reconciled against the shipped code; code committed and pushed/simplify ran; /devflow:review-and-fix ran; acceptance-criteria gate passed (PR still draft)Documented label applied; PR description generated via /pr-description; working tree asserted clean (4.3 backstop, runs in both publish and draft cases) and any remainder committed; PR published via gh pr ready unless devflow_implement.implement_pr_state is draft (then left as the Phase 3.1 draft, with no extra PR-thread comment); every applicable ## Progress item ticked; workpad finalized with Status: Complete (🎉) — draft-aware --note wording — and the 🎉 outcome reaction emitted on the triggering commentVerify each Status PATCH actually landed at the time it was issued (see the Update protocol's "Always verify a PATCH that changes Status actually landed" rule). If a phase was skipped or a Status PATCH didn't land, go back and complete it now. In particular:
implement_pr_state is draft, deliberately leaves it a draft after still finalizing the workpad and reaction).Do not emit your run-final message while the workpad Status is an in-progress value. Before you conclude the run, read the workpad Status line and confirm it is a terminal value — Complete (🎉) or Blocked (👎). If it is still any in-progress value (Setup/Discovering/Reproducing/Planning/Implementing/Reviewing/Documenting, glyph 🚀), the run is not finished — return to the phase that owns the remaining work and drive the Status to a terminal value before ending. This guard binds every way the run can end, not only a deliberate wrap-up: if you are about to stop for any reason — including believing the work is already complete — and the workpad Status is still in-progress, treat that as the violation and resume, because the failure this catches is precisely a run that halts without recognizing it never finalized. The commonest way to trip it is stopping at "documentation done": Phase 4.1 commits its docs but the run then must still reach Phase 4.2 (/pr-description) and Phase 4.3 (finalize → Status: Complete 🎉 + outcome reaction). This self-check is a backstop: the primary prevention is the Phase 4.1 re-anchor (in the Phase 4 section above), which keeps the §4.2/§4.3 procedure resident so the run is less likely to stop unaware in the first place — the check catches the residual case where it stops anyway.
This self-check keys on the workpad Status, not on PR draft state — a run that deliberately finishes with a draft PR (implement_pr_state=draft) still reaches Status: Complete, so it is never a false positive; conversely a published PR whose workpad is still Documenting does trip it. (Same discipline as the "Always verify a Status PATCH actually landed" rule in the Workpad Reference: the Status line is the source of truth for whether the run finished, so read it before asserting completion.)
Make the self-check checkable, not merely stated: read the workpad Status line immediately before emitting any run-final message — not from memory of where you think the run got to, but from the live comment — and only conclude the run when that line reads a terminal value. This local/interactive prose guard is load-bearing because the tiers do not back each other up: on the cloud tier the devflow-implement.yml Stall backstop (issues #268/#287/#356) detects an interim Status post-run and re-dispatches (bounded auto-resume, honest-red on cap exhaustion) and, on a fail-loud exit, flips the workpad to the terminal Failed (💥) status — it never drives a run to Complete (only the run itself can finalize), whereas the local/interactive tier has no such backstop, so nothing but this self-check catches a run that stalls there.
git pull --rebase origin {branch} and retry once. If it fails again, stop and report the error. After any successful rebase here, re-run the Phase 2.3.0 changed-contract sweep against the newly-arrived sites — a clean textual rebase can still surface a fixture, call site, or assertion from the base branch that the change's contract now rejects.Devflow Reflection via --reflection-kind dropped-failed --reflection "…" (a subagent failure is actionable) and continue to the next step. Do not retry the same subagent more than once.docs: for documentation, feat: for implementation, fix: for review fixes and test fixes.git log, git branch --show-current, gh pr list --head {branch}, and the workpad — workpad.py body $("${CLAUDE_SKILL_DIR:-<absolute skill base directory this runner reports in context>}"/../../scripts/workpad.py id $ISSUE_NUMBER). The workpad is the source of truth for plan state and every later mutation goes through workpad.py update $ISSUE_NUMBER, so the only variable to recover is $ISSUE_NUMBER itself (and it's already in $ARGUMENTS).Devflow Reflection section (via --reflection/--reflection-file with the matching --reflection-kind, per the reflection style contract's routing rule — a hard stop as blocked, punted work as deferred, a failed-and-continued step as dropped-failed, an engine/process-improvement proposal as improvement, wrong/underspecified issue claims as issue-accuracy, an informational deviation you worked around as note) so a human can pick it up later. A clean confirmation — an assumption that held with no friction — is not a reflection: record it as a ## Progress --note so it doesn't trip the retrospective cheap gate. Track these as you go — by the time Phase 4.3 runs, they should already be in the workpad, and no separate end-of-run issue comment is needed.