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This command is invoked by the deferred-wrap daemon (`hooks/wrap-daemon.js`), not directly by users. The daemon resumes a cleanly-ended session headlessly (`claude --resume <id> -p "/ds-wrap-deferred"
Installer avec Codex ou Claude Copiez ce prompt, collez-le dans Codex, Claude ou un autre assistant, puis laissez-le vérifier la page du skill et l'installer pour vous.
Basé sur la classification professionnelle SOC
Apply when the user mentions any software development work: implementing features, fixing bugs, reviewing or refactoring code, debugging, testing, deploying, working with agents or subagents, making architecture decisions, setting up projects, managing dependencies, writing scripts, or any task that involves reading, writing, or reasoning about code and systems.
Agentic Engineering Protocol for Hermes - structured delegation model, risk classification, adversarial review loops, code quality gates, git workflow conventions, and named agent definitions. Load this skill when doing AI-assisted software development with Hermes Agent.
Apply when the user mentions any software development work: implementing features, fixing bugs, reviewing or refactoring code, debugging, testing, deploying, working with agents or subagents, making architecture decisions, setting up projects, managing dependencies, writing scripts, or any task that involves reading, writing, or reasoning about code and systems.
Pre-implementation technical design agent. Spawn when you need a structured technical plan before writing code. Reads the codebase, identifies patterns and constraints, evaluates approaches, and produces a concrete plan a Worker can execute directly. Never writes or modifies files.
General-purpose implementation agent. Spawn for any code change: new features, bug fixes, refactors, configuration changes, or script writing. Reads the codebase to understand conventions, implements the change, runs quality gates, and returns a clear summary of what was done. This is the standard Worker for all Elevated-risk implementation tasks.
Cheap per-turn stop-condition check for open-goal loops. Spawned by the conductor ONLY after an Elevated iteration produces a clean Skeptic sign-off, to evaluate the operator-declared goal_condition and return continue-vs-stop only - never for a Low/Trivial iteration (no Skeptic sign-off exists to run after; the conductor evaluates goal_condition directly there instead). Tier 1 (haiku) leaf agent - read-only, no subagent spawning, never runs in place of, before, or concurrently with a Skeptic review. Does NOT review correctness or safety and does NOT raise, waive, or comment on Skeptic findings. Returns BLOCKED only as a structural guard when spawned without a confirmed Skeptic sign-off; the conductor handles this BLOCKED as a fallback to direct evaluation, NOT as the generic Worker-BLOCKED-means-cap_reached-escalation semantics in content/references/subagent-protocol.md - a BLOCKED return here never halts the loop. On any other failure (unavailable, errored, timeout, malformed output) the conductor falls bac
| name | ds-wrap-deferred |
| description | This command is invoked by the deferred-wrap daemon (`hooks/wrap-daemon.js`), not directly by users. The daemon resumes a cleanly-ended session headlessly (`claude --resume <id> -p "/ds-wrap-deferred" |
| user-invocable | true |
Run the Activation preflight from
METHODOLOGY.mdbefore proceeding. If inactive, no-op and exit.
Operators/maintainers: see
hooks/wrap-deferred.README.mdfor enabling and configuring the daemon, the runtime state it owns, how to stop/reset it, the security model, and the rollback procedure.
This command is invoked by the deferred-wrap daemon (hooks/wrap-daemon.js), not directly by users. The daemon resumes a cleanly-ended session headlessly (claude --resume <id> -p "/ds-wrap-deferred" with AGENTIC_WRAP_DAEMON=1) and runs this command in the MAIN project directory. It is the non-interactive counterpart of /ds-wrap: where /ds-wrap is an interactive, multi-pass, Skeptic-reviewed pipeline that a human drives, /ds-wrap-deferred is a single headless model pass that writes good-faith enrichment of the same three targets with NO prompts and NO subagents, then exits.
The interactive /ds-wrap provably hangs headlessly on its first human-decision point (a stale-lock prompt). /ds-wrap-deferred exists so the daemon can finalize forgotten wraps unattended. Manual /ds-wrap --sync remains the full-fidelity path; users never invoke /ds-wrap-deferred themselves.
/ds-wrap-deferred MUST satisfy all of these on every path:
/ds-wrap: the draft Worker, the Skeptic (both the Steps 2-3 draft review and the Step 4 hand-authored on-disk Skeptic), Part E compression, /ds-cleanup-worktrees, the gh pr open-PR enumeration and its Open-PR deferral passes, the scaffold-migration pre-flight, the no-active-Workers pre-flight, and the drift-requires-input prompt. The conductor of the resumed session performs the survey and the writes inline itself.done is NOT transitioned here. The daemon owns the per-session marker lifecycle: it claimed the marker to in_progress before spawning this command, and it transitions the marker to a retained done tombstone (stamped wrapped_at; reaped by the janitor after ttl) ONLY after this headless process exits 0. /ds-wrap-deferred does NOT touch .agentic/wrap/pending-<session_id>.json at all. If /ds-wrap-deferred cannot write a target, it still exits cleanly (the daemon counts the attempt); it never marks itself done or gave_up.claude --resume. This is the primary source for Recent Focus, next steps, files touched, stable facts, AND any git-state detail (uncommitted changes, recent commits, branch, stashes) the ended session described in its conversation..agentic/context.md, .agentic/memory.md, root and track AGENTS.md files (merge targets); and .agentic/learnings.md (read-only - so a proposed memory entry is not re-derived from a fact already captured as a structured learning).No git execution under the daemon (deliberate security boundary). /ds-wrap-deferred has NO Bash/git access: the daemon spawns it with --disallowedTools "Bash", which REMOVES the Bash tool from the headless model's context entirely. This is intentional, not an oversight. The headless child runs under --permission-mode bypassPermissions, and under that mode --allowedTools does NOT constrain the tool set - it only suppresses approval prompts for the tools it lists, while any unlisted tool (including Bash) stays in context and is auto-approved by the bypass. So the file-tools allowlist (Read,Edit,Write,Glob,Grep) is NOT the boundary; the actual boundary is --disallowedTools "Bash", which deletes Bash from context before the bypass-mode step runs. This matters because a malicious cloned repo's own repo-local .git/config executes attacker code on ordinary read-only verbs (core.fsmonitor on git status, diff.external on git diff, core.pager/alias.*/ext::) - running git in that context is an RCE vector. With Bash removed from context the deferred path can NEVER shell git. (Supplementary GIT_CONFIG_GLOBAL/GIT_CONFIG_SYSTEM/GIT_CONFIG_NOSYSTEM env hardening neutralizes the global/system config tiers as defense-in-depth.) Note that the deferred Write/Edit surface (.agentic/, .git/hooks/, core.hooksPath under bypassPermissions) is broad and trusted-child-only, not reviewed for adversarial input; RCE-via-read-only-git-verb is closed by --disallowedTools "Bash" but not every write-path risk is addressed by that boundary alone.
Consequently the context.md git-state section (uncommitted changes, recent commits, branch, stashes) is derived from the resumed conversation transcript when the ended session described that state, and is OMITTED otherwise. Do not attempt to run git status, git log, git stash list, git diff, git rev-parse, or git branch - the tool is not granted and the attempt fails. The interactive /ds-wrap - run by a human under normal (non-bypassed) permissions - still reads git normally; that path is unaffected.
The daemon enriches in the main project dir (no worktree, no copy-back, no merge), so the schema carries no branch/head_sha.
Step 1 - Survey (inline, no subagent). From the resumed transcript and the live FILE reads above (no git - see the Inputs note), compile: the main task and its state; files touched this session (full paths); errors/gotchas/near-misses; concrete remaining next steps; tools used; stable project facts worth preserving (distinguish stable facts -> memory.md from temporary state -> context.md); the uncommitted/stashed safety-net lists ONLY when the resumed transcript described them (no git status/git stash list is run under the daemon - omit if the conversation did not surface them); the touched tracks that are candidates for AGENTS.md updates. Read .agentic/learnings.md so already-captured facts are not duplicated into memory.md. This is the same survey /ds-wrap Step 0 performs, minus the gh pr open-PR enumeration (omitted - no deferral pass here) and minus all git reads (the deferred path has no Bash/git - the interactive /ds-wrap keeps them).
Step 2 - Write .agentic/context.md (Part A; the lock-guarded write - daemon holds wrap/lock for this step).
This step runs inside a wrap/lock window the daemon holds (see item (4) below). Run the shared algorithm cited in content/references/wrap-context-format.md: (1) the 3-step rename-first spillover drain; (2) the rolling-session-label merge write (file-absent / non-/ds-wrap / merge branches, duplicate-claim dedup, 1-to-10 label rolling window, per-section merge rules) - the merged write begins with the pinned header prefix # Session Context\n*Written by /ds-wrap; (3) write .agentic/wrap/last-wrap = this session_id; (4) the lock is acquired and released by the daemon, not this child - the daemon calls acquireWrapLock before spawning and releaseWrapLock after the child exits (success or failure); the child never touches the lock. (clearProvablyStaleWrapLock is the daemon's crash-backstop only: it clears the lock if the daemon itself died after acquiring but before releasing; under normal operation it is not the release path.)
Step 3 - Write .agentic/memory.md (Part B; no lock, no Open-PR deferral).
Skip if there are no stable facts to record. Otherwise apply the shared Part B append-dedup from /ds-wrap: read the existing .agentic/memory.md; for each proposed stable-fact entry, skip it if the same fact is already captured in .agentic/memory.md OR as a structured learning in .agentic/learnings.md (semantic dedup, not string match); supersede an existing entry in place when the new entry corrects or updates the same topic; otherwise append. Entry format - **YYYY-MM-DD:** [what was decided and why] using today's date. There is NO Open-PR deferral pass and NO .agentic/memory-pending.md routing - write directly to .agentic/memory.md.
Step 4 - Write AGENTS.md updates (Part C; no lock, no Open-PR deferral).
Skip if there are no AGENTS.md additions. Otherwise apply the shared Part C from /ds-wrap: for each touched track's AGENTS.md, append only genuinely-new, session-derived bullets (semantic dedup against existing content); create a minimal stub for a touched directory that has no AGENTS.md and apply the additions into it; apply any Update: corrections in place. Root AGENTS.md focuses on ## Decisions and ## Conventions; subdir AGENTS.md on ## Stack / ## Key Conventions / track-relevant categories. There is NO Open-PR deferral pass and NO .agentic/agents-md-pending.md routing - write directly to the AGENTS.md files. Do NOT run the pre-AGENTS.md three-way split (that requires user confirmation /ds-wrap cannot provide headlessly either) - if a pre-AGENTS.md layout is detected, record it as a context.md "Watch Out For" bullet instead.
Drift is never a prompt. Any scaffolding drift, ambiguity, or condition that the interactive /ds-wrap would surface to the user becomes a single ## Watch Out For bullet in the .agentic/context.md output (e.g. "Pre-AGENTS.md layout detected; run /ds-init-project to migrate", "Linear workspace slug not set", "both .claude/findings.md and .agentic/findings.md exist - resolve manually"). /ds-wrap-deferred writes the bullet and moves on; it does not pause, migrate destructively, or ask.
Exit. After the writes (or after a clean early exit because the lock could not be acquired, or because the survey found nothing substantive to write), exit. Exit 0 on a successful pass. Do NOT transition the marker - the daemon transitions it to done after observing exit 0.
/ds-wrap (explicit)/ds-wrap step | /ds-wrap-deferred |
|---|---|
| no-active-Workers pre-flight | omitted (daemon already serialized) |
scaffold-migration pre-flight (CLAUDE.md->AGENTS.md, legacy .claude/* moves) | omitted; detected drift -> context.md "Watch Out For" bullet |
| lock wait-loop + stale-lock prompt | omitted; daemon owns the lock (acquires before spawn, releases after child exits); on contention the daemon skips the drain tick (idle self-exit) - the child never handles lock contention |
| draft Worker (Step 1) | omitted; conductor surveys inline |
| Skeptic (Steps 2-3 draft review) | omitted |
| Step 4 hand-authored on-disk Skeptic | omitted |
| Part A context.md merge | KEPT (cites wrap-context-format.md) |
| Part B Open-PR deferral / memory-pending.md | omitted; direct append-dedup to memory.md |
| Part C Open-PR deferral / agents-md-pending.md | omitted; direct write to AGENTS.md |
| Part D skill-candidate wrap-time signal | omitted; --disallowedTools "Bash" removes the Bash tool from the daemon child's context, so no node shell-out is possible. Daemon-completed sessions do not contribute the wrap-time skill-candidate signal. |
| Part E compression | omitted |
gh pr open-PR enumeration | omitted |
Step 5 /ds-cleanup-worktrees | omitted |
| Step 6 terminal marker transition | omitted; daemon owns done |
| Part F tracker status reconciliation | omitted; daemon has no Bash and spawns nothing |
| drift-requires-input prompt | omitted; drift -> context.md "Watch Out For" bullet |