Overnight Worktree Agent Waves

Overnight Worktree Agent Waves

When to Use

Use when launching, monitoring, salvaging, or verifying overnight/background Codex/Codex/Hermes lanes across isolated worktrees.

Class-Level Workflow

1. Partition queues by plan state and dependency risk before launch.
2. Use absolute worktree/log paths and warm required virtualenvs before unattended runs.
3. When the control checkout is dirty or worker contention is unclear, start with read-only Codex -p --permission-mode plan scout lanes using absolute prompt/output paths before creating write-enabled worktrees; see ai/durable-provider-throughput-dispatch reference references/dirty-workspace-plan-mode-scout-wave.md.
4. Treat no-op or stalled runs as recoverable: inspect logs, cwd, prompt files, and artifacts before relaunching.
5. Reconcile artifact placement drift back to canonical issue/review locations.
6. Verify claimed commits against the actual working tree before closing issues.
7. Convert unresolved blockers into explicit follow-up issues rather than leaving stale-open work.
8. When surfacing morning/overnight status, report both live GitHub label counts and artifact-audited readiness counts; do not equate status:plan-review with "ready for approval" unless current plan files and review artifacts show no blocking MAJOR/FAIL/UNAVAILABLE/provider-capacity defects.

Morning Status / Approval-Readiness Summary

Use this pattern when the user asks what happened overnight, how many issues are ready for plan approval, or how many issues were executed:

1. Gather live GitHub state first: query open status:plan-review, open status:plan-approved, and recent closed issues (e.g. last 24h). Preserve clickable issue URLs in the final table.
2. Cross-check local/remote artifacts: inspect prompt-pack results/, generated/, review artifacts, lane logs, tmux sessions, and remote ace-linux-2 result files before counting anything as complete.
3. Separate three counts:
   • labeled status:plan-review count,
   • artifact-audited approval candidates (plans + valid current review artifacts, no blocking verdicts),
   • executed/closed count (issues actually merged/closed or implementation-complete by verified commits/PRs).
4. Call out invalid review evidence explicitly: zero-byte review artifacts, provider capacity failures (e.g. Gemini 429/model capacity), auth failures, sandbox/tool-schema failures, or stale reviews mean "needs review rerun", not "ready".
5. State lane side effects honestly: if the overnight continuation was planning/review/GTM-only, report implementation/close count as zero for that lane even if broader repo issues closed during the same 24h window.
6. End with actionable blockers: list closest approval-prep candidates, issues needing substantive plan repair, and machine/provider constraints affecting the next wave.

Continuous autofeed / next-wave status checks

Use this when a user asks whether long-running batches are still being tracked, whether new runs are being spun up, or for a status update after an autofeed wave.

1. Report tracking before conclusions: list the active monitor/cron jobs, repeat counters, last status, next run time, and delivery target. A drained tmux list is not failure if a monitor is still cycling and result artifacts are appearing.
2. Check four surfaces, not one:
   • tmux sessions/processes for currently running lanes,
   • lane logs for launcher/runtime errors,
   • prompt-pack results/ and generated/ artifacts for completed or autofed work,
   • remote worker logs/results (e.g. ace-linux-2) and rsync state.
3. Treat runner errors as first-class status: if logs contain launcher failures such as Codex: command not found, LOGDIR: unbound variable, or -budget-usd: command not found, classify the original lane as failed/stale even when a monitor or follow-up artifact later produced useful output. Verify which component produced each artifact before crediting the lane.
4. Do not count self-feeding artifacts as approval evidence until verified: auto-generated review summaries, command packs, and follow-up prompts can advance the conveyor, but promotion readiness still requires current live issue state, valid non-stale review artifacts, and legal/provenance checks.
5. For remote non-interactive Codex lanes, ensure the runner exports user-local bins before invoking Codex:

   export PATH="$HOME/.npm-global/bin:$HOME/.local/bin:$PATH"
   

   Prefer an SSH heredoc for remote launches when inline quoting expands local variables too early (symptom: LOGDIR: unbound variable).
6. When auto-feed launches follow-ups, include bounded dedupe rules: no duplicate session/log/artifact names, no status:plan-approved, no outreach, no unapproved implementation, and at most the configured safe number of follow-ups per monitor pass.
7. Harden Codex -p runners with argv arrays when relaunching follow-up waves. If a log shows -budget-usd: command not found, treat it as likely shell line-wrap or stale-runner parsing drift around --max-budget-usd. Replace long single-line invocations with an array runner that uses an absolute/validated Codex binary, closes stdin, and smoke-checks the flag before launch:

   export PATH="$HOME/.npm-global/bin:$HOME/.local/bin:/usr/bin:/bin:$PATH"
   CLAUDE_BIN="${CLAUDE_BIN:-$HOME/.npm-global/bin/Codex}"
   "$CLAUDE_BIN" --version >/dev/null
   "$CLAUDE_BIN" --help | grep -q -- '--max-budget-usd'
   cmd=(
     "$CLAUDE_BIN" -p
     --permission-mode "$MODE"
     --no-session-persistence
     --output-format text
     --max-budget-usd "20"
     "$PROMPT"
   )
   "${cmd[@]}" </dev/null 2>&1 | tee -- "$LOG_FILE"
   

8. For scoped artifact commits in dirty control-plane repos, stage only the verified prompt/result/docs paths, then stash unrelated dirty telemetry/provider churn with git stash push --keep-index ... before running legal-sanity-scan.sh --diff-only. This prevents unrelated Codex session telemetry containing deny-list terms from falsely blocking a safe planning-artifact commit. Restore the stash only after commit/push verification.
9. For user-requested nightly batches that should begin immediately, create both the durable scheduled jobs and manual background Hermes sessions with prompt/log files, then report them separately. Scheduled every 24h cron jobs may not run until the next interval; immediate manual sessions prove work is running now. See references/cron-plus-immediate-hermes-batch-launch.md.
10. Validate skill IDs before recurring + immediate launch: if a lane uses hermes -s ..., verify each skill name against skills_list/skill_view or a known-good loaded skill before creating cron jobs or background sessions. If an immediate lane exits with Error: Unknown skill(s): ..., fix the scheduled cron job too (not just the manual rerun) using hermes cron/cronjob update, then relaunch the failed lane with the valid class-level skill name. Common drift example: use software-development/test-driven-development, not development/test-driven-development. See references/skill-id-validation-for-recurring-and-immediate-lanes.md.
11. For over-saturated provider autofeed monitors, do not jump from patching to cron resume. Keep the recurring job paused, run one controlled live tick, then classify provider health from durable output rather than process count. If Codex/Codex produce 0-byte logs/results and Gemini returns capacity/critical signatures, clean up the tick and switch to provider-health probes. Details live in ai/durable-provider-throughput-dispatch reference references/provider-autofeed-health-recovery.md.

Consolidated Session Learnings

The references/ directory contains archived narrow skills absorbed during the 2026-04-29 umbrella consolidation pass. Use the subsections below as the class-level index, then open the named reference when a case-specific recipe is needed.

Absorbed Narrow Skills (2026-04-29)

cron-plus-immediate-hermes-batch-launch

• Session reference: references/cron-plus-immediate-hermes-batch-launch.md.
• Preserved insight: When the user asks for nightly/continuous batches and immediate progress, create scheduled cron jobs plus manual background Hermes sessions, then verify/report both surfaces separately with prompt/log paths and process IDs.

background-Codex-worktree-absolute-path-launch

• Former skill demoted to references/background-Codex-worktree-absolute-path-launch.md.
• Preserved insight: Prevent overnight/background Codex worker launch failures in git worktrees by using absolute prompt/log paths and immediate post-launch polling.

Codex-quota-failover-to-codex-for-overnight-plan-lanes

• Former skill demoted to references/Codex-quota-failover-to-codex-for-overnight-plan-lanes.md.
• Preserved insight: Recover an overnight multi-worktree planning wave when some Codex lanes hit quota by relaunching only the failed lanes with Codex in the same isolated worktrees and prompt files.

closure-first-overnight-batch

• Former skill demoted to references/closure-first-overnight-batch.md.
• Preserved insight: Run a high-leverage overnight batch by clearing stale-open approved issues first, converting shared blockers into tracked issues, and reserving only one lane for true implementation.

large-parallel-planning-wave-environment-failure-handoff

• Former skill demoted to references/large-parallel-planning-wave-environment-failure-handoff.md.
• Preserved insight: Handle large pre-plan-review planning waves that succeed analytically but fail to persist artifacts due to quota exhaustion, sandbox write failures, or cancelled GitHub mutations.

live-state-aware-overnight-implementation-prompts

• Former skill demoted to references/live-state-aware-overnight-implementation-prompts.md.
• Preserved insight: Design overnight implementation prompts that begin with a live repo/CI precheck so workers continue from partial progress instead of replaying stale handoffs.

overnight-plan-artifact-placement-drift-reconciliation

• Former skill demoted to references/overnight-plan-artifact-placement-drift-reconciliation.md.
• Preserved insight: Reconcile overnight planning waves where Codex workers advance GitHub issue state but the expected plan/review artifacts are missing from the designated external worktree because the worker wrote from a sandbox/in-repo worktree and pushed directly to the branch.

overnight-plan-wave-artifact-drift-reconciliation

• Former skill demoted to references/overnight-plan-wave-artifact-drift-reconciliation.md.
• Preserved insight: Reconcile overnight planning waves when Codex workers move GitHub issues to status:plan-review but local artifacts are missing, split across sandbox worktrees, or only present on a pushed remote branch.

overnight-planning-noop-run-salvage

• Former skill demoted to references/overnight-planning-noop-run-salvage.md.
• Preserved insight: Recover when unattended overnight Codex planning runs exit 0 but produce no required artifacts; salvage the wave by auditing existing plan state, generating missing summary artifacts manually, and preserving morning monitoring surfaces.

overnight-pre-plan-review-wave-artifact-drift

• Former skill demoted to references/overnight-pre-plan-review-wave-artifact-drift.md.
• Preserved insight: Run overnight planning-only waves for issues before status:plan-review, and reconcile cases where GitHub state advances but plan/review artifacts land in a sandbox or remote branch instead of the active local worktree.

overnight-verify-close-and-blocker-conversion

• Former skill demoted to references/overnight-verify-close-and-blocker-conversion.md.
• Preserved insight: Use overnight Codex lanes to clear stale-open GitHub issues by verification-first closure, and convert blocked PR-repair attempts into dedicated blocker issues instead of speculative edits.

overnight-verify-close-batch

• Former skill demoted to references/overnight-verify-close-batch.md.
• Preserved insight: Build overnight parallel batches that close stale-open GitHub issues by proving landed work already satisfies the issue, instead of wasting implementation lanes on redoing completed work.

overnight-wave-pack-worktree-isolation

• Former skill demoted to references/overnight-wave-pack-worktree-isolation.md.
• Preserved insight: Safely launch overnight multi-terminal workspace-hub planning packs from isolated worktrees when the main checkout is dirty or prompts share planning/index files.

overnight-worktree-Codex-noop-recovery

• Former skill demoted to references/overnight-worktree-Codex-noop-recovery.md.
• Preserved insight: Recover overnight Codex worktree batches that appear to succeed but produce no artifacts; harden rerun prompts and launch commands.

overnight-worktree-uv-warmup-and-log-path-guardrails

• Former skill demoted to references/overnight-worktree-uv-warmup-and-log-path-guardrails.md.
• Preserved insight: Prevent false stalls and missing-log failures in overnight Codex worktree batches by pre-warming uv environments, using exact log-path directory creation, and interpreting buffered logs correctly.

overnight-worktree-verification-fallback

• Former skill demoted to references/overnight-worktree-verification-fallback.md.
• Preserved insight: Verify overnight multi-worktree Codex batches when auto-sync, duplicate-lane convergence, and sandbox-blocked review create misleading local state or review provenance.

workspace-hub-overnight-plan-monitor

• Former skill demoted to references/workspace-hub-overnight-plan-monitor.md.
• Preserved insight: Monitor and reconcile workspace-hub overnight planning or implementation batches, including process status, result artifacts, issue/commit verification, and controlled failed-lane recovery.

plan-gated-overnight-queue-partition

• Former skill demoted to references/plan-gated-overnight-queue-partition.md.
• Preserved insight: Partition a plan-gated GitHub queue before launching overnight work so ineligible pre-approval issues are routed to planning/review lanes and only approved issues are used for merge-capable execution.

verify-Codex-run-commit-vs-working-tree-before-closing

• Former skill demoted to references/verify-Codex-run-commit-vs-working-tree-before-closing.md.
• Preserved insight: After a Codex implementation run, verify the claimed file set against the actual commit and working tree before treating the issue as fully complete.