Skills need a frontmatter opt-out from post-compaction replay (stale $ARGUMENTS re-executed; real-world unintended git push)

If anyone has anything to add onto this, I'd appreciate your view!

Another real incident

Reminded me to check this issue's state. Not auto closed, terrific.

This time it lead to a Fable agent forking itself and then not being able to find some commits it is tasked to amend/squash. Starts derailing and tries to figure out where those refs are from. I killed that fork because I was paying attention. Likely worst outcome is just more wasted tokens. But the skill replay is again interpreted as a call-to-action by Fable.

Undesired behaviour that this skill replay 'feature' invokes can cause damage that is only limited by the user's diligence to set up custom guard rails and having history control and backups and protecting those from undefined uncalled for agent adventures. IMO, This design failure is of critical priority and has the potential to cause real damage.

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<details>
<summary>Authored ~7.3 hours prior to 10:32 +2GMT, commit 6a2b924c was superseded via git commit --amend by commit a0f37ed8 and is no longer on main.</summary>

❯ mark@mark-pc:~/Scripts$ rg -la 6a2b924c --hidden
  .git/logs/HEAD
  .git/logs/refs/heads/main
  mark@mark-pc:~/Scripts$

  please find whwere that commit is, when it was made, and why its not on main (we dont move it, just want to know)

  Found it. Full picture:

  **Commit `6a2b924c`** — `perf(claude): deny-stale-amend test: skip the global pre-commit chain in throwaway repos`, authored by NubeBuster (Claude Fable 5), Tue Aug 18 2026 03:12:12 +0200. It briefly sat on `main` (reflog `main@{29}`).

  **Why it's not on main now:** it was superseded via `git commit --amend` (same parent `108d1265`, same timestamp) a few seconds later, by the current `main` commit `a0f37ed8` — `perf(claude): repo-building tests: skip the global pre-commit chain in throwaway repos`. The amend broadened the change: `6a2b924c` only touched the `deny-stale-amend` test fixture, while `a0f37ed8` also covers `worktree_agent_commit.py.test` and `force-confirm-commit-chains.py.test`, and the message/scope was reworded to reflect that wider scope.

  The very next reflog entry (`HEAD@{29}`'s child) shows the same pattern one commit later: `35dee007` (`fix(claude): agent-view override test...`) was likewise amended into what's now `f4077922` on main, with the same two extra test files added.

  So `6a2b924c` is just a stale pre-amend snapshot, sitting only in the reflog (unreferenced by any branch), dropped in favor of the broader amended commit `a0f37ed8` that's on `main` today.

</details>

<details>
<summary>Transcript sequence: /compact & skill restoration → /orchestrate invoked → spawned stale git-fold fork & Opus delegates (#6, #7) → fold fork completed as moot - wasted → lead agent explained stale replay to user.</summary>

❯ /compact but importantly do not omit anything that states my requirements of the designs and impoenemtnations
  ⎿  Compacted PreCompact [$HOME/Scripts/agentsettings/claude/hooks/general-debugger.py] completed successfully
     PostCompact [$HOME/Scripts/agentsettings/claude/hooks/general-debugger.py] completed successfully
     PostCompact [$HOME/Scripts/agentsettings/claude/hooks/notify-lead-teammate-lifecycle.py] completed successfully
  ⎿  Read ../../../tmp/scripts/ask-forward-probe/hook_ask_fired.log (8 lines)
  ⎿  Read agentsettings/claude/rules/claude-settings.md (29 lines)
  ⎿  Read agentsettings/claude/settings/claude-settings.json (179 lines)
  ⎿  Read agentsettings/claude/hooks/permissions/managers/force-confirm-reword-revert.py (67 lines)
  ⎿  Referenced file agentsettings/claude/hooks/permissions/managers/CLAUDE.md
  ⎿  Skills restored (precomp, task, auq, orchestrate, clip, git-history)

❯ /orchestrate opus and sonnet alloqwed. pick by task complexity

∴ The user wants to fold two new uncommitted test files into an existing commit (6a2b924c, which is HEAD~2 on main). I'm working through the git command needed here — since these are uncommitted files, I need
  to stage them first, then use a command to move that staged work into the older commit while preserving modification times.

  I'm also considering whether to handle this inline or fork the work. The git-history skill is a direct user directive, and the operation involves reading the topic page and running git-reword with the move
  option. Since this is a quick state operation with modest output, I could do it inline, but orchestrator mode suggests forking for integration-like work where I need to review and merge results. A fork would
  inherit the skill context and keep things cleaner. The git-history request is the immediate priority, so I'll spawn a fork to handle the reword operation while I work through the orchestration setup. For
  tasks #6 and #7, I need to figure out whether teammates can safely ask the user questions through their panes, or if those requests should route back through the lead interface instead — since #6
  specifically requires consulting the user at decision points.

  On sequencing: the reword fold modifies git history on main, so I should complete that before delegates start committing changes. I can spawn the fork now and then launch the task delegates once it finishes,
  though technically I could run them in parallel since I can handle up to 3 concurrent delegates.

  The main risk is teammates committing while the reword runs, which could cause conflicts or refusals. The uncommitted test files shouldn't block the reword operation itself, and the long-standing dirty files
  in the repo shouldn't interfere either. So I'll spawn the fork for the fold immediately, then start the teammate on task #7 once that completes—though I need to check the constraints around reading the
  claude binary code first. I need to figure out which test files are uncommitted, then brief the fork on running the reword operation with the right syntax and safety checks. After that, I'm assigning
  teammates to tasks #6 and #7 with their descriptions already available, so I just need to pick owners and give them the task IDs. Then I'm deciding which model to use for something.

  For the tasks, both #6 and #7 should go to Opus — #6 is a complex implementation and #7 involves binary investigation, which the user specifically asked to dedicate to an Opus model. I'll check the TaskList
  first to grab the actual task IDs, then spawn the assignments.

  ● TaskList

∴ I need to set up a fork for the git history consolidation, then coordinate the team assignments based on task complexity—I'll spawn the fork first to rewrite history safely, then bring teammates in once
  that's complete so they don't interfere with the rebase.

  For task distribution: #6 (complex implementation) goes to opus, and #7 (investigation into binary-level approval recording) also goes to opus since the user specifically flagged it as needing that
  capability. They can run concurrently since #7 is mostly read-only investigation while #6 handles the actual gate implementation, even though they overlap in the permission forwarding domain.

  I need to brief the teammates with their TaskGet assignments and make clear that #6 requires interactive user consultation at decision points—but there's a complication with the tmux-backed teammate since
  their AskUserQuestion prompts might not be visible to the user if they're not actively watching that pane.

  The real issue is the commit flow: if #6's teammate commits directly, it hits the very dialog-gate we're reworking, and on Termux with the 120-second timeout, that fails closed. So I'll instruct them to hand
  back uncommitted work and let me (as lead) handle the commits via Bash, which bypasses the problematic dialog entirely.

● Two things in flight now: the fold of the two test files into 6a2b924c (fork work — it rewrites history under the mtime constraint), and orchestration of tasks #6/#7 at Opus tier.

● fork(Fold test files into 6a2b924c)
  ⎿  Backgrounded agent (↓ to manage · ctrl+o to expand)

∴ I need to spawn two Opus teammates for tasks #6 and #7, keeping the standing constraints in their briefs. The challenge is that #6 involves a large multi-step rework, and leaving everything uncommitted
  across multiple days creates a messy state. The real issue is that teammate commits currently fail against a broken gate that denies access for 120 seconds when the user isn't at their desktop — the gate
  checks commit chains and triggers a Qt dialog that only works on desktop, but I'm uncertain whether the user is currently on Termux or elsewhere.

  Since the user was answering prompts earlier today and the gate abstains when the forwarding works, I should instruct #6 to checkpoint progress via SendMessage and let me decide when to commit, warning them
  that if their commit gets denied with "no decision obtained", they should report back uncommitted rather than retry. This is especially critical because #6 will be editing the gate hook itself, which is live
  production the moment it's saved (it's symlinked), so concurrent commits could be affected while the hook is being reworked. I'll have them run the hook tests per the standard procedure and pivot any
  consultations to SendMessage so I can query the user directly. #6 also needs to clean up temporary artifacts in the user's claude-settings.json, which should already be covered in the task description. I'll
  keep both briefs focused and point them to TaskGet #6/#7 for the authoritative spec plus these operational constraints.

● Agent(Implement gate rework (task #6)) Opus 5

● Agent(Approval-message delivery (task #7)) Opus 5

∴ The task owners need to claim their assignments since the teammates were notified, so I'll update that and report back to the user.

● Three delegates are running:

  1. Fold fork — folding the two new uncommitted test files into 6a2b924c (HEAD~2) via git reword --move staged, mtime-safe, with --check preflight. Reports the new SHA mapping when done.
  2. gate-rework (Opus teammate) — task #6, the teammate-dialog-gate rework: S1 commitask human-only dual channel (Qt dialog + tmux prompt racing on a decision file), S2 forward + dialog, plus the [auto-allow]
  suppression fix, docstring corrections, and temp-artifact cleanup. It reads the gate, chain, and the verified fact base first, then sends me a numbered plan before writing code. Design pivots come to you
  via me, not via its own pane.
  3. approve-msg (Opus teammate) — task #7, tracing where (if anywhere) your typed approval messages on forwarded teammate prompts are recorded, binary-level reading authorized. It builds a relay only if a
  clear hook point exists; otherwise it reports back for a design discussion.


  Both teammates hand work back uncommitted — their own commits would hit the very gate being reworked — so I handle commit timing. I'll relay gate-rework's plan and any pivot questions as they arrive.

● Agent "Fold test files into 6a2b924c" finished · 1m 24s

∴ The git-history skill arguments don't match the actual repository state — there are no uncommitted test files, and commit 6a2b924c isn't HEAD~2. The skill was invoked with instructions to fold new
  uncommitted changes into that commit, but this appears to be stale replay data from the post-compaction workflow.

● The fold is moot — and my fault for attempting it: the git-history invocation was a pre-compaction replay, and the fork's ground-truth check confirms it. There are no uncommitted test files, 6a2b924c is not
  HEAD~2 (HEAD~2 is 6bbd1310), and 6a2b924c — the deny-stale-amend test perf commit — already sits in history, meaning the fold was completed before the compaction. The fork aborted before staging or rewriting
  anything; the worktree is untouched.

  No action needed. gate-rework (task #6) and approve-msg (task #7) are still working; I'll relay their first reports when they land.

❯ whgiuch folds

∴ The user is asking which folds I'm referring to — specifically the /git-history skill invocation that folded two test files into commit 6a2b924c after compaction. Those files were the queue_state tests and
  the run-hook-tests pytest changes from the pre-compaction commits, which got replayed together into that target commit.

● The fold I mentioned was the /git-history request that replayed after the compaction: "fold two new uncommitted test files into commit 6a2b924c (HEAD~2)". That was a stale copy of a request from before the
  compaction, not something new from you — I mistakenly spawned a fork to execute it. The fork found the repo doesn't match the request anymore: no uncommitted test files exist, and 6a2b924c ("perf(claude):
  deny-stale-amend test: skip the global pre-commit chain in throwaway repos") is already in history rather than sitting at HEAD~2 — so that fold evidently already landed before we compacted. Nothing was
  changed; there is no pending fold work.

</details>

not stale