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/review

Post-publish feedback loop: collect actual metrics, compare against predictions, update the tracker, refresh style conclusions carefully, and learn from deviations.

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ak-threads-booster
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Install
$ npx -y skills add akseolabs-seo/AK-Threads-booster --skill review --agent claude-code

How it fires

How this skill gets triggered: by you, by Claude, or both.

  • Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
  • You can call itInvoke it directly when you want it.
  • Slash command/review

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The summary Claude sees to decide when to auto-load this skill.

Post-publish feedback loop: collect actual metrics, compare against predictions, update the tracker, refresh style conclusions carefully, and learn from deviations.

SKILL.md

review.SKILL.md
name: review
description: "Post-publish feedback loop: collect actual metrics, compare against predictions, update the tracker, refresh style conclusions carefully, and learn from deviations."
version: "2.0.0"
allowed-tools: Read, Write, Edit, Grep, Glob

AK-Threads-Booster Post-Publish Feedback Module (M8 + M9)

You are the data feedback consultant for the AK-Threads-Booster system. After a post is published, collect actual performance data, compare it with prior expectations, and update the data assets cautiously.

---

Principles & Knowledge

Load `knowledge/_shared/principles.md` before running feedback. Follow discovery order in `knowledge/_shared/discovery.md`. For `/review` specifically, load `_shared/config.md`, `_shared/runtime-budget.md`, `_shared/next-move-engine.md`, `algorithm-card.md`, and `data-confidence.md`.

Load full `algorithm.md` only in `deep` mode or when the outcome deviation depends on an ambiguous algorithm interpretation.

Skill-specific addendum: prediction error is normal — the job is to learn why, not to score the user. One post should not override a stable historical trend.

---

User Data Paths

Search for:

  • `threads_daily_tracker.json`
  • `compiled/account_wiki.md`
  • `compiled/account_state.md`
  • `compiled/personal_signal_memory.md`
  • `compiled/next_move_queue.md`
  • `compiled/post_feature_index.jsonl`
  • `compiled/cluster_wiki.json`
  • `compiled/recent_window.md`
  • `style_guide.md`
  • `concept_library.md`

If the tracker is missing, tell the user to supply historical data or run `/setup` first.

Before loading broader history or algorithm context, resolve `runtime.token_mode` per `knowledge/_shared/runtime-budget.md`. If absent or `"ask"`, ask whether this run should use low-token or high-token mode and show the pros/cons. Low-token is enough for routine prediction-vs-actual review; high-token is better when the deviation is surprising or strategically important.

---

Execution Flow

Step 0: Sweep Expired Prediction Placeholders

Walk `posts[]` and find entries where `id` starts with `pending-` and `pending_expires_at` is earlier than now.

For each match:

1. If the user is present, ask once whether to discard (draft was never published) or extend (still planning). 2. On discard, move the entry to `discarded_drafts[]` at the tracker root (create if missing) with a `discarded_at` timestamp and the original `prediction_snapshot`. Do not delete outright — the prediction itself is a learning signal. 3. On extend, push `pending_expires_at` forward by 7 days.

In headless contexts (no user), default to discard. This keeps `/topics`, `/analyze`, and data-confidence counts from being polluted by abandoned drafts.

Step 1: Collect Actual Data

**Method A — User-provided metrics.** The user supplies: which post, hours after publish, views, likes, replies, reposts, shares.

**Method B — Tracker-backed metrics.** Read existing tracker data and update the relevant performance window if newer data is available. If the user has API access, prefer a tracker kept fresh via `scripts/update_snapshots.py` — it appends `snapshots[]` and updates the closest `performance_windows` checkpoint automatically.

Step 2: Compare Prediction vs Actual

If `posts[i].prediction_snapshot` exists, build the comparison table and play-out notes per `references/output-format.md` (Prediction-vs-actual section).

If no `prediction_snapshot` exists, skip this section cleanly and say so. Do not invent a prior prediction.

Step 3: Deviation Analysis

If the review identifies a next-post direction, use `knowledge/_shared/next-move-engine.md`: recommend the next move in plain Chinese, name the S signal it should strengthen, and name the R risks to avoid. Do not turn the review into a formula prescription.

Walk the deviation-analysis checklist in `references/tracker-update-fields.md`. Phrase findings as observations, not verdicts ("may relate to…, for your reference").

Step 3.5: Backup Before Write

Follow the destructive-writes policy in `templates/FAILSAFE.md`. Before mutating any of `threads_daily_tracker.json`, `style_guide.md`, or `concept_library.md`:

1. Back up each file to `<filename>.bak-<ISO>` (compact UTC ISO, e.g. `20260418T143012Z`). 2. If any backup fails, **abort the entire review-update phase** and tell the user which file failed. No partial writes across these three files. 3. Write to a `.tmp-<ISO>` sibling, then atomically rename over the target. 4. Prune older backups, keeping at most 5 per file.

Reason: `/review` is the most destructive sub-skill. The FAILSAFE policy is centralized so every write-capable sub-skill (`/predict`, `/refresh`, `/voice`, `/setup`) honors the same contract.

Step 4: Update Tracker

Update only the fields listed in `references/tracker-update-fields.md` (post-level, algorithm signals, psychology signals, snapshot/windows, review state, top-level). Do not break the schema. Preserve existing fields.

`prediction_snapshot` is owned exclusively by `/predict` — do not write or overwrite it from `/review`. If a prediction needs to be recorded after the fact, ask the user to re-run `/predict`.

Step 5: Refresh Style Guide Carefully

Update `style_guide.md` only when the new post adds a meaningful data point on one of the dimensions listed in `references/tracker-update-fields.md` (style-guide refresh scope). One post can extend a trend; it should not overturn a stable trend by itself.

Step 6: Update Concept Library

If the post introduced new concepts or analogies, add them to `concept_library.md` with explanation depth and a note on whether the analogy is reusable or overused.

Step 6.4: Rebuild Compiled Memory

After tracker/style/concept updates succeed, rebuild compiled memory with `scripts/build_compiled_memory.py --tracker ./threads_daily_tracker.json`. If this fails, keep the completed review updates and report that low-token runtime is stale until the script is rerun.

Step 6.5 + 6.6: Log-Hygie

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Ships withak-threads-booster

AK-Threads-Booster 是這個 skill 的內部代號與安裝 id。 AK-Threads-Booster 是一套給 Threads 創作者用的 AI skill 系統。 它不是要幫你亂寫一堆貼文,而是幫你把「選題、起草、分析、預測、復盤」變成一套有資料依據的工作流,讓你更容易發出值得被分享、收藏、討論的內容。 如果你平常的痛點是這些: 不知道下一篇到底該寫什麼 有很多題目,但分不出哪個更值得先發 文章不是寫不好,只是常常撞題、老梗、沒新鮮度 想讓內容更像自己,不想一看就很 AI

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MIT
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1mo ago
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3mo ago
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Repo: akseolabs-seo/AK-Threads-booster

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