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When attaching Obsidian notes, extract [[wikilinks]] from the note content and resolve them to actual vault files. Linked notes are attached as "obsidian_wikilink" type, bounded by remaining_tokens. Supports both [[Note]] and [[Note|Display]] syntax. Closes #102 Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>
279 lines
8.9 KiB
Markdown
279 lines
8.9 KiB
Markdown
# Round 2 Code Review: Deterministic Task Protocol Rust Codebase
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> **アーカイブ・スコープ注意（2026-04-10）**
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> 本文は **当時の作業ディレクトリ**（`openclaw-workspace`）向けの調査記録であり、**本リポジトリ `miyabi-cli-standalone` の `crates/miyabi-core` / `crates/miyabi-cli` に対するコードレビュー結果ではありません**。ここに書かれた「Rust が無い」等の記述は **そのワークスペース限定**です。現行実装・レビューは `docs/dtp/PLAYBOOK-v2.md` および `crates/**/*.rs` を正としてください。
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対象依頼:
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- Read all Rust source files in `src/`: `lib.rs`, `types.rs`, `state.rs`, `dag.rs`, `lock.rs`, `store.rs`, `protocol.rs`, `gate.rs`, `main.rs`
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- Check:
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1. GATE conditions completeness/correctness
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2. State machine coverage vs Playbook
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3. DAG correctness
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4. Soundness / error handling / logic bugs
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5. `cargo test` / `cargo clippy` and test sufficiency
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作業場所:
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- Workspace root: `/Users/shunsukehayashi/dev/ops/openclaw-workspace`
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- Relevant existing implementation found: `Miyabi/packages/task-manager/`
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- Relevant playbook found: `docs/design/deterministic-protocol-playbook.md`
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## Executive Summary
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現ワークスペースでは、依頼で指定された Rust codebase は見つかりませんでした。少なくともこの repo 配下には:
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- `Cargo.toml`
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- `src/lib.rs`
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- `src/types.rs`
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- `src/state.rs`
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- `src/dag.rs`
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- `src/lock.rs`
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- `src/store.rs`
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- `src/protocol.rs`
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- `src/gate.rs`
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- `src/main.rs`
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が存在しません。
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代わりに存在するのは TypeScript 実装:
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- `Miyabi/packages/task-manager/src/task-manager.ts`
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- `Miyabi/packages/task-manager/src/types/task.ts`
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- `Miyabi/packages/task-manager/src/state/task-state-machine.ts`
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および、未実装 Playbook:
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- `docs/design/deterministic-protocol-playbook.md`
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です。
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したがって、依頼された Rust コードそのものに対する (1)〜(5) の完全レビューは **実施不能** です。以下では、その理由、現存実装との乖離、実行した `cargo` コマンドの結果を記録します。
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## What Was Actually Found
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### Found
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- Playbook: `docs/design/deterministic-protocol-playbook.md`
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- TypeScript task manager package: `Miyabi/packages/task-manager/src/...`
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### Not Found
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- Rust crate root (`Cargo.toml`)
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- Requested Rust source files under any `src/`
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- `gate.rs`, `protocol.rs`, `dag.rs`, `lock.rs`, `store.rs` as Rust modules
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## Command Evidence
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### Source tree inspection
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`Miyabi/packages/task-manager/src` contains only TypeScript files/directories:
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- `index.ts`
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- `task-manager.ts`
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- `types/*.ts`
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- `state/task-state-machine.ts`
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- `execution/*.ts`
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- `sync/*.ts`
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- `decomposition/*.ts`
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No Rust files were present there.
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### cargo test
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Executed in:
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- `/Users/shunsukehayashi/dev/ops/openclaw-workspace/Miyabi/packages/task-manager`
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Result:
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```text
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error: could not find `Cargo.toml` in `/Users/shunsukehayashi/dev/ops/openclaw-workspace/Miyabi/packages/task-manager` or any parent directory
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```
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### cargo clippy
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Executed in:
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- `/Users/shunsukehayashi/dev/ops/openclaw-workspace/Miyabi/packages/task-manager`
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Result:
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```text
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error: could not find `Cargo.toml` in `/Users/shunsukehayashi/dev/ops/openclaw-workspace/Miyabi/packages/task-manager` or any parent directory
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```
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## Review Outcome by Requested Question
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## 1. Are the GATE conditions in `gate.rs` complete and correct?
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**Unable to review directly** because `gate.rs` does not exist in this workspace.
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What can be said from the Playbook:
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- The playbook defines GATE semantics conceptually in `docs/design/deterministic-protocol-playbook.md`
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- But there is no Rust `gate.rs` implementation here to verify completeness, ordering, or enforcement
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What can be said from the existing TypeScript implementation:
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- There is no equivalent `gate.ts` module
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- Existing state conditions are only strings on transition rules in `task-state-machine.ts`
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- Those conditions are not evaluated by `canTransition()` or `applyTransition()`
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Implication:
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- In the currently present code, GATE semantics are not implemented as executable guards
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- So if the intended Rust crate exists elsewhere, it has not been checked in here
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## 2. Does the state machine in `state.rs` cover all transitions from the Playbook?
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**Unable to review directly** because `state.rs` does not exist.
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However, comparing the Playbook to the existing TypeScript state machine shows a clear mismatch:
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Playbook expects:
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- `merged` state
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- `awaiting_github_sync` state
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- stronger gate-driven transitions around review/merge/finalization
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Existing TypeScript state machine has only:
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- `draft`
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- `pending`
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- `analyzing`
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- `implementing`
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- `reviewing`
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- `deploying`
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- `done`
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- `blocked`
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- `failed`
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- `cancelled`
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Missing vs Playbook:
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- `merged`
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- `awaiting_github_sync`
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Also, the TypeScript state machine still includes transitions incompatible with the newer deterministic plan:
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- `pending -> implementing` with `skip_analysis`
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- `reviewing -> done` without an explicit `merged` state
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So if `state.rs` was meant to implement the Playbook, that implementation is not present here, and the nearest existing implementation is not yet aligned with the Playbook.
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## 3. Is the DAG implementation in `dag.rs` correct?
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**Unable to review directly** because `dag.rs` does not exist.
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No Rust DAG implementation matching the requested file layout was found in this workspace.
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There is also no TypeScript `dag` module currently present under `Miyabi/packages/task-manager/src/` matching the deterministic protocol plan. The playbook describes one, but it is still plan-only in this repo.
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Therefore:
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- topological sort correctness: not reviewable
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- cycle detection correctness: not reviewable
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- dispatch semantics: not reviewable
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## 4. Are there any soundness issues, missing error handling, or logic bugs?
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For the requested Rust codebase: **not reviewable because the codebase is absent**.
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For the nearest existing TypeScript implementation, there are already serious soundness gaps:
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### A. Transition conditions are declarative only, not enforced
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In `Miyabi/packages/task-manager/src/state/task-state-machine.ts`:
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- transition rules contain `conditions?: string[]`
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- `canTransition(from, to)` checks only `from -> to`
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- `applyTransition()` does not evaluate those conditions
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Consequence:
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- `review_approved`, `dependency_blocked`, `skip_analysis`, etc. are currently metadata, not executable gates
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### B. Updated task objects are returned but not persisted by callers
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`applyTransition()` returns `{ valid, task }`, but the calling code does not consistently write the updated task back into storage.
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Example:
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- `TaskManager.updateTaskState()` returns `result.valid` only
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- it does not replace the stored task with `result.task`
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Consequence:
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- state transition may be "accepted" but not materially stored
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### C. No deterministic gate/protocol module exists yet
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The playbook assumes:
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- protocol as the only transition entry point
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- lock manager
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- store
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- gate module
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- event log + snapshot
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None of those implementations are present in the current package.
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### D. No Rust test surface exists for the requested deterministic protocol
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Since the Rust crate is absent, there is no way to validate:
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- gate edge cases
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- stale lease handling
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- lock race recovery
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- cycle detection
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- GitHub evidence verification
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## 5. Does cargo test pass and are the tests sufficient?
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### `cargo test`
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No. It does not run because there is no Rust crate in the inspected location.
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### `cargo clippy`
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No. Same reason.
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### Test sufficiency
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For the requested Rust crate: **not assessable**.
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For the existing TypeScript package:
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- there are tests under `Miyabi/packages/task-manager/tests/`
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- but they are not Rust tests
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- and they cannot establish correctness of a nonexistent Rust deterministic protocol implementation
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So the direct answer to the user’s question is:
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- `cargo test` does not pass because there is no Cargo project here
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- test sufficiency for the requested Rust codebase cannot be evaluated because that codebase is absent
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## Concrete Conclusion
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This round cannot complete the requested Rust code review because the Rust codebase described in the prompt is not present in the workspace.
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The strongest defensible review result is:
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1. The requested Rust files do not exist in this repo/workspace.
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2. `cargo test` and `cargo clippy` fail immediately due to missing `Cargo.toml`.
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3. The only nearby implementation is TypeScript, and it is still pre-deterministic:
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- no gate module
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- no DAG module for this protocol
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- no lock/store/protocol modules
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- state conditions not enforced
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- state updates not reliably persisted
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4. The Playbook is a plan, not an implemented Rust system in this workspace.
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## Recommended Next Step
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If the intended Rust codebase lives elsewhere, provide one of:
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- the exact crate path
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- the repository path containing `Cargo.toml`
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- the branch/worktree where `src/gate.rs`, `src/protocol.rs`, etc. exist
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Once that path is available, the requested full code review can be performed precisely.
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