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116 lines
7.4 KiB
Plaintext
116 lines
7.4 KiB
Plaintext
Query: # Independent acceptance review of the self-update
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Act as the terminal reviewer in a proposer-reviewer self-evolution loop. You
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are inspecting a Hermes checkout that started from commit
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`85c8956ec7f2b4607509980794995e1c5e21e292` and now contains an uncommitted
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candidate self-update produced by another Hermes session after reading all of
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*AI Agents in Depth*. The proposer was not given any candidate improvement or
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alleged capability gap; it selected this change itself.
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Review the current diff and `BOOK_SELF_EVOLUTION_REPORT.md`. Inspect the actual
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production trajectory conversion and persistence paths rather than trusting
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the report. Determine whether the new evaluation metadata correctly derives
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conservative signals from the real persisted ShareGPT-format trajectory,
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preserves existing trajectory content and compatibility, and accurately
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documents its evidence boundary.
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Run these checks yourself (and any additional focused read-only checks needed):
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```bash
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uv run --with pytest pytest tests/agent/test_trajectory.py -q
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uv run --with pytest pytest tests/test_trajectory_compressor.py -q
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python3 -m py_compile agent/trajectory.py agent/agent_runtime_helpers.py
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run_agent.py
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git diff --check
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```
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Do not edit any file. Reject the candidate if you find a concrete correctness,
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production/test-parity, persistence, compatibility, safety, or material
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report-accuracy defect. Do not reject merely because this bounded candidate
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does not implement every opportunity found in the book or because no downstream
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ablation campaign has run; those are explicit evidence boundaries.
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Give concise evidence for the decision. End with exactly one machine-readable
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line:
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`VERDICT: ACCEPT`
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or
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`VERDICT: REJECT`
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If rejecting, list actionable findings above that final line.
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Initializing agent...
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⚠ tirith security scanner enabled but not available — command scanning will use pattern matching only
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────────────────────────────────────────
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┌─ Reasoning ──────────────────────────────────────────────────────────────────┐
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**Inspecting tools for analysis**
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I need to take a closer look at the tools available. It sounds like I should use multiple
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options: running git commands such as diff, status, and then looking at the report
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to search for symbols. I'm thinking of how best to organize this process and ensure
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that I cover all the necessary checks efficiently. I want to be thorough to provide
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clear insights!
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└──────────────────────────────────────────────────────────────────────────────┘
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 $ git status --short + 2 commands 0.0s
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┊ 💻 $ git diff -- BOOK_SELF_EVOLUTION_REPORT.md + 1 command 0.0s [exit 127]
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┊ 💻 $ search_files target='text' pattern='ShareGPT|evaluation|trajectory' path='agent' max_results=100 0.0s [exit 127]
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┌─ Reasoning ──────────────────────────────────────────────────────────────────┐
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**Evaluating file inspection options**
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I’m trying to figure out how to inspect files since the read_file function isn’t available
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in the namespace. It seems I can only use the terminal, but the instructions say
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to use read_file, which is not exposed. So, I’m wondering if I can use Python scripts
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instead, though I’m cautious about doing something forbidden like grep searches.
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I’ll need to use Python to print the relevant file paths for the report.
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└──────────────────────────────────────────────────────────────────────────────┘
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 $ python3 - <<'PY' from pathlib import Path for p in ['BOOK_SELF_EVOLUTION_REPORT.md','agent/trajectory.py','tests/agent/test_trajectory.py']: print('\n###',p) print(Path(p).read_text()) PY 0.0s
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┊ 💻 $ python3 - <<'PY' from pathlib import Path for p in ['agent/agent_runtime_helpers.py','run_agent.py']: s=Path(p).read_text().splitlines() print('\n###',p) for i,l in enumerate(s,1): if any(x in l.lower() for x in ['save_trajectory','trajectory','completed']): a=max(1,i-5) + 1 command 0.0s
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┊ 💻 $ git diff -- tests/agent/test_trajectory.py + 2 commands 0.0s
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 preparing terminal…
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┊ 💻 $ uv run --with pytest pytest tests/agent/test_trajectory.py -q 0.2s
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┊ 💻 $ uv run --with pytest pytest tests/test_trajectory_compressor.py -q 0.6s
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┊ 💻 $ python3 -m py_compile agent/trajectory.py agent/agent_runtime_helpers.py run_agent.py + 1 command 0.1s
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┊ 💻 $ python3 - <<'PY' from pathlib import Path p=Path('agent/agent_runtime_helpers.py') + 1 command 0.1s
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╭─ ⚕ Hermes ───────────────────────────────────────────────────────────────────╮
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The candidate is rejected.
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Evidence:
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- All requested checks passed:
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- tests/agent/test_trajectory.py: 2 passed
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- tests/test_trajectory_compressor.py: 21 passed
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- py_compile: passed
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- git diff --check: passed
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- Concrete production-parity defect: agent.agent_runtime_helpers.convert_to_trajectory_format() persists tool results as XML-wrapped JSON, for example:
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- <tool_response>\n{"tool_call_id": ..., "content": {"success": false, ...}}\n</tool_response>
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- derive_trajectory_signals() attempts json.loads() on the entire value, which therefore fails for real persisted tool-result messages. It does not inspect the nested content object or XML-wrapped responses.
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- Consequently, the advertised success: false detection produces tool_errors: 0 and no warning for actual production trajectories containing tool failures. A direct synthetic JSON test passes, but it does not exercise the real conversion/persistence path.
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- The report’s claim that the metadata “only inspects observable tool results (success: false)" is materially inaccurate for the persisted ShareGPT-format trajectory currently produced by Hermes.
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Actionable finding:
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- Derive signals from the actual converted format, including XML-wrapped and multiple bundled <tool_response> entries, and add an end-to-end test that converts a production-shaped internal assistant/tool exchange before saving and verifies the failure signal.
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VERDICT: REJECT
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╰──────────────────────────────────────────────────────────────────────────────╯
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Resume this session with:
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hermes --resume 20260802_043653_53ccb9
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Session: 20260802_043653_53ccb9
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Duration: 18s
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Messages: 15 (1 user, 13 tool calls)
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