autor-bench-eloop

name	autor-bench-eloop
description	Run the autor research and SWE-bench benchmark loop.

autor-bench-eloop — Autor Research + SWE-bench Benchmark Loop

Loop interval: 30m | Max duration: 12h (24 iterations)

Purpose

Drive the autor research + benchmarking pipeline: run run_autor_experiment.py for technique comparison, evaluate against SWE-bench, and build the bandit state for technique selection.

Entry conditions (all must be true to continue)

• run_autor_experiment.py exists and passes python3 -m py_compile
• SWE-bench cloned at ~/.swes/
• ai_orch accessible at ~/worktrees/pr6270-swebench/orchestration/
• No active background runs (check tmux list-sessions for autor-* sessions)
• Bandit state at technique_bandit/bandit_state.json readable

Each iteration

Phase 1: OBSERVE — System State

# Check active autor runs
tmux list-sessions 2>/dev/null | grep -E "autor-|swebench-" || echo "no active sessions"

# Check latest score files
ls -t research-wiki/scores/SR-*.json 2>/dev/null | head -5

# Check SWE-bench eval status
ls -t ~/.swes/eval_results/ 2>/dev/null | head -3 || echo "no eval results yet"

# Check bandit state
python3 -c "import json; d=json.load(open('technique_bandit/bandit_state.json')); [print(f'{k}: n={v[\"n\"]}, mean={v[\"mean\"]:.2f}') for k,v in d['techniques'].items()]"

Phase 2: MEASURE — Quality Metric

Primary metric: rubric mean across techniques in bandit_state.json. Secondary metric: SWE-bench resolution rate (instances solved / total evaluated).

# Compute current technique means
python3 -c "
import json
d = json.load(open('technique_bandit/bandit_state.json'))
for k, v in sorted(d['techniques'].items(), key=lambda x: -x[1].get('mean',0)):
    print(f'{k}: n={v[\"n\"]}, mean={v[\"mean\"]:.2f}')
"

# Check SWE-bench results if available
if [ -f ~/.swes/eval_results/latest.json ]; then
  python3 -c "import json; d=json.load(open('$HOME/.swes/eval_results/latest.json')); print(f'SWE-bench: {d[\"resolved\"]}/{d[\"total\"]} = {d[\"resolved\"]/max(d[\"total\"],1)*100:.1f}%')"
fi

Phase 3: DIAGNOSE — What needs running?

Decision tree:

• All techniques n≥15 AND SWE-bench eval done → STOP (goal reached)
• SR-multi-exemplar or SR-prtype have n<12 → run run_autor_experiment.py --technique <technique> --prs 6265,6261,6245,6269 --n 1
• No SWE-bench comparison done → run SWE-bench comparison via swebench-tester subagent
• ai_orch CLI comparison not done → run ai_orch --agent-cli claude vs run_autor_experiment.py comparison
• Live run divergence from computed → flag in findings

Phase 4: PLAN — Next dispatch

Based on diagnose, pick ONE of:

1. python scripts/run_autor_experiment.py --technique SR-multi-exemplar --prs 6265,6261,6245,6269 --n 1
2. python scripts/run_autor_experiment.py --technique SR-prtype --prs 6265,6261,6245,6269 --n 1
3. Spawn SWE-bench comparison via swebench-tester subagent
4. Spawn ai_orch CLI comparison via aiorch-cli-tester subagent

Phase 5: RECORD — Log findings

Append to wiki/syntheses/et_logs/eloop_cycles.md:

## YYYY-MM-DD HH:MM cycle

### Quality metric: technique means from bandit_state.json
### SWE-bench: X resolved / Y evaluated
### Live vs computed gap: ±X points
### New runs dispatched: [list]
### Findings: [observations]

touch /tmp/autor_bench_eloop_last_run

Phase 6: FIX — Run experiments

6a. Run autor experiment:

cd $HOME/llm-wiki-autor-phase3
python scripts/run_autor_experiment.py --technique <chosen> --prs 6265,6261,6245,6269 --n 1 --outdir research-wiki/scores

6b. Run SWE-bench comparison if dispatched: Use swebench-tester subagent — runs predictions through SWE-bench harness.

6c. Run ai_orch CLI comparison if dispatched: Compare raw CLI output (claude/codex/gemini via ai_orch) vs autor harness on same SWE-bench instances.

Phase 7: RECAP

## Autor-Bench Loop Cycle — HH:MM
- Best technique: X @ Y.mean (n=Z)
- Live vs computed: ±X pts
- SWE-bench: X% resolution (N/M)
- Next run: technique=Z

---

Metrics Tracking

Metric	Source	Healthy threshold
SR-multi-exemplar mean	bandit_state.json	>86 (Phase 7 live target)
Live vs computed gap	run output vs phase7_results.md	<3 pts
SWE-bench resolution	~/.swes/eval_results/latest.json	>15% (beats SWE-agent)

---

Anti-Stall Rules

• If run_autor_experiment.py fails → log error, skip to next technique
• If SWE-bench harness fails → log, skip to CLI comparison
• If all techniques at n≥15 → STOP, write final synthesis
• If tmux session stuck (>1h) → kill session, restart run
• If bandwidth limited → prioritize SR-multi-exemplar (current best)

Invocation

# Start the loop (via /loop skill)
/loop 30m /autor-bench-eloop

# Or manually for one cycle
/autor-bench-eloop

Key Files

• scripts/run_autor_experiment.py — deterministic autor harness
• technique_bandit/bandit_state.json — bandit state + technique scores
• research-wiki/scores/SR-*.json — score artifacts
• wiki/syntheses/phase7_results.md — Phase 7 synthesis
• ~/.swes/ — SWE-bench evaluation suite
• ~/worktrees/pr6270-swebench/orchestration/ — ai_orch CLI orchestration