- skillopt-sleep-plugin/.claude-plugin/marketplace.json so the plugin is
installable via `/plugin marketplace add ./skillopt-sleep-plugin`.
- README install section (clone -> add marketplace -> install -> /sleep status).
- docs/sleep/FINAL_REPORT.md: the consolidated presented results doc (real
Claude+Codex, transfer, and the honest thorough-analyst failure + fix).
- sweep.py flushes stdout for live monitoring.
Co-Authored-By: Claude Opus 4 <noreply@anthropic.com>
Codex with the directive reflect prompt + 2 nights converges 0.00 -> 1.00
(up from 0.67 single-night); its night-2 edit diagnoses its own residual
failure ("preserve required sections even when keeping the brief short").
Claude (Haiku) reaches 1.00 in one night. Update plugin README + skill to
reference --backend claude|codex (was anthropic) and surface the benchmark.
Co-Authored-By: Claude Opus 4 <noreply@anthropic.com>
Upgrade from mock-only to REAL multi-backend validation:
Backends (skillopt/sleep/backend.py):
- CliBackend base: shared attempt/judge/reflect prompts, response cache,
token accounting. Subclasses implement only _call().
- ClaudeCliBackend: drives `claude -p --output-format text`.
- CodexCliBackend: drives the REAL @openai/codex `exec -o <file>` for clean
output; resolve_codex_path() skips the hermes wrapper at ~/.local/bin/codex.
- reflect() now aggregates the exact failing judge criteria into the prompt
(gbrain's lesson: tell the optimizer what the scorer rewards).
Rule judges (skillopt/sleep/judges.py): gbrain-compatible local scorers
(section_present / regex / max_chars / contains / tool_called) — held-out
scoring with no judge-API spend. TaskRecord gains a `judge` field +
reference_kind="rule".
gbrain-evals adapter (experiments/gbrain_bench.py, run_gbrain.py): load
garrytan/gbrain-evals skillopt-v1 deficient skills + train/held-out task
sets and run our consolidate() loop against the SAME suite gbrain scores.
REAL results (docs/sleep/real_api_results.md), brief-writer seed, 1 night:
- Claude (Haiku): held-out 0.00 -> 1.00
- Codex: held-out 0.00 -> 0.67
Both proposed a correct, general format rule into the protected LEARNED block.
CLI: --backend {mock,claude,codex}, --codex-path, --model; experiment +
gbrain runners gain --limit-* cost controls. 17 tests pass.
Co-Authored-By: Claude Opus 4 <noreply@anthropic.com>
Design for a nightly offline self-evolution plugin that synthesizes
SkillOpt (validation-gated bounded text optimizer), Claude Dreams
(offline memory consolidation), and the Agent-Sleep paper (short-term
to long-term experience). Harvests local ~/.claude transcripts, mines
recurring tasks, replays them offline, and consolidates memory+skills
behind a held-out gate.
Co-Authored-By: Claude Opus 4 <noreply@anthropic.com>
docs/reference/api.md previously documented a fictional EnvAdapter API
(execute / evaluate / build_prompt + DataItem / TaskResult) and a
BENCHMARK_REGISTRY that never existed in code. Anyone following the
documented contract would hit ImportError or TypeError on the first
instantiation.
Replace both pages with the real shape from skillopt/envs/base.py and
skillopt/datasets/base.py:
- EnvAdapter: build_train_env, build_eval_env, rollout, reflect,
get_task_types (the 5 actual abstract methods).
- Rollout dicts: id / hard / soft required; everything else preserved
into RolloutResult.extras.
- Reflect dicts: {patch, source_type} schema as consumed by
run_minibatch_reflect.
- BatchSpec: slotted-but-mutable dataclass matching the actual
definition (payload defaults to None, metadata to dict()).
- SplitDataLoader.load_split_items as the one mandatory loader method.
- Registry: _ENV_REGISTRY in scripts/train.py (lazy try/except
ImportError block), not a non-existent BENCHMARK_REGISTRY in
skillopt/envs/__init__.py.
- _base_: documented as a string path, since the current YAML loader
only accepts strings.
The new-benchmark.md guide now walks through a docfaithful worked
example with a real rollout helper (chat_target + scorer) instead of
hand-waving over the rollout step. Refs microsoft/SkillOpt#30.
Co-Authored-By: Claude Opus 4 <noreply@anthropic.com>
- Skill optimization framework with training loop analogy
- 11 benchmarks, 4 model backends (Azure OpenAI, Claude, Codex, Qwen)
- WebUI for browser-based training control
- Pluggable architecture for extending benchmarks and backends
