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benbrownandClaude Fable 5
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The SKILL.md Agent Skills standard (agentskills.io) is now read natively by Codex, Copilot, VS Code, Cursor, Gemini CLI, opencode, Goose, Amp, Zed, Factory, and ZeroClaw — so the portable move is not per-harness adapter files (forked content that drifts) but one canonical skill placed where each harness actually looks. - Spec-compliant frontmatter: license, compatibility (the Linux-only measurement story, stated up front), version/author/tags top-level (ZeroClaw's runtime reads those; the spec ignores unknown fields). reference/ renamed to references/ per the spec's conventional layout. - .agents/skills/peltier/ mirror: the cross-tool convergence path (Codex, Zed, Cursor, Gemini CLI, Copilot, opencode, Goose, Amp). Byte-identical to the .claude canonical, enforced by CI — drift between the two copies is a red build, not a footnote. - AGENTS.md at the repo root for the ~20 harnesses that read it (Claude Code does not; CLAUDE.md remains its file). Deliberately thin: it points at CLAUDE.md and the skill instead of restating rules. - scripts/install-skill.sh: stamps a consumer repo at both discovery paths (--layout claude|agents|both), or emits a script-less --zeroclaw-variant. ZeroClaw's skill security policy blocks script files by default (skills.allow_scripts off) — its audit rejected the full skill and passes the variant, verified against the real zeroclaw binary. The variant loses nothing: preflight.sh still exists exactly once, in the peltier checkout the skill already requires, and SKILL.md now documents running it from there. Re-implementing preflight inline is named as a refusal condition. - CI (skill-preflight): frontmatter upgraded to a full Agent Skills spec conformance check on BOTH copies (name rules, dir match, description and body limits, metadata string-map), plus mirror equality and a functional installer test (both layouts identical to canonical, variant carries no scripts/, nonexistent target refused). Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
42 lines
1.6 KiB
TOML
42 lines
1.6 KiB
TOML
# peltier accept thresholds — consumer template.
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#
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# Copy this next to the code you are measuring and pass it with
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# `bench-runner --config <this-file>`. The defaults are peltier's own
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# published bar; loosening them to make a result pass is not measurement,
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# it is negotiation.
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# The bootstrap CI *lower bound* of the speedup ratio must clear 1 + threshold.
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# The median is not the claim. The lower bound is the claim.
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threshold = 0.02
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# Measured runs per side, interleaved ABAB (SPEC minimum: 30).
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runs_per_side = 30
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# Warm-up runs per side, discarded — they pay for cold caches and JIT.
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warmup_runs = 3
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# Bootstrap resamples for the ratio CI.
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bootstrap_iters = 10000
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# Confidence level for the ratio CI.
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confidence = 0.95
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# Fixed PRNG seed so a calibration run is reproducible by anyone.
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bootstrap_seed = 1887343589
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# CPU pinning. WARNING: this key is INERT for `compare`, `aa`, and `calibrate`
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# — it is read only by the in-repo `verdict` pipeline. Setting it here and then
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# reporting "pinned to core N" would be a claim about a run that never happened.
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#
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# To actually pin a compare/aa/calibrate run, wrap BOTH sides identically in
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# the command itself: --baseline 'taskset -c 2 <cmd>' --candidate 'taskset -c 2 <cmd>'
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#
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# Pinning tightens the A/A confidence interval ~5x on peltier's calibration
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# hardware. An unpinned host is not disqualified; a NOISY one is, and the A/A
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# self-test decides that empirically. Leave this empty.
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pin_prefix = ""
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# Differential-fuzz iterations requested per gate run. Only used by the
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# in-repo `verdict` pipeline, which requires a target to declare [gates].fuzz.
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# fuzz_iters = 10000
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