b22d3cd496
local/cpu-neon (130 mJ/GFLOP) and local/amx (7 mJ/GFLOP) were seeded Benchmarked, though each is a recorded throughput priced at an ASSUMED ~5 W core draw: the energy was never read. l3-jouleclaw's projection_grade rightly treats Benchmarked as a calibrated input, so with JOULECLAW_FABRIC=1 and no calibration row this host recorded, a projection priced from these seeds was sealed ModelBased: an uncalibrated constant claiming a model's grade (JCP SPEC §5.1 rung 6). The seeds are now Estimated, as the GPU seeds already were, so a seeded projection is an Estimator figure and a host calibration row still replaces the seed at the grade its writer declared. EnergyProvenance's docs say an assumed power makes a figure Estimated. New tests: jouleclaw-fabric every_seeded_figure_is_an_estimate, and l3-jouleclaw tests/fabric_grade_seeded.rs (fabric on, no calibration file: the cpu-neon entry is Estimated and the receipt Estimator). The existing calibrated/estimated fabric-grade tests are unchanged and pass. No vector carries a fabric seed's grade. Co-Authored-By: Claude Opus 5.5 <[email protected]>
21 lines
1.1 KiB
Rust
21 lines
1.1 KiB
Rust
//! The L3 stage grades a fabric-priced figure by its weakest input: with no
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//! calibration row, the member that ran is priced by its seeded figure, an
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//! assumed power over a throughput, which no host calibrated, so the receipt
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//! says Estimator, never ModelBased.
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//! Its own test process, because the fabric is discovered once per process.
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mod common;
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use joule_code_receipt::Provenance;
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use jouleclaw_fabric::EnergyProvenance;
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#[test]
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fn a_call_priced_by_seeded_figures_is_an_estimate() {
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let (energy, window) = common::resolve_seeded();
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eprintln!("window: {window:?}\nenergy: {energy:?}");
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let neon = window.iter().find(|e| e.member_id == "local/cpu-neon").expect("the m=1 matmul ran on cpu-neon");
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assert_eq!(neon.projected_grade, Some(EnergyProvenance::Estimated), "a seeded figure is an estimate");
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assert!(neon.projected_uj.is_some_and(|uj| uj > 0.0), "the seeded figure priced the matmul: {neon:?}");
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assert_eq!((energy.provenance, energy.measured_uj), (Provenance::Estimator, None), "{energy:?}");
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assert!(energy.check_provenance().is_ok());
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}
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