89cc4bfdfe
The per-host scripts that took the readings (build host, two x86_64 hosts) go beside the record, with how each platform is tagged. The summary gains the integer decodes' total across platforms and the PSNR change of float decodes whose entropy decode diverged, in both the tool and its independent verifier; per-decode energy is stated in joules. wai_det_energy reads each accelerator client's GPU time per registry node. The conformance workflow's independent-verifiers job checks the record, the texts quoting it, and the decoder bin. Co-Authored-By: Claude Opus 5.5 <[email protected]>
32 lines
2.4 KiB
Shell
32 lines
2.4 KiB
Shell
# The decodes on the build host's platforms. Integer: CPU (all threads, one thread), GPU (Metal),
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# wasm32-wasip2. Float: CPU (one thread, the library's default), GPU (Metal), each in a fresh process.
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set -euo pipefail
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W=$RB_ROOT/det1/work; B=$RB_ROOT/det1/bin; PY=$RB_ROOT/venvs/sota-int/bin/python; X=$W/xplat; mkdir -p $X
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$PY -I wai/tools/wai_determinism_cost.py jobs $W - > $W/jobs.dash.tsv
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OS="macOS $(sw_vers -productVersion)"; HW="arm64 desktop SoC, 24 performance and 8 efficiency cores"
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meta() { printf '{"system": "%s", "hardware": "%s", "target": "%s", "fabric": "%s", "kernels": "%s", "threads": "%s", "rustc": "%s", "runtime": "%s"}\n' "$OS" "$HW" "$1" "$2" "$3" "$4" "$(rustc --version | cut -d" " -f2)" "$5"; }
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case "${1:-all}" in
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cpu)
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$B/wai_det_cost.native decode $W/jobs.dash.tsv > $X/macos-arm64-cpu.tsv
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meta aarch64-apple-darwin CPU fast "all (32)" native > $X/macos-arm64-cpu.json
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WAI_INT_THREADS=1 $B/wai_det_cost.native decode $W/jobs.dash.tsv > $X/macos-arm64-cpu-1t.tsv
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meta aarch64-apple-darwin CPU fast 1 native > $X/macos-arm64-cpu-1t.json ;;
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gpu)
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$B/wai_det_cost.gpu --gpu decode $W/jobs.dash.tsv > $X/macos-arm64-gpu-metal.raw 2> $X/macos-arm64-gpu-metal.err
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cut -f1-4 $X/macos-arm64-gpu-metal.raw > $X/macos-arm64-gpu-metal.tsv
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meta aarch64-apple-darwin "GPU, Metal, integrated (80 cores)" fast "all (32) for graphs off the device" "wgpu 30.0.1, $(grep -o 'key=[^ ]*' $X/macos-arm64-gpu-metal.err | head -1)" > $X/macos-arm64-gpu-metal.json ;;
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wasm)
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# Eight decoder processes side by side, each over every eighth job, each single-threaded.
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S=$RB_ROOT/det1/wasm-shards; rm -rf $S; mkdir -p $S
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awk "{print > (\"$S/jobs.\" (NR-1)%8)}" $W/jobs.dash.tsv
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for f in $S/jobs.?; do wasmtime run --dir $W::$W --dir $S::$S $B/wai_det_cost.wasm decode $f > $f.out & done; wait
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cat $S/jobs.?.out > $X/wasm32-wasip2.tsv
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meta wasm32-wasip2 "CPU, WebAssembly" fast "1 (eight decoder processes side by side)" "$(wasmtime --version | cut -d' ' -f1-2)" > $X/wasm32-wasip2.json ;;
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float)
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mkdir -p $W/fdecode
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$PY -I wai/tools/wai_determinism_cost.py fdecode $W macos-arm64-cpu-1t --device cpu --threads 1
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$PY -I wai/tools/wai_determinism_cost.py fdecode $W macos-arm64-cpu --device cpu
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$PY -I wai/tools/wai_determinism_cost.py fdecode $W macos-arm64-gpu-mps --device mps
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for t in macos-arm64-cpu-1t macos-arm64-cpu macos-arm64-gpu-mps; do printf '{"system": "%s", "hardware": "%s"}\n' "$OS" "$HW" > $W/fdecode/$t.meta; done ;;
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esac
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ls $X $W/fdecode 2>/dev/null
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