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[Bugfix][Metrics] Retain components for resolved quantization configs - #58915
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Signed-off-by: alibhutto69 <alibhutto101112@gmail.com>
…zing Signed-off-by: alibhutto69 <alibhutto101112@gmail.com>
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Overview
Fixes #58742. Resolved quantization names missing from the estimator lookup silently drop attention and FFN work from MFU/MBU estimates.
Claims
Validation
Rebased onto current main
276fbcf, resolving the upstream move ofSelfintotyping. Implementation and test bodies are unchanged from the previously tested branch.100 metrics tests passed. All applicable pre-commit checks passed, including the repository's minimum-version mypy check.
Executed 16 real checkpoint/flag combinations six times against the rebased stack: 96 online runs passed, each evaluating prefill and decode. A separate 16-case run used the unpatched current-main estimator with identical checkpoint revisions, configuration hashes, and resolved layer lists. All repeats were identical; unaffected controls and the previously approved estimates were unchanged.
Validation used Python 3.12 and CPU Torch with actual
ModelConfig,VllmConfig._get_quantization_config, and estimator execution. No weights were loaded or GPU inference run; model outputs, kernels, and serving behavior are unchanged.Details
Both attention and FFN parsers share weight-size resolution. GPT-OSS retains bf16 linear layers and FP4 expert accounting; DeepSeek-V4's FFN accounting is restored while its separate unsupported attention architecture remains outside this fix.
The fallback can overestimate weight traffic and does not provide per-layer accounting. Automatically discovered layer lists in the tested Qwen GPTQ/AWQ checkpoints trigger the documented 2-byte fallback rather than assuming every projection is 4-bit.
No overlapping fix was found in issue-number or area searches. Related #58745, #58836, and #54228 address speculative-token accounting, hybrid attention, and expert activation counts respectively.
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