efac7ce6e6
New `aliro-bench-profile` entry point drives the applet's INS_DIAG_* commands over PC/SC at two iteration counts (N=4 / N=16 by default) and computes per-op cost as the slope, factoring out APDU round-trip + any one-time Signature.init setup. Reports HMAC, ECDH, ECDSA sign, and AES-GCM 137B costs side by side, then reconstructs an AUTH1 budget using the per-primitive counts from the applet's processAuth1 flow so we can compare the reconstructed estimate against bench-test wall-clock and see how much of AUTH1 is crypto vs TLV parsing / I/O. Also extends `aliro-bench-test` to time SELECT / AUTH0 / AUTH1 / total via time.perf_counter() bracketing each transmit() call. The TransactionResult now carries a latencies_ms dict, threaded through all return sites so both success and failure paths print the new "APDU latencies (ms):" block. Made the 1.78x AUTH1 wall-clock speedup from the 4-bit GHASH commit quantifiable on real hardware (5,795 -> 3,244 ms). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
9 lines
410 B
Python
9 lines
410 B
Python
"""Drives the AliroApplet's INS_DIAG_* profiling commands.
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Each INS_DIAG_* operation runs a single primitive (HMAC-SHA-256, ECDH,
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ECDSA-SHA-256 sign, or full AES-256-GCM encrypt of 137B) N times against
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hardcoded test vectors on the card. We measure wall-clock latency for two
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different N values; the per-op cost is the slope of the line, isolating
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APDU framing overhead from the primitive's actual cost.
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"""
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