Chip-level cross-IP integration paths involving KMAC (TOP_CROSS_IP_PATHS, chip V2). Placeholders registered.
Testpoints:
chip_entropy_src_kmac (entropy_src_kmac_test / entropy_src_kmac_test_cheri): SW enables KMAC entropy masking and requests a masked SHA3-256 operation; with the entropy source active, KMAC completes in masked mode and produces the correct digest, confirming the entropy-source-to-KMAC internal routing.chip_kmac_rom_app (kmac_rom_app_test): monitor the KMAC application interface during the ROM integrity check at boot, confirming the ROM controller drives the app request, KMAC computes the digest, and the pass/fail result fed back to rom_ctrl matches expectation.
Note: chip_kmac_rom_app is implicitly exercised on every successful V1 boot (the ROM integrity check uses KMAC), so this testpoint adds explicit monitoring of that path.
Chip-level cross-IP integration paths involving KMAC (
TOP_CROSS_IP_PATHS, chip V2). Placeholders registered.Testpoints:
chip_entropy_src_kmac(entropy_src_kmac_test/entropy_src_kmac_test_cheri): SW enables KMAC entropy masking and requests a masked SHA3-256 operation; with the entropy source active, KMAC completes in masked mode and produces the correct digest, confirming the entropy-source-to-KMAC internal routing.chip_kmac_rom_app(kmac_rom_app_test): monitor the KMAC application interface during the ROM integrity check at boot, confirming the ROM controller drives the app request, KMAC computes the digest, and the pass/fail result fed back torom_ctrlmatches expectation.Note:
chip_kmac_rom_appis implicitly exercised on every successful V1 boot (the ROM integrity check uses KMAC), so this testpoint adds explicit monitoring of that path.