Sparkle_GMU_bsv.toml

name = "Sparkle_GMU_bsv"

[language]
vhdl.standard = "2008"

[rtl]
sources = ["gen_rtl/lwc.v"]
top = "LWC"
clock_port = "clk"

[tb]
sources = [
    "vhdl/LWC_config.vhd",
    "vhdl/LWC/NIST_LWAPI_pkg.vhd",
    "tb/LWC_TB.vhd",
]
top = "LWC_TB"

generics.G_FNAME_PDI.file = "KAT/kats_for_verification/pdi.txt"
generics.G_FNAME_SDI.file = "KAT/kats_for_verification/sdi.txt"
generics.G_FNAME_DO.file = "KAT/kats_for_verification/do.txt"
# generics.G_TEST_MODE = 1                                       # 1: stall both inputs and output, 4: timing measurement
# generics.G_RANDOM_STALL = true
# generics.G_MAX_FAILURES = 0
# generics.G_TIMEOUT_CYCLES = 100
# generics.G_VERBOSE_LEVEL = 0
# generics.G_PDI_STALLS = 3
# generics.G_SDI_STALLS = 5
# generics.G_DO_STALLS = 7

[lwc]
# block_bits = { AD = 128, XT = 128}
aead.algorithm = "schwaemm256128v2"
aead.key_reuse = true
block_bits = { xt = 256, ad = 256, hm = 256 }

# aead.input_sequence.decrypt = ['npub', 'ad', 'ct', 'tag']
# hash.algorithm = "esch256v2"

ports.pdi.bit_width = 32
ports.sdi.bit_width = 32