def gen_tv(ccw, blocks_per_segment, dest_dir):
args = [
'--lib_path',
str(cnd_dir / 'lib'),
'--aead',
'isapa128av20',
'--hash',
'asconhashv12',
'--io',
str(ccw),
str(ccw),
'--key_size',
'128',
'--npub_size',
'128',
'--nsec_size',
'0',
'--message_digest_size',
'256',
'--tag_size',
'128',
'--block_size',
'64',
'--block_size_ad',
'64',
'--dest',
str(dest_dir),
'--max_ad',
'80',
'--max_d',
'80',
'--max_io_per_line',
'8',
'--verify_lib',
]
if blocks_per_segment:
args += ['--max_block_per_sgmt', str(blocks_per_segment)]
# ========================================================================
# Message format
# This format is only correct for encryption. We swap the ad/ct order
# manually in a post processing step down below
msg_format = '--msg_format npub data ad tag'.split()
gen_test_routine = '--gen_test_routine 1 22 0'.split()
gen_test_hash = '--gen_hash 1 22 0'.split()
gen_test_combined = '--gen_test_combined 1 22 0'.split()
# ========================================================================
# Add option arguments together
args += msg_format
args += gen_test_routine
args += gen_test_hash
args += gen_test_combined
return cli.run_cryptotvgen(args)
def gen_tv(ccw, blocks_per_segment, dest_dir):
args = [
'--lib_path',
str(cnd_dir / 'lib'),
'--aead',
'dummy_lwc',
'--hash',
'dummy_lwc',
'--io',
str(ccw),
str(ccw),
'--key_size',
'128',
'--npub_size',
'96',
'--nsec_size',
'0',
'--message_digest_size',
'256',
'--tag_size',
'128',
'--block_size',
'128',
'--block_size_ad',
'128',
'--dest',
str(dest_dir),
'--max_ad',
'80',
'--max_d',
'80',
'--max_io_per_line',
'8',
'--verify_lib',
]
if blocks_per_segment:
args += ['--max_block_per_sgmt', str(blocks_per_segment)]
msg_format = '--msg_format npub ad data tag'.split()
gen_test_combined = '--gen_test_combined 1 33 0'.split()
# gen_hash = '--gen_hash 1 20 2'.split()
args += msg_format
args += gen_test_combined
# TODO
# args += gen_hash
return cli.run_cryptotvgen(args)
# 1, 0, 100, 500, 0
# ''']
# gen_single = ['--gen_single',
# '1', # AEAD Encrypt(0)/AEAD Decrypt(1)/Hash(2)
# '000102030405060708090A0B0C0D0E0F', #Key
# '000102030405060708090A0B', #Npub
# '000102030405060708090A0B0C0D0E0F', #Nsec (Ignored: nsec_size=0)
# '000102030405060708090A0B0C0D0E0F', #AD
# '000102030405060708090A0B0C0D0E0F', #DATA
# ]
# gen_single_hash = ['--gen_single',
# '2', # AEAD Encrypt(0)/AEAD Decrypt(1)/Hash(2)
# '00000000000000000000000000000000', #Key
# '000000000000000000000000', #Npub
# '00000000000000000000000000000000', #Nsec (Ignored: nsec_size=0)
# '00000000000000000000000000000000', #AD
# '000102030405060708090A0B0C0D0E0F', #DATA
# ]
gen_test_combined = '--gen_test_combined 1 33 0'.split()
# gen_hash = '--gen_hash 1 20 2'.split()
# ========================================================================
# Add option arguments together
args += msg_format
args += gen_test_combined
# Add other test routines below
# args += gen_hash
# ========================================================================
# Call program
cli.run_cryptotvgen(args)
for mess_size in range(2 * block_size_message // 8):
return_string += f"1,0,{ad_size},{mess_size},0:"
return return_string
def blanket_message_hash_test():
return_string = ""
for hash_size in range(4 * block_size_msg_digest // 8):
return_string += f"0,0,0,{hash_size},1:"
return return_string
if __name__ == '__main__':
# Print the help text
if (len(sys.argv) > 1 and sys.argv[1] == '-h'):
sys.exit(cli.run_cryptotvgen(sys.argv[1:]))
# Create the list of arguments for cryptotvgen
args = [
'--lib_path',
str(script_dir.parents[1] / 'isap_ref' / 'lib'),
'--aead',
aead_lib_name,
'--io',
f'{PDI_width}',
f'{SDI_width}',
'--key_size',
f'{key_size}',
'--block_size',
f'{block_size_message}',
'--block_size_ad',
f'{block_size_ad}',
def build_libs():
args = ['--prepare_libs', '--candidates_dir', str(cnd_dir)]
return cli.run_cryptotvgen(args)
