def nhpoly1305_linux():
vectors = topdir / "test_vectors" / "ours" / "NHPoly1305"
target = targetdir / "nhpoly1305_testvecs_linux.h"
with target.open("w") as f:
vectorfile = vectors / f'NHPoly1305.json'
write_linux_testvecs(
f, "hash_testvec", 'nhpoly1305', write_linux_hash_testvec,
sample_nhpoly1305_testvecs(hexjson.iter_unhex(vectorfile)))
def nh():
"""Convert the NH test vectors."""
vectors = topdir / "test_vectors" / "ours" / "NH"
target = targetdir / "nh_testvecs.h"
with target.open("w") as f:
f.write("/* GENERATED BY convert_testvecs.py, DO NOT EDIT */\n\n")
vectorfile = vectors / f'NH.json'
write_testvec_structs(f, 'nh_testvec', 'nh_tv',
(convert_nh_testvec(s)
for s in hexjson.iter_unhex(vectorfile)))
def hpc_vectors(variant, nrounds):
yield from hexjson.iter_unhex(topdir / "test_vectors" / "ours" / variant /
f'{variant}_XChaCha{nrounds}_32_AES256.json')
def check_tests(cipher, path, verbose):
for fn in (path / cipher.name()).iterdir():
print(f"======== {fn.name} ========")
for tv in hexjson.iter_unhex(fn):
check_testvector(cipher, tv, verbose)