def add_fips_tests(cls):
file_tv = open_fips_test_file("PKCS1-v1.5", "SigVer15_186-3.rsp")
sections = load_test_vector(file_tv, ('SHAAlg', 'd', 'Result'))
modulus = None
for mod_size, test_vectors in sections.iteritems():
for test_vector in test_vectors:
# The modulus for all subsequent test vectors appear
# in a single line
if len(test_vector) == 1:
modulus = bytes_to_long(test_vector['n'])
continue
hashmod = load_hash_by_name(test_vector['SHAAlg'])
pub_exp = bytes_to_long(test_vector['e'])
public_key = RSA.construct((modulus, pub_exp))
add_method_dict = {
'P': cls.add_positive_test,
'F': cls.add_negative_test
}
add_method = add_method_dict[test_vector['Result']]
add_method(hashmod, test_vector['Msg'], public_key,
test_vector['S'])
def add_fips_tests(cls):
files = ("SigGen15_186-2.txt", "SigGen15_186-3.txt")
for file_name in files:
file_tv = open_fips_test_file("PKCS1-v1.5", file_name)
sections = load_test_vector(file_tv, ('SHAAlg', ))
modulus = None
private_key = None
for mod_size, test_vectors in sections.iteritems():
for test_vector in test_vectors:
# The modulus for all subsequent test vectors appears
# in a single line
if len(test_vector) == 1:
modulus = test_vector['n']
continue
# Exponents appear in two lines
if len(test_vector) == 2:
test_vector['n'] = modulus
triplet = [
bytes_to_long(test_vector[x])
for x in ('n', 'e', 'd')
]
private_key = RSA.construct(triplet,
consistency_check=False)
continue
hashmod = load_hash_by_name(test_vector['SHAAlg'])
cls.add_test(hashmod, test_vector['Msg'], private_key,
test_vector['S'])
def add_fips_tests(cls):
files = ("SigGen15_186-2.txt", "SigGen15_186-3.txt")
for file_name in files:
file_tv = open_fips_test_file("PKCS1-v1.5", file_name)
sections = load_test_vector(file_tv, ('SHAAlg', ))
modulus = None
private_key = None
for mod_size, test_vectors in sections.iteritems():
for test_vector in test_vectors:
# The modulus for all subsequent test vectors appears
# in a single line
if len(test_vector) == 1:
modulus = test_vector['n']
continue
# Exponents appear in two lines
if len(test_vector) == 2:
test_vector['n'] = modulus
triplet = [bytes_to_long(test_vector[x])
for x in ('n', 'e', 'd')]
private_key = RSA.construct(triplet,
consistency_check=False)
continue
hashmod = load_hash_by_name(test_vector['SHAAlg'])
cls.add_test(hashmod, test_vector['Msg'],
private_key, test_vector['S'])
def add_fips_tests(cls):
file_tv = open_fips_test_file("PKCS1-PSS", "SigVerPSS_186-3.rsp")
sections = load_test_vector(file_tv, ('SHAAlg', 'Result'))
modulus = None
for mod_size, test_vectors in sections.iteritems():
for test_vector in test_vectors:
# The modulus for all subsequent test vectors appear
# in a single line
if len(test_vector) == 1:
modulus = bytes_to_long(test_vector['n'])
continue
# p and q are not used
if len(test_vector) == 2:
continue
hashmod = load_hash_by_name(test_vector['SHAAlg'])
pub_exp = bytes_to_long(test_vector['e'])
public_key = RSA.construct((modulus, pub_exp))
add_method_dict = {
'P': cls.add_positive_test,
'F': cls.add_negative_test
}
add_method = add_method_dict[test_vector['Result'][:1]]
# In the test vector file, "00" indicates no salt
salt = test_vector['SaltVal']
if salt == bchr(0):
salt = b("")
add_method(hashmod, test_vector['Msg'], public_key, salt,
test_vector['S'])
def add_fips_tests(cls):
file_tv = open_fips_test_file("PKCS1-v1.5", "SigVer15_186-3.rsp")
sections = load_test_vector(file_tv, ('SHAAlg', 'd', 'Result'))
modulus = None
for mod_size, test_vectors in sections.iteritems():
for test_vector in test_vectors:
# The modulus for all subsequent test vectors appear
# in a single line
if len(test_vector) == 1:
modulus = bytes_to_long(test_vector['n'])
continue
hashmod = load_hash_by_name(test_vector['SHAAlg'])
pub_exp = bytes_to_long(test_vector['e'])
public_key = RSA.construct((modulus, pub_exp))
add_method_dict = {'P': cls.add_positive_test,
'F': cls.add_negative_test}
add_method = add_method_dict[test_vector['Result']]
add_method(hashmod, test_vector['Msg'],
public_key, test_vector['S'])
def add_fips_tests(cls):
file_tv = open_fips_test_file("PKCS1-PSS", "SigVerPSS_186-3.rsp")
sections = load_test_vector(file_tv, ('SHAAlg', 'Result'))
modulus = None
for mod_size, test_vectors in sections.iteritems():
for test_vector in test_vectors:
# The modulus for all subsequent test vectors appear
# in a single line
if len(test_vector) == 1:
modulus = bytes_to_long(test_vector['n'])
continue
# p and q are not used
if len(test_vector) == 2:
continue
hashmod = load_hash_by_name(test_vector['SHAAlg'])
pub_exp = bytes_to_long(test_vector['e'])
public_key = RSA.construct((modulus, pub_exp))
add_method_dict = {'P': cls.add_positive_test,
'F': cls.add_negative_test}
add_method = add_method_dict[test_vector['Result'][:1]]
# In the test vector file, "00" indicates no salt
salt = test_vector['SaltVal']
if salt == bchr(0):
salt = b("")
add_method(hashmod,
test_vector['Msg'],
public_key,
salt,
test_vector['S'])
