def test_certs_allowed_as_key_filename_values(self):
# NOTE: giving cert path here, not key path. (Key path test is below.
# They're similar except for which path is given; the expected auth and
# server-side behavior is 100% identical.)
# NOTE: only bothered whipping up one cert per overall class/family.
for type_ in ('rsa', 'dss', 'ecdsa_256', 'ed25519'):
cert_path = test_path('test_{0}.key-cert.pub'.format(type_))
self._test_connection(
key_filename=cert_path,
public_blob=PublicBlob.from_file(cert_path),
)
def test_certs_allowed_as_key_filename_values(self):
# NOTE: giving cert path here, not key path. (Key path test is below.
# They're similar except for which path is given; the expected auth and
# server-side behavior is 100% identical.)
# NOTE: only bothered whipping up one cert per overall class/family.
for type_ in ("rsa", "dss", "ecdsa_256", "ed25519"):
cert_name = "test_{}.key-cert.pub".format(type_)
cert_path = _support(os.path.join("cert_support", cert_name))
self._test_connection(
key_filename=cert_path,
public_blob=PublicBlob.from_file(cert_path),
)
def test_certs_allowed_as_key_filename_values(self):
# NOTE: giving cert path here, not key path. (Key path test is below.
# They're similar except for which path is given; the expected auth and
# server-side behavior is 100% identical.)
# NOTE: only bothered whipping up one cert per overall class/family.
for type_ in ("rsa", "dss", "ecdsa_256", "ed25519"):
cert_name = "test_{}.key-cert.pub".format(type_)
cert_path = _support(os.path.join("cert_support", cert_name))
self._test_connection(
key_filename=cert_path,
public_blob=PublicBlob.from_file(cert_path),
)
def test_certs_implicitly_loaded_alongside_key_filename_keys(self):
# NOTE: a regular test_connection() w/ test_rsa.key would incidentally
# test this (because test_xxx.key-cert.pub exists) but incidental tests
# stink, so NullServer and friends were updated to allow assertions
# about the server-side key object's public blob. Thus, we can prove
# that a specific cert was found, along with regular authorization
# succeeding proving that the overall flow works.
for type_ in ('rsa', 'dss', 'ecdsa_256', 'ed25519'):
key_path = test_path('test_{0}.key'.format(type_))
self._test_connection(
key_filename=key_path,
public_blob=PublicBlob.from_file(
'{0}-cert.pub'.format(key_path)),
)
def test_certs_implicitly_loaded_alongside_key_filename_keys(self):
# NOTE: a regular test_connection() w/ test_rsa.key would incidentally
# test this (because test_xxx.key-cert.pub exists) but incidental tests
# stink, so NullServer and friends were updated to allow assertions
# about the server-side key object's public blob. Thus, we can prove
# that a specific cert was found, along with regular authorization
# succeeding proving that the overall flow works.
for type_ in ("rsa", "dss", "ecdsa_256", "ed25519"):
key_name = "test_{}.key".format(type_)
key_path = _support(os.path.join("cert_support", key_name))
self._test_connection(
key_filename=key_path,
public_blob=PublicBlob.from_file(
"{}-cert.pub".format(key_path)),
)
def test_certs_implicitly_loaded_alongside_key_filename_keys(self):
# NOTE: a regular test_connection() w/ test_rsa.key would incidentally
# test this (because test_xxx.key-cert.pub exists) but incidental tests
# stink, so NullServer and friends were updated to allow assertions
# about the server-side key object's public blob. Thus, we can prove
# that a specific cert was found, along with regular authorization
# succeeding proving that the overall flow works.
for type_ in ("rsa", "dss", "ecdsa_256", "ed25519"):
key_name = "test_{}.key".format(type_)
key_path = _support(os.path.join("cert_support", key_name))
self._test_connection(
key_filename=key_path,
public_blob=PublicBlob.from_file(
"{}-cert.pub".format(key_path)
),
)