def test_04(self):
"""
Update the value in a key
"""
kernel_keyring.update_key(TEST_KEY, UPDATE_VALUE)
result = kernel_keyring.read_key(TEST_KEY)
assert(result == UPDATE_VALUE)
# Now update it 10 times
for i in xrange(10):
kernel_keyring.update_key(TEST_KEY, 'test %d' % i)
result = kernel_keyring.read_key(TEST_KEY)
assert(result == 'test %d' % i)
kernel_keyring.del_key(TEST_KEY)
def test_01(self):
"""
Add a new key and value, then remove it
"""
kernel_keyring.add_key(TEST_KEY, TEST_VALUE)
result = kernel_keyring.read_key(TEST_KEY)
assert(result == TEST_VALUE)
kernel_keyring.del_key(TEST_KEY)
# Make sure it is gone
try:
result = kernel_keyring.read_key(TEST_KEY)
except ValueError as e:
assert str(e) == 'key %s not found' % TEST_KEY
def test_01(self):
"""
Add a new key and value, then remove it
"""
kernel_keyring.add_key(TEST_KEY, TEST_VALUE)
result = kernel_keyring.read_key(TEST_KEY)
assert (result == TEST_VALUE)
kernel_keyring.del_key(TEST_KEY)
# Make sure it is gone
try:
result = kernel_keyring.read_key(TEST_KEY)
except ValueError as e:
assert str(e) == 'key %s not found' % TEST_KEY
def test_04(self):
"""
Update the value in a key
"""
kernel_keyring.update_key(TEST_KEY, UPDATE_VALUE)
result = kernel_keyring.read_key(TEST_KEY)
assert (result == UPDATE_VALUE)
# Now update it 10 times
for i in xrange(10):
kernel_keyring.update_key(TEST_KEY, 'test %d' % i)
result = kernel_keyring.read_key(TEST_KEY)
assert (result == 'test %d' % i)
kernel_keyring.del_key(TEST_KEY)
def test_04(self):
"""
Update the value in a key
"""
kernel_keyring.update_key(TEST_KEY, UPDATE_VALUE)
result = kernel_keyring.read_key(TEST_KEY)
assert(result == UPDATE_VALUE)
# Now update it 10 times
for i in range(10):
value = ('test %d' % i).encode('ascii')
kernel_keyring.update_key(TEST_KEY, value)
result = kernel_keyring.read_key(TEST_KEY)
assert(result == value)
kernel_keyring.del_key(TEST_KEY)
def test_04(self):
"""
Update the value in a key
"""
kernel_keyring.update_key(TEST_KEY, UPDATE_VALUE)
result = kernel_keyring.read_key(TEST_KEY)
assert (result == UPDATE_VALUE)
# Now update it 10 times
for i in range(10):
value = ('test %d' % i).encode('ascii')
kernel_keyring.update_key(TEST_KEY, value)
result = kernel_keyring.read_key(TEST_KEY)
assert (result == value)
kernel_keyring.del_key(TEST_KEY)
def test_08(self):
"""
Test 512-bytes of data
"""
kernel_keyring.add_key(TEST_KEY, SIZE_512)
result = kernel_keyring.read_key(TEST_KEY)
assert(result == SIZE_512)
kernel_keyring.del_key(TEST_KEY)
def test_09(self):
"""
Test 1k bytes of data
"""
kernel_keyring.add_key(TEST_KEY, SIZE_1024.encode('ascii'))
result = kernel_keyring.read_key(TEST_KEY)
assert(result == SIZE_1024.encode('ascii'))
kernel_keyring.del_key(TEST_KEY)
def test_08(self):
"""
Test 512-bytes of data
"""
kernel_keyring.add_key(TEST_KEY, SIZE_512)
result = kernel_keyring.read_key(TEST_KEY)
assert (result == SIZE_512)
kernel_keyring.del_key(TEST_KEY)
def test_10(self):
"""
Test a unicode key
"""
kernel_keyring.add_key(TEST_UNICODEKEY, TEST_VALUE)
result = kernel_keyring.read_key(TEST_UNICODEKEY)
assert (result == TEST_VALUE)
kernel_keyring.del_key(TEST_UNICODEKEY)
def test_07(self):
"""
Test a 256-byte key
"""
kernel_keyring.add_key(SIZE_256, TEST_VALUE)
result = kernel_keyring.read_key(SIZE_256)
assert (result == TEST_VALUE)
kernel_keyring.del_key(SIZE_256)
def test_09(self):
"""
Test 1k bytes of data
"""
kernel_keyring.add_key(TEST_KEY, SIZE_1024.encode('ascii'))
result = kernel_keyring.read_key(TEST_KEY)
assert (result == SIZE_1024.encode('ascii'))
kernel_keyring.del_key(TEST_KEY)
def test_10(self):
"""
Test a unicode key
"""
kernel_keyring.add_key(TEST_UNICODEKEY, TEST_VALUE)
result = kernel_keyring.read_key(TEST_UNICODEKEY)
assert(result == TEST_VALUE)
kernel_keyring.del_key(TEST_UNICODEKEY)
def test_07(self):
"""
Test a 256-byte key
"""
kernel_keyring.add_key(SIZE_256, TEST_VALUE)
result = kernel_keyring.read_key(SIZE_256)
assert(result == TEST_VALUE)
kernel_keyring.del_key(SIZE_256)
def read_persistent_client_session_data(principal):
'''
Given a principal return the stored session data for that
principal from the persistent secure storage.
Raises ValueError if unable to perform the action for any reason.
'''
try:
keyname = client_session_keyring_keyname(principal)
except Exception as e:
raise ValueError(str(e))
# kernel_keyring only raises ValueError (why??)
return kernel_keyring.read_key(keyname)
def read_persistent_client_session_data(principal):
"""
Given a principal return the stored session data for that
principal from the persistent secure storage.
Raises ValueError if unable to perform the action for any reason.
"""
try:
keyname = client_session_keyring_keyname(principal)
except Exception as e:
raise ValueError(str(e))
# kernel_keyring only raises ValueError (why??)
return kernel_keyring.read_key(keyname)
def read_persistent_client_session_data(principal):
'''
Given a principal return the stored session data for that
principal from the persistent secure storage.
Raises ValueError if unable to perform the action for any reason.
'''
try:
keyname = client_session_keyring_keyname(principal)
except Exception, e:
raise ValueError(str(e))
# kernel_keyring only raises ValueError (why??)
return kernel_keyring.read_key(keyname)
def delete_persistent_client_session_data(principal):
'''
Given a principal remove the session data for that
principal from the persistent secure storage.
Raises ValueError if unable to perform the action for any reason.
'''
try:
keyname = client_session_keyring_keyname(principal)
except Exception, e:
raise ValueError(str(e))
# kernel_keyring only raises ValueError (why??)
def test_05(self):
"""
Read a non-existent key
"""
kernel_keyring.read_key(TEST_KEY)
def test_05(self):
"""
Read a non-existent key
"""
with pytest.raises(ValueError):
kernel_keyring.read_key(TEST_KEY)
def test_05(self):
"""
Read a non-existent key
"""
with pytest.raises(ValueError):
kernel_keyring.read_key(TEST_KEY)
def read_persistent_client_session_data(principal):
'''
Given a principal return the stored session data for that
principal from the persistent secure storage.
Raises ValueError if unable to perform the action for any reason.
'''
try:
keyname = client_session_keyring_keyname(principal)
except Exception, e:
raise ValueError(str(e))
# kernel_keyring only raises ValueError (why??)
return kernel_keyring.read_key(keyname)
def delete_persistent_client_session_data(principal):
'''
Given a principal remove the session data for that
principal from the persistent secure storage.
Raises ValueError if unable to perform the action for any reason.
'''
try:
keyname = client_session_keyring_keyname(principal)
except Exception, e:
raise ValueError(str(e))
def test_05(self):
"""
Read a non-existent key
"""
result = kernel_keyring.read_key(TEST_KEY)
