def testCreate(self):
"""
Create should fail trying to create new pool with same name as previous.
"""
(pools1, _, _) = checked_call(
Manager.ListPools(self._proxy),
ManagerSpec.OUTPUT_SIGS[_MN.ListPools]
)
(_, rc, _) = checked_call(
Manager.CreatePool(
self._proxy,
name=self._POOLNAME,
redundancy=0,
force=False,
devices=[d.device_node for d in _device_list(_DEVICES, 1)]
),
ManagerSpec.OUTPUT_SIGS[_MN.CreatePool]
)
expected_rc = self._errors.ALREADY_EXISTS
self.assertEqual(rc, expected_rc)
(_, rc1, _) = checked_call(
Manager.GetPoolObjectPath(self._proxy, name=self._POOLNAME),
ManagerSpec.OUTPUT_SIGS[_MN.GetPoolObjectPath]
)
(pools2, _, _) = checked_call(
Manager.ListPools(self._proxy),
ManagerSpec.OUTPUT_SIGS[_MN.ListPools]
)
self.assertEqual(rc1, self._errors.OK)
self.assertEqual(pools1, pools2)
def testCreate(self):
"""
Type of result should always be correct.
If rc is OK, then pool must exist.
"""
(result, rc, _) = checked_call(
Manager.CreatePool(
self._proxy,
name=self._POOLNAME,
redundancy=0,
force=False,
devices=[d.device_node for d in _device_list(_DEVICES, 1)]
),
ManagerSpec.OUTPUT_SIGS[_MN.CreatePool]
)
(pool, rc1, _) = checked_call(
Manager.GetPoolObjectPath(self._proxy, name=self._POOLNAME),
ManagerSpec.OUTPUT_SIGS[_MN.GetPoolObjectPath]
)
(pools, _, _) = checked_call(
Manager.ListPools(self._proxy),
ManagerSpec.OUTPUT_SIGS[_MN.ListPools]
)
if rc == self._errors.OK:
self.assertEqual(pool, result)
self.assertEqual(rc1, self._errors.OK)
self.assertEqual(len(pools), 1)
else:
self.assertEqual(rc1, self._errors.POOL_NOTFOUND)
self.assertEqual(len(pools), 0)
def list_pools(namespace):
"""
List all stratis pools.
:raises StratisCliRuntimeError:
"""
# pylint: disable=unused-argument
proxy = get_object(TOP_OBJECT)
(result, rc, message) = Manager.ListPools(proxy)
stratisd_errors = StratisdErrorsGen.get_object()
if rc != stratisd_errors.OK:
raise StratisCliRuntimeError(rc, message)
for item in result:
print(item)
return