def test_enable_premium_feature(self):
api = StorageSystemsApi()
storage_systems_api = None
try:
storage_systems_api = api.enable_premium_feature(system_id="test", )
# For the DELETE calls, there's no reponse returned and we want to set that as a valid sdk call.
if storage_systems_api is None:
storage_systems_api = 1
except (ApiException, IOError) as exp:
# The API call went through but got a HTTP errorcode, which means the SDK works
storage_systems_api = 1
self.assertNotEqual(storage_systems_api, None)
def test_cancel_discovery_operation(self):
api = StorageSystemsApi()
storage_systems_api = None
try:
storage_systems_api = api.cancel_discovery_operation()
# For the DELETE calls, there's no reponse returned and we want to set that as a valid sdk call.
if storage_systems_api is None:
storage_systems_api = 1
except (ApiException, IOError) as exp:
# The API call went through but got a HTTP errorcode, which means the SDK works
storage_systems_api = 1
self.assertNotEqual(storage_systems_api, None)
def test_get_storage_device_with_folder(self):
api = StorageSystemsApi()
storage_systems_api = None
try:
storage_systems_api = api.get_storage_device_with_folder(folder_id="test")
# For the DELETE calls, there's no reponse returned and we want to set that as a valid sdk call.
if storage_systems_api is None:
storage_systems_api = 1
except (ApiException, IOError) as exp:
# The API call went through but got a HTTP errorcode, which means the SDK works
storage_systems_api = 1
self.assertNotEqual(storage_systems_api, None)
# This is not recommended, but added here to clean up output.
urllib3.disable_warnings()
# Create a configuration object and set the appropriate parameters
api_configuration = Configuration()
api_configuration.password = args.password
api_configuration.host = args.proxy
# For demonstration purposes, let's disable SSL verification
api_configuration.verify_ssl = False
# Now create the generic ApiClient object
# The ApiClient will utilize the Configuration object automatically
client = ApiClient()
# remove this prior to release
#print("client:\n{}".format(client.__dict__))
storage_api = StorageSystemsApi()
# remove this prior to release
#print("storage_api: \n{}".format(storage_api.__dict__))
diagnostics_api = DiagnosticsApi()
data_request = SupportDataRequest() # type, filename
data_request.type = "supportBundle"
data_request.filename = "sampledata"
try:
initial_response = diagnostics_api.start_support_data_retrieval_request(
args.systemid, body=data_request)
except ApiException:
print("An error occurred retrieving the support bundle.")
sys.exit()
print("Response from DiagnosticsApi.start_support_data_retrieval:\n")
pprint.pprint(initial_response)
# Now we need to wait a bit for the bundle to be generated
from netapp.santricity.models.v2.storage_pool_create_request import StoragePoolCreateRequest
from netapp.santricity.models.v2.volume_create_request import VolumeCreateRequest
from netapp.santricity.models.v2.volume_mapping_create_request import VolumeMappingCreateRequest
from pprint import pprint
import csv
config = Configuration()
config.host = "http://<E-Series Address>:18080"
config.username = "******"
config.password = "******"
api_client = ApiClient()
config.api_client = api_client
storage_system = StorageSystemsApi(api_client=api_client)
ssr = storage_system.get_all_storage_systems()
print ssr
vol_api = VolumesApi(api_client=api_client)
file = open('multipath.conf', 'w')
file.write('multipaths {\n')
vol_a = vol_api.get_all_volumes(
system_id='1c57c70c-bc5f-4f8c-a6a7-34cdb2cafc3a')
vol_b = vol_api.get_all_volumes(
system_id='b6856c5b-5aa6-45d6-a64d-fcefcb2bf676')
from netapp.santricity.api_client import ApiClient
from netapp.santricity.api.v2.storage_systems_api import StorageSystemsApi
from netapp.santricity.api.v2.volumes_api import VolumesApi
from netapp.santricity.api.v2.hardware_api import HardwareApi
from pprint import pprint
config = Configuration()
config.host = "http://localhost:8080" # Add ip address of the proxy here
config.username = "******"
config.password = "******"
api_client = ApiClient()
config.api_client = api_client
storage_system = StorageSystemsApi(api_client=api_client)
# Get storage system status
ssr = storage_system.get_all_storage_systems()
for ss in ssr:
print "\n##################################\n" \
"Storage System wwn - " + ss.wwn + ", Status : " + ss.status
# Get all volumes info for each storage system
volume_api = VolumesApi(api_client=api_client)
volumes = volume_api.get_all_volumes(system_id=ss.id)
for vol in volumes:
print "\n##################################\n" \
"Volume " + vol.wwn + ", info : \n"