def values(request):
global data, remote_data, snapshot_object, kubeconfig_value # are required in every testcase
kubeconfig_value, clusterconfig_value, namespace_value, runslow_val = scaleop.get_cmd_values(request)
data = scaleop.read_driver_data(clusterconfig_value, namespace_value)
operator_data = scaleop.read_operator_data(clusterconfig_value, namespace_value)
keep_objects = data["keepobjects"]
if not("remote" in data):
LOGGER.error("remote data is not provided in cr file")
assert False
test_namespace = namespace_value
remote_data = get_remote_data(data)
ff.cred_check(data)
ff.cred_check(remote_data)
ff.set_data(remote_data)
operator = scaleop.Scaleoperator(kubeconfig_value, namespace_value)
operator_object = scaleop.Scaleoperatorobject(operator_data, kubeconfig_value)
condition = scaleop.check_ns_exists(kubeconfig_value, namespace_value)
if condition is True:
if not(operator_object.check()):
LOGGER.error("Operator custom object is not deployed succesfully")
assert False
else:
operator.create()
operator.check()
scaleop.check_nodes_available(operator_data["pluginNodeSelector"], "pluginNodeSelector")
scaleop.check_nodes_available(
operator_data["provisionerNodeSelector"], "provisionerNodeSelector")
scaleop.check_nodes_available(
operator_data["attacherNodeSelector"], "attacherNodeSelector")
operator_object.create()
val = operator_object.check()
if val is True:
LOGGER.info("Operator custom object is deployed succesfully")
else:
LOGGER.error("Operator custom object is not deployed succesfully")
assert False
if runslow_val:
value_pvc = [{"access_modes": "ReadWriteMany", "storage": "1Gi"},
{"access_modes": "ReadWriteOnce", "storage": "1Gi"}]
else:
value_pvc = [{"access_modes": "ReadWriteMany", "storage": "1Gi"}]
value_vs_class = {"deletionPolicy": "Delete"}
number_of_snapshots = 1
snapshot_object = scaleop.Snapshot(kubeconfig_value, test_namespace, keep_objects, value_pvc, value_vs_class,
number_of_snapshots, data["image_name"], remote_data["id"])
ff.create_dir(remote_data["volDirBasePath"])
yield
if condition is False and not(keep_objects):
operator_object.delete()
operator.delete()
if(ff.fileset_exists(data)):
ff.delete_fileset(data)
def test_static(self, pv_value, pvc_value, sc_value=False, wrong=None, root_volume=False):
config.load_kube_config(config_file=self.kubeconfig)
created_objects = get_cleanup_dict()
sc_name = ""
if sc_value is not False:
sc_name = d.get_random_name("sc")
d.create_storage_class(sc_value, sc_name, created_objects)
d.check_storage_class(sc_name)
FSUID = ff.get_FSUID()
cluster_id = self.cluster_id
if wrong is not None:
if wrong["id_wrong"] is True:
cluster_id = int(cluster_id)+1
cluster_id = str(cluster_id)
if wrong["FSUID_wrong"] is True:
FSUID = "AAAA"
mount_point = ff.get_mount_point()
if root_volume is False:
dir_name = d.get_random_name("dir")
ff.create_dir(dir_name)
created_objects["dir"].append(dir_name)
pv_value["volumeHandle"] = cluster_id+";"+FSUID + \
";path="+mount_point+"/"+dir_name
elif root_volume is True:
pv_value["volumeHandle"] = cluster_id+";"+FSUID + \
";path="+mount_point
if pvc_value == "Default":
pvc_value = copy.deepcopy(self.value_pvc)
num_final = len(pvc_value)
for num in range(0, num_final):
pv_name = d.get_random_name("pv")
d.create_pv(pv_value, pv_name, created_objects, sc_name)
d.check_pv(pv_name)
value_pvc_pass = copy.deepcopy(pvc_value[num])
if (check_key(pv_value, "reason")):
if not(check_key(value_pvc_pass, "reason")):
value_pvc_pass["reason"] = pv_value["reason"]
LOGGER.info(100*"=")
pvc_name = d.get_random_name("pvc")
d.create_pvc(value_pvc_pass, sc_name, pvc_name, created_objects, pv_name)
val = d.check_pvc(value_pvc_pass, pvc_name, created_objects, pv_name)
if val is True:
for num2 in range(0, len(self.value_pod)):
LOGGER.info(100*"-")
pod_name = d.get_random_name("pod")
d.create_pod(self.value_pod[num2], pvc_name, pod_name, created_objects, self.image_name)
d.check_pod(self.value_pod[num2], pod_name, created_objects)
cleanup.delete_pod(pod_name, created_objects)
cleanup.check_pod_deleted(pod_name, created_objects)
if value_pvc_pass["access_modes"] == "ReadWriteOnce" and self.keep_objects is True:
break
LOGGER.info(100*"-")
vol_name = cleanup.delete_pvc(pvc_name, created_objects)
cleanup.check_pvc_deleted(pvc_name, vol_name, created_objects)
cleanup.delete_pv(pv_name, created_objects)
cleanup.check_pv_deleted(pv_name, created_objects)
LOGGER.info(100*"=")
cleanup.clean_with_created_objects(created_objects)
def test_static(self,
pv_value,
pvc_value,
sc_value=False,
wrong=None,
root_volume=False):
config.load_kube_config(config_file=kubeconfig_value)
d.set_test_namespace_value(self.test_ns)
sc_name = ""
if sc_value is not False:
sc_name = d.get_random_name("sc")
d.create_storage_class(sc_value, self.config_file, sc_name)
d.check_storage_class(sc_name)
FSUID = get_FSUID(self.config_file)
cluster_id = self.config_file["id"]
if wrong is not None:
if wrong["id_wrong"] is True:
cluster_id = int(cluster_id) + 1
cluster_id = str(cluster_id)
if wrong["FSUID_wrong"] is True:
FSUID = "AAAA"
mount_point = get_mount_point(self.config_file)
if root_volume is False:
dir_name = d.get_random_name("dir")
create_dir(self.config_file, dir_name)
pv_value["volumeHandle"] = cluster_id+";"+FSUID + \
";path="+mount_point+"/"+dir_name
elif root_volume is True:
pv_value["volumeHandle"] = cluster_id+";"+FSUID + \
";path="+mount_point
dir_name = "nodiravailable"
if pvc_value == "Default":
pvc_value = copy.deepcopy(self.value_pvc)
num_final = len(pvc_value)
for num in range(0, num_final):
pv_name = d.get_random_name("pv")
d.create_pv(pv_value, pv_name, sc_name)
d.check_pv(pv_name)
value_pvc_pass = copy.deepcopy(pvc_value[num])
if (check_key(pv_value, "reason")):
if not (check_key(value_pvc_pass, "reason")):
value_pvc_pass["reason"] = pv_value["reason"]
LOGGER.info(100 * "=")
pvc_name = d.get_random_name("pvc")
d.create_pvc(value_pvc_pass, sc_name, pvc_name, self.config_file,
pv_name)
val = d.check_pvc(value_pvc_pass, sc_name, pvc_name, dir_name,
pv_name)
if val is True:
for num2 in range(0, len(self.value_pod)):
LOGGER.info(100 * "-")
pod_name = d.get_random_name("pod")
d.create_pod(self.value_pod[num2], pvc_name, pod_name)
d.check_pod(self.value_pod[num2], sc_name, pvc_name,
pod_name, dir_name, pv_name)
d.delete_pod(pod_name)
d.check_pod_deleted(pod_name)
LOGGER.info(100 * "-")
d.delete_pvc(pvc_name)
d.check_pvc_deleted(pvc_name)
d.delete_pv(pv_name)
d.check_pv_deleted(pv_name)
LOGGER.info(100 * "=")
delete_dir(self.config_file, dir_name)
if d.check_storage_class(sc_name):
d.delete_storage_class(sc_name)
d.check_storage_class_deleted(sc_name)