def pvc_create_verify(yml):
secret = None
sc = None
pvc = None
pod = None
try:
"""array_ip, array_uname, array_pwd = manager.read_array_prop(yml)
hpe3par_cli = manager.get_3par_cli_client(yml)
hpe3par_version = manager.get_array_version(hpe3par_cli)
print("\n########################### new_method %s::%s::%s ###########################" %
(str(yml), protocol, hpe3par_version[0:5]))"""
sc = manager.create_sc(yml)
pvc = manager.create_pvc(yml)
# Check PVC status in events
provisioning = None
compression = None
size = None
is_cpg_ssd = None
provisioning, compression, cpg_name, size = manager.get_sc_properties(
yml)
host_encryption = None
host_encryption_secret_name = None
host_encryption_secret_namespace = None
host_SeesVLUN_set = False
with open(yml) as f:
elements = list(yaml.safe_load_all(f))
for el in elements:
# print("======== kind :: %s " % str(el.get('kind')))
if str(el.get('kind')) == "StorageClass":
if 'hostEncryption' in el['parameters']:
host_encryption = el['parameters']['hostEncryption']
if 'hostEncryptionSecretName' in el['parameters']:
host_encryption_secret_name = el['parameters'][
'hostEncryptionSecretName']
if 'hostEncryptionSecretNamespace' in el['parameters']:
host_encryption_secret_namespace = el['parameters'][
'hostEncryptionSecretNamespace']
if 'hostSeesVLUN' in el['parameters']:
host_SeesVLUN_set = True
hostSeesVLUN = el['parameters']['hostSeesVLUN']
logging.getLogger().info("Check in events if volume is created...")
status, message = manager.check_status_from_events(
kind='PersistentVolumeClaim',
name=pvc.metadata.name,
namespace=pvc.metadata.namespace,
uid=pvc.metadata.uid)
logging.getLogger().info("Check if test passed...")
flag = manager.is_test_passed_with_encryption(
status=status,
enc_secret_name=host_encryption_secret_name,
yml=yml)
logging.getLogger().info("Test passed :: %s " % flag)
assert flag is True, message
if status == 'ProvisioningSucceeded':
flag, pvc_obj = manager.check_status(
timeout,
pvc.metadata.name,
kind='pvc',
status='Bound',
namespace=pvc.metadata.namespace)
assert flag is True, "PVC %s status check timed out, not in Bound state yet..." % pvc_obj.metadata.name
pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
volume_name = manager.get_pvc_volume(pvc_crd)
logging.getLogger().info(globals.hpe3par_cli)
volume = manager.get_volume_from_array(globals.hpe3par_cli,
volume_name)
assert volume is not None, "Volume is not created on 3PAR for pvc %s " % volume_name
logging.getLogger().info(volume)
flag, failure_cause = manager.verify_volume_properties_3par(
volume,
size=size,
provisioning=provisioning,
compression=compression,
cpg=cpg_name)
assert flag is True, "Volume properties verification at array is failed for %s" % failure_cause
pod = manager.create_pod(yml)
flag, pod_obj = manager.check_status(
timeout,
pod.metadata.name,
kind='pod',
status='Running',
namespace=pod.metadata.namespace)
assert flag is True, "Pod %s status check timed out, not in Running state yet..." % pod.metadata.name
# Verify crd fpr published status
assert manager.verify_pvc_crd_published(pvc_obj.spec.volume_name) is True, \
"PVC CRD %s Published is false after Pod is running" % pvc_obj.spec.volume_name
hpe3par_vlun = manager.get_3par_vlun(globals.hpe3par_cli,
volume_name)
assert manager.verify_pod_node(hpe3par_vlun, pod_obj) is True, \
"Node for pod received from 3par and cluster do not match"
iscsi_ips = manager.get_iscsi_ips(globals.hpe3par_cli)
# Adding hostSeesVLUN check
hpe3par_active_vlun = manager.get_all_active_vluns(
globals.hpe3par_cli, volume_name)
if host_SeesVLUN_set:
for vlun_item in hpe3par_active_vlun:
if hostSeesVLUN == "true":
assert vlun_item[
'type'] == globals.HOST_TYPE, "hostSeesVLUN parameter validation failed for volume %s" % pvc_obj.spec.volume_name
else:
assert vlun_item[
'type'] == globals.MATCHED_SET, "hostSeesVLUN parameter validation failed for volume %s" % pvc_obj.spec.volume_name
logging.getLogger().info(
"Successfully completed hostSeesVLUN parameter check")
# Read pvc crd again after pod creation. It will have IQN and LunId.
pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
flag, disk_partition = manager.verify_by_path(
iscsi_ips, pod_obj.spec.node_name, pvc_crd, hpe3par_vlun)
assert flag is True, "partition not found"
logging.getLogger().info("disk_partition received are %s " %
disk_partition)
flag, disk_partition_mod, partition_map = manager.verify_multipath(
hpe3par_vlun, disk_partition)
assert flag is True, "multipath check failed"
"""print("disk_partition after multipath check are %s " % disk_partition)
print("disk_partition_mod after multipath check are %s " % disk_partition_mod)"""
logging.getLogger().info(
"disk_partition after multipath check are %s " %
disk_partition)
logging.getLogger().info(
"disk_partition_mod after multipath check are %s " %
disk_partition_mod)
assert manager.verify_partition(
disk_partition_mod), "partition mismatch"
assert manager.verify_lsscsi(
pod_obj.spec.node_name,
disk_partition), "lsscsi verificatio failed"
assert manager.delete_pod(pod.metadata.name, pod.metadata.namespace), "Pod %s is not deleted yet " % \
pod.metadata.name
assert manager.check_if_deleted(timeout, pod.metadata.name, "Pod",
namespace=pod.metadata.namespace) is True, \
"Pod %s is not deleted yet " % pod.metadata.name
flag, ip = manager.verify_deleted_partition(
iscsi_ips, pod_obj.spec.node_name, hpe3par_vlun, pvc_crd)
assert flag is True, "Partition(s) not cleaned after volume deletion for iscsi-ip %s " % ip
paths = manager.verify_deleted_multipath_entries(
pod_obj.spec.node_name, hpe3par_vlun, disk_partition)
assert paths is None or len(
paths) == 0, "Multipath entries are not cleaned"
# partitions = manager.verify_deleted_lsscsi_entries(pod_obj.spec.node_name, disk_partition)
# assert len(partitions) == 0, "lsscsi verificatio failed for vlun deletion"
flag = manager.verify_deleted_lsscsi_entries(
pod_obj.spec.node_name, disk_partition)
# print("flag after deleted lsscsi verificatio is %s " % flag)
logging.getLogger().info(
"flag after deleted lsscsi verificatio is %s " % flag)
assert flag, "lsscsi verification failed for vlun deletion"
# Verify crd for unpublished status
try:
assert manager.verify_pvc_crd_published(pvc_obj.spec.volume_name) is False, \
"PVC CRD %s Published is true after Pod is deleted" % pvc_obj.spec.volume_name
# print("PVC CRD published is false after pod deletion.")
logging.getLogger().info(
"PVC CRD published is false after pod deletion.")
# logging.warning("PVC CRD published is false after pod deletion.")
except Exception as e:
# print("Resuming test after failure of publishes status check for pvc crd... \n%s" % e)
logging.getLogger().warning(
"Resuming test after failure of publishes status check for pvc crd... \n%s"
% e)
# logging.error("Resuming test after failure of publishes status check for pvc crd... \n%s" % e)
assert manager.delete_pvc(pvc.metadata.name)
assert manager.check_if_deleted(timeout, pvc.metadata.name, "PVC",
namespace=pvc.metadata.namespace) is True, \
"PVC %s is not deleted yet " % pvc.metadata.name
# pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
# print("PVC crd after PVC object deletion :: %s " % pvc_crd)
assert manager.check_if_crd_deleted(pvc_obj.spec.volume_name, "hpevolumeinfos") is True, \
"CRD %s of %s is not deleted yet. Taking longer..." % (pvc_obj.spec.volume_name, 'hpevolumeinfos')
assert manager.verify_delete_volume_on_3par(globals.hpe3par_cli, volume_name), \
"Volume %s from 3PAR for PVC %s is not deleted" % (volume_name, pvc.metadata.name)
assert manager.delete_sc(sc.metadata.name) is True
assert manager.check_if_deleted(timeout, sc.metadata.name, "SC",
sc.metadata.namespace) is True, "SC %s is not deleted yet " \
% sc.metadata.name
"""assert manager.delete_secret(secret.metadata.name, secret.metadata.namespace) is True
assert manager.check_if_deleted(timeout, secret.metadata.name, "Secret", namespace=secret.metadata.namespace) is True, \
"Secret %s is not deleted yet " % secret.metadata.name"""
except Exception as e:
# print("Exception in test_publish :: %s" % e)
logging.getLogger().error("Exception in test_publish :: %s" % e)
# logging.error("Exception in test_publish :: %s" % e)
"""if step == 'pvc':
manager.delete_pvc(pvc.metadata.name)
manager.delete_sc(sc.metadata.name)
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)
if step == 'sc':
manager.delete_sc(sc.metadata.name)
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)
if step == 'secret':
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)"""
raise e
finally:
#hpe3par_cli.logout()
cleanup(None, sc, pvc, pod)
def test_publish_sanity():
sc = None
pvc = None
pod = None
try:
yml = "%s/test-publish.yml" % globals.yaml_dir
#array_ip, array_uname, array_pwd, protocol = manager.read_array_prop(yml)
#hpe3par_cli = manager.get_3par_cli_client(yml)
#hpe3par_version = manager.get_array_version(hpe3par_cli)
#print("\n########################### test_publish::%s::%s ###########################" %
# (protocol, hpe3par_version[0:5]))
"""logging.error("\n########################### test_publish::%s::%s###########################" %
(protocol, hpe3par_version))"""
#secret = manager.create_secret(yml)
#step = "secret"
sc = manager.create_sc(yml)
#step = "sc"
pvc = manager.create_pvc(yml)
#step = "pvc"
flag, pvc_obj = manager.check_status(timeout,
pvc.metadata.name,
kind='pvc',
status='Bound',
namespace=pvc.metadata.namespace)
assert flag is True, "PVC %s status check timed out, not in Bound state yet..." % pvc_obj.metadata.name
pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
#print(pvc_crd)
volume_name = manager.get_pvc_volume(pvc_crd)
#print("hpe3par_cli object :: %s " % hpe3par_cli)
volume = manager.get_volume_from_array(globals.hpe3par_cli,
volume_name)
assert volume is not None, "Volume is not created on 3PAR for pvc %s " % volume_name
"""assert manager.verify_volume_properties(volume, provisioning='thin', compression='true') is True, \
"tpvv no comp volume verification failed""" ""
pod = manager.create_pod(yml)
flag, pod_obj = manager.check_status(timeout,
pod.metadata.name,
kind='pod',
status='Running',
namespace=pod.metadata.namespace)
assert flag is True, "Pod %s status check timed out, not in Running state yet..." % pod.metadata.name
# Verify crd fpr published status
assert manager.verify_pvc_crd_published(pvc_obj.spec.volume_name) is True, \
"PVC CRD %s Published is false after Pod is running" % pvc_obj.spec.volume_name
hpe3par_vlun = manager.get_3par_vlun(globals.hpe3par_cli, volume_name)
assert manager.verify_pod_node(hpe3par_vlun, pod_obj) is True, \
"Node for pod received from 3par and cluster do not match"
iscsi_ips = manager.get_iscsi_ips(globals.hpe3par_cli)
# Read pvc crd again after pod creation. It will have IQN and LunId.
pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
flag, disk_partition = manager.verify_by_path(iscsi_ips,
pod_obj.spec.node_name,
pvc_crd, hpe3par_vlun)
assert flag is True, "partition not found"
logging.getLogger().info("disk_partition received are %s " %
disk_partition)
flag, disk_partition_mod, partition_map = manager.verify_multipath(
hpe3par_vlun, disk_partition)
assert flag is True, "multipath check failed"
"""print("disk_partition after multipath check are %s " % disk_partition)
print("disk_partition_mod after multipath check are %s " % disk_partition_mod)"""
logging.getLogger().info(
"disk_partition after multipath check are %s " % disk_partition)
logging.getLogger().info(
"disk_partition_mod after multipath check are %s " %
disk_partition_mod)
assert manager.verify_partition(
disk_partition_mod), "partition mismatch"
assert manager.verify_lsscsi(
pod_obj.spec.node_name,
disk_partition), "lsscsi verificatio failed"
assert manager.delete_pod(pod.metadata.name, pod.metadata.namespace), "Pod %s is not deleted yet " % \
pod.metadata.name
assert manager.check_if_deleted(timeout, pod.metadata.name, "Pod", namespace=pod.metadata.namespace) is True, \
"Pod %s is not deleted yet " % pod.metadata.name
flag, ip = manager.verify_deleted_partition(iscsi_ips,
pod_obj.spec.node_name,
hpe3par_vlun, pvc_crd)
assert flag is True, "Partition(s) not cleaned after volume deletion for iscsi-ip %s " % ip
paths = manager.verify_deleted_multipath_entries(
pod_obj.spec.node_name, hpe3par_vlun, disk_partition)
assert paths is None or len(
paths) == 0, "Multipath entries are not cleaned"
# partitions = manager.verify_deleted_lsscsi_entries(pod_obj.spec.node_name, disk_partition)
# assert len(partitions) == 0, "lsscsi verificatio failed for vlun deletion"
flag = manager.verify_deleted_lsscsi_entries(pod_obj.spec.node_name,
disk_partition)
#print("flag after deleted lsscsi verificatio is %s " % flag)
logging.getLogger().info(
"flag after deleted lsscsi verificatio is %s " % flag)
assert flag, "lsscsi verification failed for vlun deletion"
# Verify crd for unpublished status
try:
assert manager.verify_pvc_crd_published(pvc_obj.spec.volume_name) is False, \
"PVC CRD %s Published is true after Pod is deleted" % pvc_obj.spec.volume_name
#print("PVC CRD published is false after pod deletion.")
logging.getLogger().info(
"PVC CRD published is false after pod deletion.")
#logging.warning("PVC CRD published is false after pod deletion.")
except Exception as e:
#print("Resuming test after failure of publishes status check for pvc crd... \n%s" % e)
logging.getLogger().warning(
"Resuming test after failure of publishes status check for pvc crd... \n%s"
% e)
#logging.error("Resuming test after failure of publishes status check for pvc crd... \n%s" % e)
assert manager.delete_pvc(pvc.metadata.name)
assert manager.check_if_deleted(timeout, pvc.metadata.name, "PVC", namespace=pvc.metadata.namespace) is True, \
"PVC %s is not deleted yet " % pvc.metadata.name
#pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
#print("PVC crd after PVC object deletion :: %s " % pvc_crd)
assert manager.check_if_crd_deleted(pvc_obj.spec.volume_name, "hpevolumeinfos") is True, \
"CRD %s of %s is not deleted yet. Taking longer..." % (pvc_obj.spec.volume_name, 'hpevolumeinfos')
assert manager.verify_delete_volume_on_3par(globals.hpe3par_cli, volume_name), \
"Volume %s from 3PAR for PVC %s is not deleted" % (volume_name, pvc.metadata.name)
assert manager.delete_sc(sc.metadata.name) is True
assert manager.check_if_deleted(timeout, sc.metadata.name, "SC", sc.metadata.namespace) is True, "SC %s is not deleted yet " \
% sc.metadata.name
"""assert manager.delete_secret(secret.metadata.name, secret.metadata.namespace) is True
assert manager.check_if_deleted(timeout, secret.metadata.name, "Secret", namespace=secret.metadata.namespace) is True, \
"Secret %s is not deleted yet " % secret.metadata.name"""
except Exception as e:
#print("Exception in test_publish :: %s" % e)
logging.getLogger().error("Exception in test_publish :: %s" % e)
#logging.error("Exception in test_publish :: %s" % e)
"""if step == 'pvc':
manager.delete_pvc(pvc.metadata.name)
manager.delete_sc(sc.metadata.name)
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)
if step == 'sc':
manager.delete_sc(sc.metadata.name)
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)
if step == 'secret':
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)"""
raise e
finally:
#hpe3par_cli.logout()
cleanup(None, sc, pvc, pod)
def run_pod_bkp(yml, hpe3par_cli, protocol):
secret = None
sc = None
pvc = None
pod = None
try:
secret = manager.create_secret(yml)
sc = manager.create_sc(yml)
pvc = manager.create_pvc(yml)
flag, pvc_obj = manager.check_status(timeout, pvc.metadata.name, kind='pvc', status='Bound',
namespace=pvc.metadata.namespace)
assert flag is True, "PVC %s status check timed out, not in Bound state yet..." % pvc_obj.metadata.name
pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
#print(pvc_crd)
volume_name = manager.get_pvc_volume(pvc_crd)
volume = manager.get_volume_from_array(hpe3par_cli, volume_name)
assert volume is not None, "Volume is not created on 3PAR for pvc %s. Terminating test. " % volume_name
pod = manager.create_pod(yml)
flag, pod_obj = manager.check_status(timeout, pod.metadata.name, kind='pod', status='Running',
namespace=pod.metadata.namespace)
assert flag is True, "Pod %s status check timed out, not in Running state yet. Terminating test." % pod.metadata.name
# Verify crd fpr published status
assert manager.verify_pvc_crd_published(pvc_obj.spec.volume_name) is True, \
"PVC CRD %s Published is false after Pod is running" % pvc_obj.spec.volume_name
hpe3par_vlun = manager.get_3par_vlun(hpe3par_cli,volume_name)
assert manager.verify_pod_node(hpe3par_vlun, pod_obj) is True, \
"Node for pod received from 3par and cluster do not match"
if protocol == 'iscsi':
iscsi_ips = manager.get_iscsi_ips(hpe3par_cli)
flag, disk_partition = manager.verify_by_path(iscsi_ips, pod_obj.spec.node_name)
assert flag is True, "partition not found"
print("disk_partition received are %s " % disk_partition)
flag, disk_partition_mod = manager.verify_multipath(hpe3par_vlun, disk_partition)
assert flag is True, "multipath check failed"
print("disk_partition after multipath check are %s " % disk_partition)
print("disk_partition_mod after multipath check are %s " % disk_partition_mod)
assert manager.verify_partition(disk_partition_mod), "partition mismatch"
assert manager.verify_lsscsi(pod_obj.spec.node_name, disk_partition), "lsscsi verificatio failed"
assert manager.delete_pod(pod.metadata.name, pod.metadata.namespace), "Pod %s is not deleted yet " % \
pod.metadata.name
assert manager.check_if_deleted(timeout, pod.metadata.name, "Pod", namespace=pod.metadata.namespace) is True, \
"Pod %s is not deleted yet " % pod.metadata.name
if protocol == 'iscsi':
flag, ip = manager.verify_deleted_partition(iscsi_ips, pod_obj.spec.node_name)
assert flag is True, "Partition(s) not cleaned after volume deletion for iscsi-ip %s " % ip
paths = manager.verify_deleted_multipath_entries(pod_obj.spec.node_name, hpe3par_vlun)
assert paths is None or len(paths) == 0, "Multipath entries are not cleaned"
# partitions = manager.verify_deleted_lsscsi_entries(pod_obj.spec.node_name, disk_partition)
# assert len(partitions) == 0, "lsscsi verificatio failed for vlun deletion"
flag = manager.verify_deleted_lsscsi_entries(pod_obj.spec.node_name, disk_partition)
print("flag after deleted lsscsi verificatio is %s " % flag)
assert flag, "lsscsi verification failed for vlun deletion"
# Verify crd for unpublished status
"""try:
assert manager.verify_pvc_crd_published(pvc_obj.spec.volume_name) is False, \
"PVC CRD %s Published is true after Pod is deleted" % pvc_obj.spec.volume_name
print("PVC CRD published is false after pod deletion.")
#logging.warning("PVC CRD published is false after pod deletion.")
except Exception as e:
print("Resuming test after failure of publishes status check for pvc crd... \n%s" % e)
#logging.error("Resuming test after failure of publishes status check for pvc crd... \n%s" % e)"""
assert manager.delete_pvc(pvc.metadata.name)
assert manager.check_if_deleted(timeout, pvc.metadata.name, "PVC", namespace=pvc.metadata.namespace) is True, \
"PVC %s is not deleted yet " % pvc.metadata.name
#pvc_crd = manager.get_pvc_crd(pvc_obj.spec.volume_name)
#print("PVC crd after PVC object deletion :: %s " % pvc_crd)
assert manager.check_if_crd_deleted(pvc_obj.spec.volume_name, "hpevolumeinfos") is True, \
"CRD %s of %s is not deleted yet. Taking longer..." % (pvc_obj.spec.volume_name, 'hpevolumeinfos')
assert manager.verify_delete_volume_on_3par(hpe3par_cli, volume_name), \
"Volume %s from 3PAR for PVC %s is not deleted" % (volume_name, pvc.metadata.name)
assert manager.delete_sc(sc.metadata.name) is True
assert manager.check_if_deleted(timeout, sc.metadata.name, "SC") is True, "SC %s is not deleted yet " \
% sc.metadata.name
assert manager.delete_secret(secret.metadata.name, secret.metadata.namespace) is True
assert manager.check_if_deleted(timeout, secret.metadata.name, "Secret", namespace=secret.metadata.namespace) is True, \
"Secret %s is not deleted yet " % secret.metadata.name
except Exception as e:
print("Exception in run_pod :: %s" % e)
#logging.error("Exception in test_publish :: %s" % e)
"""if step == 'pvc':
manager.delete_pvc(pvc.metadata.name)
manager.delete_sc(sc.metadata.name)
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)
if step == 'sc':
manager.delete_sc(sc.metadata.name)
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)
if step == 'secret':
manager.delete_secret(secret.metadata.name, secret.metadata.namespace)"""
raise e
finally:
cleanup(secret, sc, pvc, pod)
def check_pod_status_vlun_crd(deploy_added=False, pod_removed=False):
global list_pod_name
global map_pod_node_dist
global map_pod_vlun
global map_pvc_crd
global access_protocol
global disk_partition_map
global list_pod_obj
global list_replica_set
global pod_status_check_done
global all_pods_running_time
try:
iscsi_ips = manager.get_iscsi_ips(globals.hpe3par_cli)
logging.getLogger().info("Verifying all pods in running state")
list_pod_obj.clear()
for node_name in map_pod_node_dist.keys():
map_pod_node_dist[node_name].clear()
# Check each pod for status
pod_status_check_done = False
thread1 = Thread(target=timer, name="timer")
thread1.start()
# List of replica sets those are ready
ready_replicas = set()
# Iterate through deployments to get replica set names
replica_list = set(list_replica_set)
# obj_list = {pod_obj for pod_obj in dep_map.values()}
while all_pods_running_time < 30 * 60:
# logging.getLogger().info(f"ready_deps :: {ready_replicas}")
# logging.getLogger().info(f"replica_list :: {replica_list}")
if ready_replicas == replica_list: # all deps are ready
pod_status_check_done = True
break
else:
replica_list_to_be_checked = replica_list - ready_replicas
logging.getLogger().info(
f"==========\nReplica sets to be checked if pods are created :: {replica_list_to_be_checked}\n"
)
for replica_set_name in replica_list_to_be_checked:
replica_has_running_pod = False
pods_for_dep = [
i for i in list_pod_name
if i.startswith(replica_set_name)
]
logging.getLogger().info("%s has %s list of pods" %
(replica_set_name, pods_for_dep))
for pod in pods_for_dep:
flag, pod_obj = manager.check_status(
5,
pod,
kind='pod',
status='Running',
namespace=globals.namespace)
if flag is True:
"""if deploy_added is False and pod_removed is False:
previous_node = map_pod_obj[pod].spec.node_name
assert pod_obj.spec.node_name != node_to_reboot and , \
"Pod is still mounted on previous worker node %s " % pod_obj.spec.node_name"""
check_mount_node = False
if event.startswith('drain'):
node_to_match = node_to_drain
check_mount_node = True
elif event.startswith('reboot'):
node_to_match = node_to_reboot
check_mount_node = True
if check_mount_node is True:
"""assert pod_obj.spec.node_name != node_to_match, \
"Pod %s is still mounted on previous worker node %s " % (pod, pod_obj.spec.node_name)"""
pass
replica_has_running_pod = True
list_pod_obj.append(pod_obj)
ready_replicas.add(replica_set_name)
map_pod_node_dist[pod_obj.spec.node_name].append(
pod_obj.metadata.name)
break
else:
replica_has_running_pod = False
"""assert replica_has_running_pod is True, "Deployment %s does not have any pod in running state yet out of %s" % \
(replica_set_name[0:replica_set_name.index('-')],
pods_for_dep)"""
logging.getLogger().info(
"Deployment %s has pod in running state" %
replica_set_name[0:replica_set_name.index('-')])
assert pod_status_check_done is True, f"All pods did not come to running in " \
f"{str(datetime.timedelta(0, all_pods_running_time))}, terminating test..."
logging.getLogger().info(
"==================================== Time taken to all pods come to running is %s"
% str(datetime.timedelta(0, all_pods_running_time)))
logging.getLogger().info("Node wide distribution of pods...")
for node, pod_list in map_pod_node_dist.items():
logging.getLogger().info(f"{node} :: {pod_list}\n")
logging.getLogger().info("Now verifying vlun and CRDs for each pod")
# Verify CRD and vlun for pods
for pod_obj in list_pod_obj:
# logging.getLogger().info(pod_obj)
# Verify crd fpr published status
pvc_name = pod_obj.spec.volumes[
0].persistent_volume_claim.claim_name
logging.getLogger().info("\n\nPVC is :: %s " % pvc_name)
volume_name = manager.hpe_read_pvc_object(
pvc_name, globals.namespace).spec.volume_name
logging.getLogger().info("volume_name is :: %s " % volume_name)
assert manager.verify_pvc_crd_published(volume_name) is True, \
"PVC CRD %s Published is false after Pod is running" % volume_name
logging.getLogger().info("PVC CRD %s published is True" %
volume_name)
pvc_crd = manager.get_pvc_crd(volume_name)
volume_name = volume_name[0:31]
hpe3par_vlun = manager.get_3par_vlun(hpe3par_cli, volume_name)
# store vlun for pod in map to be referenced during cleanup verification
map_pod_vlun[pod_obj.metadata.name] = hpe3par_vlun
assert manager.verify_pod_node(hpe3par_vlun, pod_obj) is True, \
"Node for pod received from 3par and cluster do not match"
logging.getLogger().info(
"Node for pod received from 3par and cluster match")
# store pvc crd to be referenced during cleanup verification
map_pvc_crd[pod_obj.metadata.name] = pvc_crd
flag, disk_partition = manager.verify_by_path(
iscsi_ips, pod_obj.spec.node_name, pvc_crd, hpe3par_vlun)
assert flag is True, "partition not found"
logging.getLogger().info("disk_partition received are %s " %
disk_partition)
flag, disk_partition_mod, partition_map = manager.verify_multipath(
hpe3par_vlun, disk_partition)
assert flag is True, "multipath check failed"
logging.getLogger().info(
"disk_partition after multipath check are %s " %
disk_partition)
logging.getLogger().info(
"disk_partition_mod after multipath check are %s " %
disk_partition_mod)
assert manager.verify_partition(
disk_partition_mod), "partition mismatch"
logging.getLogger().info(
"Partition verification done successfully")
assert manager.verify_lsscsi(
pod_obj.spec.node_name,
disk_partition), "lsscsi verification failed"
logging.getLogger().info("lsscsi verification done successfully")
# save disk_partition to verify cleanup after node drain
disk_partition_map[
pod_obj.metadata.owner_references[0].name] = disk_partition
pod_node_name = pod_obj.spec.node_name
logging.getLogger().info("%s is mounted on %s" %
(pod_obj.metadata.name, pod_node_name))
map_pod_node_dist[pod_node_name].append(pod_obj.metadata.name)
logging.getLogger().info(
"\n\nSuccessfully verified vlun and CRD status for each pod")
# logging.getLogger().info("Node wide distribution of pod %s" % map_pod_node_dist)
except Exception as e:
logging.getLogger().error("Error in vlun verification :: %s" % e)
raise e
finally:
pod_status_check_done = True
