def create_update_network_config(client_obj, name, state,
iscsi_automatic_connection_method,
iscsi_connection_rebalancing, mgmt_ip,
change_name, **kwargs):
if utils.is_null_or_empty(name):
return (False, False,
"Create network config failed as name is not present.", {}, {})
try:
network_resp = client_obj.network_configs.get(id=None, name=name)
if utils.is_null_or_empty(network_resp):
params = utils.remove_null_args(**kwargs)
network_resp = client_obj.network_configs.create(
name=name,
iscsi_automatic_connection_method=
iscsi_automatic_connection_method,
iscsi_connection_rebalancing=iscsi_connection_rebalancing,
mgmt_ip=mgmt_ip,
**params)
return (True, True,
f"Network config '{name}' created successfully.", {},
network_resp.attrs)
else:
if state == "create":
return (
False, False,
f"Network config '{name}' cannot be created as it is already present in given state.",
{}, network_resp.attrs)
# update case
kwargs['name'] = change_name
changed_attrs_dict, params = utils.remove_unchanged_or_null_args(
network_resp, **kwargs)
# even though some of the attributes have not changed but it still has to be passed in case of update.
params = utils.remove_null_args(**kwargs)
if changed_attrs_dict.__len__() > 0:
network_resp = client_obj.network_configs.update(
id=network_resp.attrs.get("id"),
name=name,
iscsi_automatic_connection_method=
iscsi_automatic_connection_method,
iscsi_connection_rebalancing=iscsi_connection_rebalancing,
mgmt_ip=mgmt_ip,
**params)
return (
True, True,
f"Network config '{name}' already present. Modified the following attributes '{changed_attrs_dict}'",
changed_attrs_dict, network_resp.attrs)
else:
return (
True, False,
f"Network config '{network_resp.attrs.get('name')}' already present in given state.",
{}, network_resp.attrs)
except Exception as ex:
return (False, False, f"Network config creation failed |'{ex}'", {},
{})
def create_snapcoll(client_obj, snapcoll_name, volcoll_name, **kwargs):
if utils.is_null_or_empty(snapcoll_name):
return (
False, False,
"Create snapshot collection failed. snapshot collection name is not present.",
{}, {})
try:
snapcoll_resp = client_obj.snapshot_collections.get(
id=None, name=snapcoll_name, volcoll_name=volcoll_name)
if utils.is_null_or_empty(snapcoll_resp):
params = utils.remove_null_args(**kwargs)
snapcoll_resp = client_obj.snapshot_collections.create(
name=snapcoll_name, **params)
return (
True, True,
f"Created snapshot collection '{snapcoll_name}' for volume collection '{volcoll_name}' successfully.",
{}, snapcoll_resp.attrs)
else:
return (
False, False,
f"Snapshot collection '{snapcoll_name}' for volume collection '{volcoll_name}' cannot be created"
"as it is already present in given state.", {},
snapcoll_resp.attrs)
except Exception as ex:
return (False, False, f"Snapshot collection creation failed | {ex}",
{}, {})
def merge_pool(
client_obj,
pool_name,
target,
**kwargs):
if utils.is_null_or_empty(pool_name):
return (False, False, "Merge pool failed as pool name is not present.", {}, {})
if utils.is_null_or_empty(target):
return (False, False, "Delete pool failed as target pool name is not present.", {}, {})
try:
pool_resp = client_obj.pools.get(id=None, name=pool_name)
if utils.is_null_or_empty(pool_resp):
return (False, False, f"Merge pools failed as source pool '{pool_name}' is not present.", {}, {})
target_pool_resp = client_obj.pools.get(id=None, name=target)
if utils.is_null_or_empty(target_pool_resp):
return (False, False, f"Merge pools failed as target pool '{target}' is not present.", {}, {})
params = utils.remove_null_args(**kwargs)
resp = client_obj.pools.merge(id=pool_resp.attrs.get("id"),
target_pool_id=target_pool_resp.attrs.get("id"),
**params)
if hasattr(resp, 'attrs'):
resp = resp.attrs
return (True, True, f"Merged target pool '{target}' to pool '{pool_name}' successfully.", {}, resp)
except Exception as ex:
return (False, False, f"Merge pool failed | {ex}", {}, {})
def update_disk(
client_obj,
slot,
shelf_location,
**kwargs):
if utils.is_null_or_empty(shelf_location):
return (False, False, "Disk update failed as no shelf location provided.", {}, {})
try:
# get the details of the disk for a given slot and shelf_location
disk_resp = client_obj.disks.list(detail=True)
if disk_resp is None:
return (False, False, "No Disk is present on array.", {}, {})
else:
disk_id = None
changed_attrs_dict = {}
for disk_obj in disk_resp:
if slot == disk_obj.attrs.get("slot") and shelf_location == disk_obj.attrs.get("shelf_location"):
disk_id = disk_obj.attrs.get("id")
break
params = utils.remove_null_args(**kwargs)
disk_resp = client_obj.disks.update(id=disk_id, **params)
if hasattr(disk_resp, 'attrs'):
disk_resp = disk_resp.attrs
changed_attrs_dict['slot'] = slot
changed_attrs_dict['shelf_location'] = shelf_location
return (True, True, f"Successfully updated disk to slot '{slot}' at shelf location '{shelf_location}'.", changed_attrs_dict, disk_resp)
except Exception as ex:
return (False, False, f"Disk update failed |'{ex}'", {}, {})
def create_perf_policy(client_obj, perf_policy_name, **kwargs):
if utils.is_null_or_empty(perf_policy_name):
return (
False, False,
"Create performance policy failed. Performance policy name is not present.",
{}, {})
try:
perf_policy_resp = client_obj.performance_policies.get(
id=None, name=perf_policy_name)
if utils.is_null_or_empty(perf_policy_resp):
params = utils.remove_null_args(**kwargs)
perf_policy_resp = client_obj.performance_policies.create(
name=perf_policy_name, **params)
if perf_policy_resp is not None:
return (
True, True,
f"Created performance policy '{perf_policy_name}' successfully.",
{}, perf_policy_resp.attrs)
else:
return (
False, False,
f"Cannot create Performance policy '{perf_policy_name}' as it is already present",
{}, {})
except Exception as ex:
return (False, False, f"Performance policy creation failed | {ex}", {},
{})
def create_volcoll(client_obj, volcoll_name, **kwargs):
if utils.is_null_or_empty(volcoll_name):
return (
False, False,
"Create volume collection failed as volume collection is not present.",
{}, {})
try:
volcoll_resp = client_obj.volume_collections.get(id=None,
name=volcoll_name)
if utils.is_null_or_empty(volcoll_resp):
params = utils.remove_null_args(**kwargs)
volcoll_resp = client_obj.volume_collections.create(
name=volcoll_name, **params)
return (
True, True,
f"Created volume collection '{volcoll_name}' successfully.",
{}, volcoll_resp.attrs)
else:
return (
False, False,
f"Volume collection '{volcoll_name}' cannot be created as it is already present in given state.",
{}, {})
except Exception as ex:
return (False, False, f"Volume collection creation failed | {ex}", {},
{})
def delete_acr(client_obj, initiator_group, volume, **kwargs):
if utils.is_null_or_empty(initiator_group):
return (
False, False,
"Access control record deletion failed. No initiator group provided."
)
if utils.is_null_or_empty(volume):
return (False, False,
"Access control record deletion failed. No volume provided.")
params = utils.remove_null_args(**kwargs)
try:
acr_list_resp = client_obj.access_control_records.list(
vol_name=volume, initiator_group_name=initiator_group, **params)
if acr_list_resp is not None and acr_list_resp.__len__() > 0:
for acr_resp in acr_list_resp:
client_obj.access_control_records.delete(
acr_resp.attrs.get("id"))
return (
True, True,
f"Successfully deleted access control record for initiator group '{initiator_group}' associated with volume '{volume}'."
)
else:
return (
True, False,
f"No access control record for initiator group '{initiator_group}' associated with volume '{volume}' found."
)
except Exception as ex:
return (False, False, f"Access control record deletion failed | {ex}")
def create_snapshot(client_obj, vol_name, snapshot_name, **kwargs):
if utils.is_null_or_empty(snapshot_name):
return (False, False,
"Create snapshot failed as snapshot is not present.", {}, {})
if utils.is_null_or_empty(vol_name):
return (False, False,
"Create snapshot failed as volume is not present.", {}, {})
try:
vol_resp = client_obj.volumes.get(id=None, name=vol_name)
if utils.is_null_or_empty(vol_resp):
return (
False, False,
f"Volume '{vol_name}' not present on array for taking snapshot.",
{}, {})
snap_resp = client_obj.snapshots.get(id=None,
vol_name=vol_name,
name=snapshot_name)
if utils.is_null_or_empty(snap_resp):
params = utils.remove_null_args(**kwargs)
snap_resp = client_obj.snapshots.create(
name=snapshot_name, vol_id=vol_resp.attrs.get("id"), **params)
if snap_resp is not None:
return (True, True,
f"Snapshot '{snapshot_name}' created successfully.",
{}, snap_resp.attrs)
else:
return (
False, False,
f"Snapshot '{snapshot_name}' cannot be created as it is already present in given state.",
{}, {})
except Exception as ex:
return (False, False, f"Snapshot creation failed | {ex}", {}, {})
def handover_volcoll(client_obj, volcoll_name, **kwargs):
if utils.is_null_or_empty(volcoll_name):
return (
False, False,
"Handover of volume collection failed as volume collection name is null.",
{})
try:
volcoll_resp = client_obj.volume_collections.get(id=None,
name=volcoll_name)
params = utils.remove_null_args(**kwargs)
if utils.is_null_or_empty(volcoll_resp):
return (
False, False,
f"Volume collection '{volcoll_name}' not present for handover.",
{})
else:
client_obj.volume_collections.handover(
id=volcoll_resp.attrs.get("id"), **params)
return (
True, True,
f"Handover of volume collection '{volcoll_name}' done successfully.",
{})
except Exception as ex:
return (False, False, f"Handover of volume collection failed | {ex}",
{})
def create_igroup(client_obj, initiator_group_name, **kwargs):
if utils.is_null_or_empty(initiator_group_name):
return (
False, False,
"Initiator group creation failed. Initiator group name is null.",
{}, {})
try:
ig_resp = client_obj.initiator_groups.get(id=None,
name=initiator_group_name)
if utils.is_null_or_empty(ig_resp):
# remove unchanged and null arguments from kwargs
params = utils.remove_null_args(**kwargs)
ig_resp = client_obj.initiator_groups.create(
name=initiator_group_name, **params)
return (
True, True,
f"Created initiator Group '{initiator_group_name}' successfully.",
{}, ig_resp.attrs)
else:
return (
False, False,
f"Cannot create initiator Group '{initiator_group_name}' as it is already present in given state.",
{}, {})
except Exception as ex:
return (False, False, f"Initiator group creation failed | {ex}", {},
{})
def create_partner(
client_obj,
downstream_hostname, # downstream
**kwargs):
if utils.is_null_or_empty(downstream_hostname):
return (False, False,
"Create replication partner failed as name is not present.",
{})
try:
upstream_repl_resp = client_obj.replication_partners.get(
id=None, hostname=downstream_hostname)
if utils.is_null_or_empty(upstream_repl_resp):
params = utils.remove_null_args(**kwargs)
upstream_repl_resp = client_obj.replication_partners.create(
hostname=downstream_hostname, **params)
return (
True, True,
f"Replication partner '{downstream_hostname}' created successfully.",
{}, upstream_repl_resp.attrs)
else:
return (
False, False,
f"Replication partner '{downstream_hostname}' cannot be created as it is already present in given state.",
{}, upstream_repl_resp.attrs)
except Exception as ex:
return (False, False, f"Replication partner creation failed |{ex}", {},
{})
def create_prot_template(client_obj, prot_template_name, **kwargs):
if utils.is_null_or_empty(prot_template_name):
return (
False, False,
"Create protection template failed as protection template name is not present.",
{}, {})
try:
prot_template_resp = client_obj.protection_templates.get(
id=None, name=prot_template_name)
if utils.is_null_or_empty(prot_template_resp):
params = utils.remove_null_args(**kwargs)
prot_template_resp = client_obj.protection_templates.create(
name=prot_template_name, **params)
return (
True, True,
f"Protection template '{prot_template_name}' created successfully.",
{}, prot_template_resp.attrs)
else:
return (
False, False,
f"Protection template '{prot_template_name}' cannot be created as it is already present in given state.",
{}, prot_template_resp.attrs)
except Exception as ex:
return (False, False, f"Protection template creation failed | {ex}",
{}, {})
def create_prot_schedule(client_obj, prot_schedule_name, **kwargs):
if utils.is_null_or_empty(prot_schedule_name):
return (
False, False,
"Create protection schedule failed as protection schedule name is not present.",
{}, {})
try:
prot_schedule_resp = client_obj.protection_schedules.get(
id=None,
name=prot_schedule_name,
volcoll_or_prottmpl_type=kwargs['volcoll_or_prottmpl_type'],
volcoll_or_prottmpl_id=kwargs['volcoll_or_prottmpl_id'])
if utils.is_null_or_empty(prot_schedule_resp):
params = utils.remove_null_args(**kwargs)
prot_schedule_resp = client_obj.protection_schedules.create(
name=prot_schedule_name, **params)
return (
True, True,
f"Created protection schedule '{prot_schedule_name}' successfully.",
{}, prot_schedule_resp.attrs)
else:
return (
False, False,
f"Cannot create protection schedule '{prot_schedule_name}' as it is already present in given state.",
{}, prot_schedule_resp.attrs)
except Exception as ex:
return (False, False, f"Protection schedule creation failed | {ex}",
{}, {})
def create_user(client_obj, user_name, password, **kwargs):
if utils.is_null_or_empty(user_name):
return (False, False, "Create user failed as user is not present.", {},
{})
if utils.is_null_or_empty(password):
return (False, False, "Create user failed as password is not present.",
{}, {})
try:
user_resp = client_obj.users.get(id=None, name=user_name)
if utils.is_null_or_empty(user_resp):
params = utils.remove_null_args(**kwargs)
user_resp = client_obj.users.create(name=user_name,
password=password,
**params)
return (True, True, f"User '{user_name}' created successfully.",
{}, user_resp.attrs)
else:
return (
False, False,
f"User '{user_name}' cannot be created as it is already present in given state.",
{}, {})
except Exception as ex:
return (False, False, f"User creation failed | {ex}", {}, {})
def create_acr(client_obj, state, initiator_group, volume, **kwargs):
if utils.is_null_or_empty(initiator_group):
return (
False, False,
"Access control record creation failed. No initiator group provided.",
{})
if utils.is_null_or_empty(volume):
return (
False, False,
"Access control record creation failed. No volume name provided.",
{})
try:
# see if the igroup is already present
ig_resp = client_obj.initiator_groups.get(id=None,
name=initiator_group)
if ig_resp is None:
return (
False, False,
f"Initiator Group '{initiator_group}' is not present on array.",
{})
vol_resp = client_obj.volumes.get(id=None, name=volume)
if vol_resp is None:
return (False, False,
f"Volume name '{volume}' is not present on array.", {})
acr_resp = client_obj.access_control_records.get(
vol_name=volume,
initiator_group_name=initiator_group,
apply_to=kwargs['apply_to'])
if utils.is_null_or_empty(acr_resp) is False:
changed_attrs_dict, params = utils.remove_unchanged_or_null_args(
acr_resp, **kwargs)
else:
params = utils.remove_null_args(**kwargs)
if acr_resp is None or changed_attrs_dict.__len__() > 0:
acr_resp = client_obj.access_control_records.create(
initiator_group_id=ig_resp.attrs.get("id"),
vol_id=vol_resp.attrs.get("id"),
**params)
# params['volume'] = volume
# params['initiator_group'] = initiator_group
return (True, True, "Successfully created access control record.",
acr_resp.attrs)
else:
# if state is set to present, we pass
if state == "present":
return (
True, False,
f"Access control record for volume '{volume}' with initiator group '{initiator_group}' is already present.",
acr_resp.attrs)
return (
False, False,
f"Access control record for volume '{volume}' with initiator group '{initiator_group}' cannot "
"be created as it is already present.", {})
except Exception as ex:
return (False, False, f"Access control record creation failed | {ex}",
{})
def create_acr(client_obj, initiator_group, volume, state, **kwargs):
if utils.is_null_or_empty(initiator_group):
return (
False, False,
"Access control record creation failed. No initiator group provided."
)
if utils.is_null_or_empty(volume):
return (
False, False,
"Access control record creation failed. No volume name provided.")
try:
# see if the igroup is already present
ig_resp = client_obj.initiator_groups.get(id=None,
name=initiator_group)
if ig_resp is None:
return (
False, False,
f"Initiator Group '{initiator_group}' is not present on array."
)
vol_resp = client_obj.volumes.get(id=None, name=volume)
if vol_resp is None:
return (False, False,
f"Volume name '{volume}' is not present on array.")
acr_resp = client_obj.access_control_records.get(id=None,
vol_name=volume)
if utils.is_null_or_empty(acr_resp) is False:
changed_attrs_dict, params = utils.remove_unchanged_or_null_args(
acr_resp, **kwargs)
else:
params = utils.remove_null_args(**kwargs)
if acr_resp is None or acr_resp.attrs.get(
"initiator_group_id") != ig_resp.attrs.get("id"):
acr_resp = client_obj.access_control_records.create(
initiator_group_id=ig_resp.attrs.get("id"),
vol_id=vol_resp.attrs.get("id"),
**params)
return (
True, True,
f"Successfully created access control record for volume '{volume}'."
)
else:
# check the state. if it is set to present ,we pass else if it is 'create' then we will fail
if state == "present":
return (
True, False,
f"Access control record is already present for volume '{volume}'."
)
return (
False, False,
f"Access control record for volume '{volume}' cannot be created as it is already present."
)
except Exception as ex:
return (False, False, f"Access control record creation failed | {ex}")
def halt_group(client_obj, group_name, **kwargs):
if utils.is_null_or_empty(group_name):
return (False, False, "Halt group failed as it is not present.", {})
try:
group_resp = client_obj.groups.get(id=None, name=group_name)
if utils.is_null_or_empty(group_resp):
return (
False, False,
f"Group '{group_name}' cannot be halted as it is not present.",
{})
params = utils.remove_null_args(**kwargs)
client_obj.groups.halt(id=group_resp.attrs.get("id"), **params)
return (True, True, f"Halted group '{group_name}' successfully.", {})
except Exception as ex:
return (False, False, f"Halt group failed | '{ex}'", {})
def purge_inactive_key(
client_obj,
master_key,
**kwargs):
if utils.is_null_or_empty(master_key):
return (False, False, "Purge inactive master key failed as master key is not present.", {})
try:
master_key_resp = client_obj.master_key.get(id=None, name=master_key)
if utils.is_null_or_empty(master_key_resp):
return (False, False, f"Master key '{master_key}' cannot be purged as it is not present.", {})
params = utils.remove_null_args(**kwargs)
client_obj.master_key.purge_inactive(id=master_key_resp.attrs.get("id"), **params)
return (True, True, f"Purged inactive master key '{master_key}' successfully.", {})
except Exception as ex:
return (False, False, f"Purge inactive master key failed |{ex}", {})
def create_volume(
client_obj,
vol_name,
**kwargs):
if utils.is_null_or_empty(vol_name):
return (False, False, "Volume creation failed as volume name is null.", {}, {})
try:
vol_resp = client_obj.volumes.get(id=None, name=vol_name)
# remove unchanged and null arguments from kwargs
params = utils.remove_null_args(**kwargs)
if utils.is_null_or_empty(vol_resp):
resp = client_obj.volumes.create(vol_name, **params)
return (True, True, f"Created volume '{vol_name}' successfully.", {}, resp.attrs)
else:
return (False, False, f"Volume '{vol_name}' cannot be created as it is already present in given state.", {}, {})
except Exception as ex:
return (False, False, f"Volume creation failed '{ex}'", {}, {})
def failover_array(client_obj, array_name, **kwargs):
if utils.is_null_or_empty(array_name):
return (False, False,
"Failover array failed as array name is not present.", {})
try:
array_resp = client_obj.arrays.get(id=None, name=array_name)
if utils.is_null_or_empty(array_resp):
return (
False, False,
f"Array '{array_name}' cannot failover as it is not present.",
{})
else:
params = utils.remove_null_args(**kwargs)
array_resp = client_obj.arrays.failover(
id=array_resp.attrs.get("id"), **params)
return (True, True, f"Failover array '{array_name}' successfully.",
{})
except Exception as ex:
return (False, False, f"Array failover failed |{ex}", {})
def create_pool(
client_obj,
pool_name,
**kwargs):
if utils.is_null_or_empty(pool_name):
return (False, False, "Create pool failed as pool name is not present.", {}, {})
try:
pool_resp = client_obj.pools.get(id=None, name=pool_name)
if utils.is_null_or_empty(pool_resp):
params = utils.remove_null_args(**kwargs)
pool_resp = client_obj.pools.create(name=pool_name,
**params)
if pool_resp is not None:
return (True, True, f"Created pool '{pool_name}' successfully.", {}, pool_resp.attrs)
else:
return (False, False, f"Pool '{pool_name}' cannot be created as it is already present in given state.", {}, pool_resp.attrs)
except Exception as ex:
return (False, False, f"Pool creation failed | {ex}", {}, {})
def create_array(client_obj, array_name, **kwargs):
if utils.is_null_or_empty(array_name):
return (False, False,
"Create array failed as array name is not present.", {}, {})
try:
array_resp = client_obj.arrays.get(id=None, name=array_name)
if utils.is_null_or_empty(array_resp):
params = utils.remove_null_args(**kwargs)
array_resp = client_obj.arrays.create(name=array_name, **params)
if array_resp is not None:
return (True, True,
f"Created array '{array_name}' successfully.", {},
array_resp.attrs)
else:
return (
False, False,
f"Array '{array_name}' cannot be created as it is already present",
{}, array_resp.attrs)
except Exception as ex:
return (False, False, f"Array creation failed |{ex}", {}, {})
def merge_group(client_obj, group_name, **kwargs):
if utils.is_null_or_empty(group_name):
return (False, False, "Merge for group failed as it is not present.",
{}, {})
try:
group_resp = client_obj.groups.get(id=None, name=group_name)
if utils.is_null_or_empty(group_resp):
return (
False, False,
f"Merge for group '{group_name}' cannot be done as it is not present.",
{}, {})
params = utils.remove_null_args(**kwargs)
merge_resp = client_obj.groups.merge(id=group_resp.attrs.get("id"),
**params)
if hasattr(merge_resp, 'attrs'):
merge_resp = merge_resp.attrs
return (True, True, f"Merged group '{group_name}' successfully.", {},
merge_resp)
except Exception as ex:
return (False, False, f"Merge for group failed | '{ex}'", {}, {})
def validate_merge_group(client_obj, group_name, **kwargs):
if utils.is_null_or_empty(group_name):
return (False, False,
"Validate merge for group failed as it is not present.", {},
{})
try:
group_resp = client_obj.groups.get(id=None, name=group_name)
if utils.is_null_or_empty(group_resp):
return (
False, False,
f"Validate merge for group '{group_name}' cannot be done as it is not present.",
{}, {})
params = utils.remove_null_args(**kwargs)
validate_merge_resp = client_obj.groups.validate_merge(
id=group_resp.attrs.get("id"), **params)
if hasattr(validate_merge_resp, 'attrs'):
validate_merge_resp = validate_merge_resp.attrs
if utils.is_null_or_empty(
validate_merge_resp.get("validation_error_msg")):
return (
True, False,
f"Validate merge operation for group '{group_name}' done successfully.",
{}, validate_merge_resp)
else:
msg = validate_merge_resp.get("validation_error_msg")
return (
False, False,
f"Validate merge operation for group '{group_name}' failed with error '{msg}'",
{}, validate_merge_resp)
except Exception as ex:
return (False, False, f"Validate merge for group failed | '{ex}'", {},
{})
