def build_export_policy_rules(export_policy=None):
rules = []
if export_policy:
ep_list = json.loads(export_policy)
for ep in ep_list:
rule_index = ep['rule_index'] if 'rule_index' in ep else None
unix_read_only = ep[
'unix_read_only'] if 'unix_read_only' in ep else None
unix_read_write = ep[
'unix_read_write'] if 'unix_read_write' in ep else None
cifs = ep['cifs'] if 'cifs' in ep else None
nfsv3 = ep['nfsv3'] if 'nfsv3' in ep else None
nfsv4 = ep['nfsv4'] if 'nfsv4' in ep else None
allowed_clients = ep[
'allowed_clients'] if 'allowed_clients' in ep else None
export_policy = ExportPolicyRule(rule_index=rule_index,
unix_read_only=unix_read_only,
unix_read_write=unix_read_write,
cifs=cifs,
nfsv3=nfsv3,
nfsv4=nfsv4,
allowed_clients=allowed_clients)
rules.append(export_policy)
return rules
def create_volume(cmd, client, account_name, pool_name, volume_name, resource_group_name, location, file_path, usage_threshold, vnet, subnet='default', service_level=None, protocol_types=None, volume_type=None, endpoint_type=None, replication_schedule=None, remote_volume_resource_id=None, tags=None, snapshot_id=None):
subs_id = get_subscription_id(cmd.cli_ctx)
# determine vnet - supplied value can be name or ARM resource Id
if is_valid_resource_id(vnet):
resource_parts = parse_resource_id(vnet)
vnet = resource_parts['resource_name']
# default the resource group of the subnet to the volume's rg unless the subnet is specified by id
subnet_rg = resource_group_name
# determine subnet - supplied value can be name or ARM reource Id
if is_valid_resource_id(subnet):
resource_parts = parse_resource_id(subnet)
subnet = resource_parts['resource_name']
subnet_rg = resource_parts['resource_group']
# if NFSv4 is specified then the export policy must reflect this
# the RP ordinarily only creates a default setting NFSv3. Export
# policy is not settable directly on creation in CLI only via the
# add export policy subcommand
if (protocol_types is not None) and ("NFSv4.1" in protocol_types):
rules = []
export_policy = ExportPolicyRule(rule_index=1, unix_read_only=False, unix_read_write=True, cifs=False, nfsv3=False, nfsv41=True, allowed_clients="0.0.0.0/0")
rules.append(export_policy)
volume_export_policy = VolumePropertiesExportPolicy(rules=rules)
else:
volume_export_policy = None
# if we have a data protection volume requested then build the component
if volume_type == "DataProtection":
replication = ReplicationObject(
endpoint_type=endpoint_type,
replication_schedule=replication_schedule,
remote_volume_resource_id=remote_volume_resource_id
)
data_protection = VolumePropertiesDataProtection(replication=replication)
else:
data_protection = None
subnet_id = "/subscriptions/%s/resourceGroups/%s/providers/Microsoft.Network/virtualNetworks/%s/subnets/%s" % (subs_id, subnet_rg, vnet, subnet)
body = Volume(
usage_threshold=int(usage_threshold) * gib_scale,
creation_token=file_path,
service_level=service_level,
location=location,
subnet_id=subnet_id,
protocol_types=protocol_types,
export_policy=volume_export_policy,
volume_type=volume_type,
data_protection=data_protection,
tags=tags,
snapshot_id=snapshot_id)
return client.create_or_update(body, resource_group_name, account_name, pool_name, volume_name)
def add_export_policy_rule(cmd, instance, allowed_clients, rule_index, unix_read_only, unix_read_write, cifs, nfsv3, nfsv41):
rules = []
export_policy = ExportPolicyRule(rule_index=rule_index, unix_read_only=unix_read_only, unix_read_write=unix_read_write, cifs=cifs, nfsv3=nfsv3, nfsv41=nfsv41, allowed_clients=allowed_clients)
rules.append(export_policy)
for rule in instance.export_policy.rules:
rules.append(rule)
volume_export_policy = VolumePropertiesExportPolicy(rules=rules)
params = VolumePatch(
export_policy=volume_export_policy,
service_level=instance.service_level,
usage_threshold=instance.usage_threshold)
_update_mapper(instance, params, ['export_policy'])
return params
def add_export_policy_rule(instance,
allowed_clients,
rule_index,
unix_read_only,
unix_read_write,
cifs,
nfsv3,
nfsv41,
kerberos5_r=None,
kerberos5_rw=None,
kerberos5i_r=None,
kerberos5i_rw=None,
kerberos5p_r=None,
kerberos5p_rw=None,
has_root_access=None,
chown_mode=None):
rules = []
export_policy = ExportPolicyRule(rule_index=rule_index,
unix_read_only=unix_read_only,
unix_read_write=unix_read_write,
cifs=cifs,
nfsv3=nfsv3,
nfsv41=nfsv41,
allowed_clients=allowed_clients,
kerberos5_read_only=kerberos5_r,
kerberos5_read_write=kerberos5_rw,
kerberos5_i_read_only=kerberos5i_r,
kerberos5_i_read_write=kerberos5i_rw,
kerberos5_p_read_only=kerberos5p_r,
kerberos5_p_read_write=kerberos5p_rw,
has_root_access=has_root_access,
chown_mode=chown_mode)
rules.append(export_policy)
for rule in instance.export_policy.rules:
rules.append(rule)
volume_export_policy = VolumePropertiesExportPolicy(rules=rules)
params = VolumePatch(export_policy=volume_export_policy,
service_level=instance.service_level,
usage_threshold=instance.usage_threshold)
_update_mapper(instance, params, ['export_policy'])
return params
def get_export_policy_rules(self):
# ExportPolicyRule(rule_index: int=None, unix_read_only: bool=None, unix_read_write: bool=None,
# kerberos5_read_only: bool=False, kerberos5_read_write: bool=False, kerberos5i_read_only: bool=False,
# kerberos5i_read_write: bool=False, kerberos5p_read_only: bool=False, kerberos5p_read_write: bool=False,
# cifs: bool=None, nfsv3: bool=None, nfsv41: bool=None, allowed_clients: str=None, has_root_access: bool=True
ptypes = self.parameters.get('protocol_types')
if ptypes is None:
return None
ptypes = [x.lower() for x in ptypes]
if 'nfsv4.1' in ptypes:
ptypes.append('nfsv41')
else:
return None
# only create a policy when NFSv4 is used (for now)
options = dict(rule_index=1,
allowed_clients='0.0.0.0/0',
unix_read_write=True)
for protocol in ('cifs', 'nfsv3', 'nfsv41'):
options[protocol] = protocol in ptypes
if options:
return VolumePropertiesExportPolicy(
rules=[ExportPolicyRule(**options)])
return None
def create_volume(client,
resource_group_name,
anf_account_name,
capacitypool_name,
volume_name,
volume_usage_quota,
service_level,
subnet_id,
location,
tags=None):
"""Creates a volume within a capacity pool
Function that in this example creates a NFSv4.1 volume within a capacity
pool, as a note service level needs to be the same as the capacity pool.
This function also defines the volume body as the configuration settings
of the new volume.
Args:
client (NetAppManagementClient): Azure Resource Provider
Client designed to interact with ANF resources
resource_group_name (string): Name of the resource group where the
volume will be created, it needs to be the same as the account
anf_account_name (string): Name of the Azure NetApp Files Account where
the capacity pool holding the volume exists
capacitypool_name (string): Capacity pool name where volume will be
created
volume_name (string): Volume name
volume_usage_quota (long): Volume size in bytes, minimum value is
107374182400 (100GiB), maximum value is 109951162777600 (100TiB)
service_level (string): Volume service level, needs to be the same as
the capacity pool, valid values are "Ultra","Premium","Standard"
subnet_id (string): Subnet resource id of the delegated to ANF Volumes
subnet
location (string): Azure short name of the region where resource will
be deployed, needs to be the same as the account
tags (object): Optional. Key-value pairs to tag the resource, default
value is None. E.g. {'cc':'1234','dept':'IT'}
Returns:
Volume: Returns the newly created volume resource
"""
rule_list = [
ExportPolicyRule(allowed_clients="0.0.0.0/0",
cifs=False,
nfsv3=False,
nfsv41=True,
rule_index=1,
unix_read_only=False,
unix_read_write=True)
]
export_policies = VolumePropertiesExportPolicy(rules=rule_list)
volume_body = Volume(usage_threshold=volume_usage_quota,
creation_token=volume_name,
location=location,
service_level=service_level,
subnet_id=subnet_id,
protocol_types=["NFSv4.1"],
export_policy=export_policies,
tags=tags)
return client.volumes.begin_create_or_update(resource_group_name,
anf_account_name,
capacitypool_name,
volume_name,
volume_body).result()
def run_example():
"""Azure NetApp Files SDK management example."""
print("Azure NetAppFiles Python SDK Sample")
print("Sample project that performs CRUD management operations with Azure NetApp Files SDK with Python")
print("-----------------------------------------------------------------------------------------------")
# Creating the Azure NetApp Files Client with an Application
# (service principal) token provider
credentials, subscription_id = sample_utils.get_credentials()
anf_client = AzureNetAppFilesManagementClient(
credentials, subscription_id)
# Creating an Azure NetApp Account
console_output('Creating Azure NetApp Files account ...')
account = None
try:
account = create_account(
anf_client, RESOURCE_GROUP_NAME, ANF_ACCOUNT_NAME, LOCATION)
console_output(
'\tAccount successfully created, resource id: {}'.format(
account.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Creating a Capacity Pool
console_output('Creating Capacity Pool ...')
capacity_pool = None
try:
capacity_pool = create_capacitypool_async(
anf_client,
RESOURCE_GROUP_NAME,
account.name,
CAPACITYPOOL_NAME,
CAPACITYPOOL_SERVICE_LEVEL,
CAPACITYPOOL_SIZE, LOCATION)
console_output('\tCapacity Pool successfully created, resource id: {}'
.format(capacity_pool.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Creating a Volume
#
# Note: With exception of Accounts, all resources with Name property
# returns a relative path up to the name and to use this property in
# other methods, like Get for example, the argument needs to be
# sanitized and just the actual name needs to be used (the hierarchy
# needs to be cleaned up in the name).
# Capacity Pool Name property example: "pmarques-anf01/pool01"
# "pool01" is the actual name that needs to be used instead. Below you
# will see a sample function that parses the name from its
# resource id: resource_uri_utils.get_anf_capacity_pool()
console_output('Creating a Volume ...')
subnet_id = '/subscriptions/{}/resourceGroups/{}/providers/Microsoft.Network/virtualNetworks/{}/subnets/{}'\
.format(subscription_id,
VNET_RESOURCE_GROUP_NAME,
VNET_NAME,
SUBNET_NAME)
volume = None
try:
pool_name = resource_uri_utils.get_anf_capacity_pool(capacity_pool.id)
volume = create_volume(anf_client,
RESOURCE_GROUP_NAME,
account.name, pool_name,
VOLUME_NAME,
VOLUME_USAGE_QUOTA,
CAPACITYPOOL_SERVICE_LEVEL,
subnet_id,
LOCATION)
console_output('\tVolume successfully created, resource id: {}'
.format(volume.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Creating a snapshot
console_output('Creating a Snapshot ...')
snapshot = None
try:
volume_name = resource_uri_utils.get_anf_volume(volume.id)
snapshot = create_snapshot(anf_client,
RESOURCE_GROUP_NAME,
account.name,
pool_name,
VOLUME_NAME,
SNAPSHOT_NAME,
LOCATION)
sample_utils.wait_for_anf_resource(anf_client, snapshot.id)
console_output(
'\tSnapshot successfully created, resource id: {}'
.format(snapshot.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Creating a new volume from snapshot
#
# Note: SnapshotId is not the actual resource Id of the snapshot, this
# value is the unique identifier (guid) of the snapshot, represented
# by the SnapshotId instead.
console_output('Creating New Volume from Snapshot ...')
volume_from_snapshot = None
try:
new_volume_name = "Vol-{}".format(
resource_uri_utils.get_anf_snapshot(snapshot.id))
volume_from_snapshot = create_volume_from_snapshot(anf_client,
RESOURCE_GROUP_NAME,
account.name,
pool_name,
volume,
snapshot.snapshot_id,
new_volume_name)
console_output('\tNew volume from snapshot successfully created, resource id: {}'.format(
volume_from_snapshot.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Updating a Capacity Pool
console_output('Performing updates on Capacity Pool and Volume...')
new_capacity_pool_size_tib = 10
console_output('\tChanging Capacity Pools size from {}TiB to {}TiB'.format(
sample_utils.get_bytes_in_tib(capacity_pool.size),
new_capacity_pool_size_tib))
try:
capacity_pool_patch = CapacityPoolPatch(location=capacity_pool.location,
service_level=capacity_pool.service_level,
size=sample_utils.get_tib_in_bytes(new_capacity_pool_size_tib))
capacity_pool = anf_client.pools.update(capacity_pool_patch,
RESOURCE_GROUP_NAME,
account.name,
resource_uri_utils.get_anf_capacity_pool(capacity_pool.id))
console_output('\t\tCapacity Pool successfully updated, new size {}TiB, resource id: {}'.format(
sample_utils.get_bytes_in_tib(capacity_pool.size), capacity_pool.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Volume updates: resize and adding a new export policy
new_volume_size_tib = 1
console_output('\tChanging volume size from {}TiB to {}TiB'.format(
sample_utils.get_bytes_in_tib(volume.usage_threshold), new_volume_size_tib))
# Getting list of export policies and adding a new one at the end
rule_list = sorted(volume.export_policy.rules,
key=lambda r: r.rule_index, reverse=True)
# Currently, ANF's volume export policy supports up to 5 rules
export_policies_patch = None
if len(rule_list) <= 4:
rule_list.append(ExportPolicyRule(
allowed_clients="10.0.0.4/32",
cifs=False,
nfsv3=True,
nfsv41=False,
rule_index=rule_list[0].rule_index + 1,
unix_read_only=False,
unix_read_write=True))
export_policies_patch = VolumePatchPropertiesExportPolicy(
rules=rule_list)
if export_policies_patch is None:
volume_patch = VolumePatch(
location=volume.location,
service_level=volume.service_level,
usage_threshold=sample_utils.get_tib_in_bytes(new_volume_size_tib))
else:
volume_patch = VolumePatch(
location=volume.location,
service_level=volume.service_level,
usage_threshold=sample_utils.get_tib_in_bytes(new_volume_size_tib),
export_policy=export_policies_patch)
try:
updated_volume = anf_client.volumes.update(volume_patch,
RESOURCE_GROUP_NAME,
account.name,
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id),
resource_uri_utils.get_anf_volume(volume.id))
console_output('\t\tVolume successfully updated, new size: {}TiB, export policy count: {}, resource id: {}'
.format(sample_utils.get_bytes_in_tib(updated_volume.usage_threshold),
len(updated_volume.export_policy.rules),
updated_volume.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Retrieving resources
console_output('Performing retrieval operations ...')
# Accounts
# Getting a list of ANF Accounts
console_output('\tListing accounts...')
account_list = None
try:
account_list = list(anf_client.accounts.list(RESOURCE_GROUP_NAME))
for i, retrieved_account in enumerate(account_list):
console_output('\t\t{} - Account Name: {}, Id: {}'
.format(i,
retrieved_account.name,
retrieved_account.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Getting a single ANF Account
console_output('\tGetting a single account...')
try:
retrieved_account = anf_client.accounts.get(
RESOURCE_GROUP_NAME, account.name)
console_output('\t\tAccount Name: {}, Id: {}'.format(
retrieved_account.name, retrieved_account.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Capacity Pools
# Getting a list of capacity pools from an account
console_output('\tListing capacity pools from account {}...'
.format(account.name))
capacitypool_list = None
try:
capacitypool_list = list(anf_client.pools.list(RESOURCE_GROUP_NAME,
resource_uri_utils.get_anf_account(account.id)))
for i, retrieved_pool in enumerate(capacitypool_list):
console_output('\t\t{} - Capacity Pool Name: {}, Id: {}'
.format(i,
retrieved_pool.name,
retrieved_pool.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Getting a single capacity pool
console_output('\tGetting a single capacity pool...')
try:
retrieved_pool = anf_client.pools.get(RESOURCE_GROUP_NAME,
resource_uri_utils.get_anf_account(
account.id),
resource_uri_utils.get_anf_capacity_pool(capacity_pool.id))
console_output('\t\tCapacity Pool Name: {}, Id: {}'.format(
retrieved_pool.name, retrieved_pool.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Volumes
# Getting a list of volumes from a capacity pool
console_output('\tListing volumes from capacity pool {}...'.format(
capacity_pool.name))
volume_list = None
try:
volume_list = list(anf_client.volumes.list(RESOURCE_GROUP_NAME,
resource_uri_utils.get_anf_account(
account.id),
resource_uri_utils.get_anf_capacity_pool(capacity_pool.id)))
for i, retrieved_volume in enumerate(volume_list):
console_output('\t\t{} - Volume Name: {}, Id: {}'
.format(i,
retrieved_volume.name,
retrieved_volume.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Getting a single volume
console_output('\tGetting a single volume...')
try:
retrieved_volume = anf_client.volumes.get(RESOURCE_GROUP_NAME,
resource_uri_utils.get_anf_account(
account.id),
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id),
resource_uri_utils.get_anf_volume(volume.id))
console_output('\t\tVolume Name: {}, Id: {}'.format(
retrieved_volume.name, retrieved_volume.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Snapshots
# Getting a list of snapshots from volume
console_output(
'\tListing snapshots from from volume {}...'.format(volume.name))
snapshot_list = None
try:
snapshot_list = list(anf_client.snapshots.list(RESOURCE_GROUP_NAME,
resource_uri_utils.get_anf_account(
account.id),
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id),
resource_uri_utils.get_anf_volume(volume.id)))
for i, retrieved_snapshot in enumerate(snapshot_list):
console_output('\t\t{} - Snapshot Name: {}, Id: {}'
.format(i,
retrieved_snapshot.name,
retrieved_snapshot.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Getting a single snapshot
console_output('\tGetting a single snapshot...')
try:
retrieved_snapshot = anf_client.snapshots.get(RESOURCE_GROUP_NAME,
resource_uri_utils.get_anf_account(
account.id),
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id),
resource_uri_utils.get_anf_volume(
volume.id),
resource_uri_utils.get_anf_snapshot(snapshot.id))
console_output('\t\tSnapshot Name: {}, Id: {}'.format(
retrieved_snapshot.name, retrieved_snapshot.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Cleaning up. This process needs to start the cleanup from the innermost
# resources down in the hierarchy chain in our case
# Snapshots->Volumes->Capacity Pools->Accounts
if SHOULD_CLEANUP:
console_output('Cleaning up...')
# Cleaning up snapshot
console_output(
"\tWaiting for 1 minute to let the snapshot used to create a new \
volume to complete the split operation therefore not being locked...")
time.sleep(60)
console_output("\tDeleting Snapshot {}...".format(
resource_uri_utils.get_anf_snapshot(snapshot.id)))
try:
anf_client.snapshots.delete(RESOURCE_GROUP_NAME,
account.name,
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id),
resource_uri_utils.get_anf_volume(
volume.id),
resource_uri_utils.get_anf_snapshot(snapshot.id)).wait()
# ARM Workaround to wait the deletion complete/propagate
sample_utils.wait_for_no_anf_resource(anf_client, snapshot.id)
console_output('\t\tDeleted Snapshot: {}'.format(snapshot.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Cleaning up volumes
# Note: Volume deletion operations at the RP level are executed
# serially
console_output("\tDeleting Volumes...")
try:
volume_ids = [volume.id, volume_from_snapshot.id]
for volume_id in volume_ids:
console_output("\t\tDeleting {}".format(volume_id))
anf_client.volumes.delete(RESOURCE_GROUP_NAME,
account.name,
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id),
resource_uri_utils.get_anf_volume(volume_id)).wait()
sample_utils.wait_for_no_anf_resource(anf_client, volume_id)
console_output('\t\tDeleted Volume: {}'.format(volume_id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Cleaning up Capacity Pool
console_output("\tDeleting Capacity Pool {} ...".format(
resource_uri_utils.get_anf_capacity_pool(capacity_pool.id)))
try:
anf_client.pools.delete(RESOURCE_GROUP_NAME,
account.name,
resource_uri_utils.get_anf_capacity_pool(
capacity_pool.id)).wait()
sample_utils.wait_for_no_anf_resource(anf_client, capacity_pool.id)
console_output(
'\t\tDeleted Capacity Pool: {}'.format(capacity_pool.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
# Cleaning up Account
console_output("\tDeleting Account {} ...".format(account.name))
try:
anf_client.accounts.delete(RESOURCE_GROUP_NAME, account.name)
sample_utils.wait_for_no_anf_resource(anf_client, account.id)
console_output('\t\tDeleted Account: {}'.format(account.id))
except CloudError as ex:
console_output(
'An error ocurred. Error details: {}'.format(ex.message))
raise
def create_volume(cmd,
client,
account_name,
pool_name,
volume_name,
resource_group_name,
location,
file_path,
usage_threshold,
vnet,
subnet='default',
service_level=None,
protocol_types=None,
volume_type=None,
endpoint_type=None,
replication_schedule=None,
remote_volume_resource_id=None,
tags=None,
snapshot_id=None,
snapshot_policy_id=None,
backup_policy_id=None,
backup_enabled=None,
backup_id=None,
policy_enforced=None,
vault_id=None,
kerberos_enabled=None,
security_style=None,
throughput_mibps=None,
kerberos5_r=None,
kerberos5_rw=None,
kerberos5i_r=None,
kerberos5i_rw=None,
kerberos5p_r=None,
kerberos5p_rw=None,
has_root_access=None,
snapshot_dir_visible=None,
smb_encryption=None,
smb_continuously_avl=None,
encryption_key_source=None,
rule_index=None,
unix_read_only=None,
unix_read_write=None,
cifs=None,
allowed_clients=None,
ldap_enabled=None):
subs_id = get_subscription_id(cmd.cli_ctx)
# default the resource group of the subnet to the volume's rg unless the subnet is specified by id
subnet_rg = resource_group_name
# determine vnet - supplied value can be name or ARM resource Id
if is_valid_resource_id(vnet):
resource_parts = parse_resource_id(vnet)
vnet = resource_parts['resource_name']
subnet_rg = resource_parts['resource_group']
# determine subnet - supplied value can be name or ARM reource Id
if is_valid_resource_id(subnet):
resource_parts = parse_resource_id(subnet)
subnet = resource_parts['resource_name']
subnet_rg = resource_parts['resource_group']
# if NFSv4 is specified then the export policy must reflect this
# the RP ordinarily only creates a default setting NFSv3.
if (protocol_types is not None) and ("NFSv4.1" in protocol_types):
rules = []
if allowed_clients is None:
raise CLIError(
"Parameter allowed-clients needs to be set when protocol-type is NFSv4.1"
)
if rule_index is None:
raise CLIError(
"Parameter rule-index needs to be set when protocol-type is NFSv4.1"
)
export_policy = ExportPolicyRule(rule_index=rule_index,
unix_read_only=unix_read_only,
unix_read_write=unix_read_write,
cifs=cifs,
nfsv3=False,
nfsv41=True,
allowed_clients=allowed_clients,
kerberos5_read_only=kerberos5_r,
kerberos5_read_write=kerberos5_rw,
kerberos5i_read_only=kerberos5i_r,
kerberos5i_read_write=kerberos5i_rw,
kerberos5p_read_only=kerberos5p_r,
kerberos5p_read_write=kerberos5p_rw,
has_root_access=has_root_access)
rules.append(export_policy)
volume_export_policy = VolumePropertiesExportPolicy(rules=rules)
else:
volume_export_policy = None
data_protection = None
replication = None
snapshot = None
backup = None
# Make sure volume_type is set correctly if replication parameters are set
if endpoint_type is not None and replication_schedule is not None and remote_volume_resource_id is not None:
volume_type = "DataProtection"
if volume_type == "DataProtection":
replication = ReplicationObject(
endpoint_type=endpoint_type,
replication_schedule=replication_schedule,
remote_volume_resource_id=remote_volume_resource_id)
if snapshot_policy_id is not None:
snapshot = VolumeSnapshotProperties(
snapshot_policy_id=snapshot_policy_id)
if backup_policy_id is not None:
backup = VolumeBackupProperties(backup_policy_id=backup_policy_id,
policy_enforced=policy_enforced,
vault_id=vault_id,
backup_enabled=backup_enabled)
if replication is not None or snapshot is not None or backup is not None:
data_protection = VolumePropertiesDataProtection(
replication=replication, snapshot=snapshot, backup=backup)
subnet_id = "/subscriptions/%s/resourceGroups/%s/providers/Microsoft.Network/virtualNetworks/%s/subnets/%s" % (
subs_id, subnet_rg, vnet, subnet)
body = Volume(usage_threshold=int(usage_threshold) * gib_scale,
creation_token=file_path,
service_level=service_level,
location=location,
subnet_id=subnet_id,
protocol_types=protocol_types,
export_policy=volume_export_policy,
volume_type=volume_type,
data_protection=data_protection,
backup_id=backup_id,
kerberos_enabled=kerberos_enabled,
throughput_mibps=throughput_mibps,
snapshot_directory_visible=snapshot_dir_visible,
security_style=security_style,
tags=tags,
snapshot_id=snapshot_id,
smb_encryption=smb_encryption,
smb_continuously_available=smb_continuously_avl,
encryption_key_source=encryption_key_source,
ldap_enabled=ldap_enabled)
return client.begin_create_or_update(resource_group_name, account_name,
pool_name, volume_name, body)
