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|
import random
import string
from azure.mgmt.netapp.models import SubvolumeInfo, SubvolumePatchRequest
from devtools_testutils import AzureMgmtRecordedTestCase, recorded_by_proxy, set_bodiless_matcher
from test_volume import (
create_volume,
delete_volume,
delete_pool,
delete_account,
create_virtual_network,
wait_for_volume,
)
import setup
import azure.mgmt.netapp.models
import time
def create_subvolume(client, rg, account_name, pool_name, volume_name, subvolume_name, path, size):
print("Creating subvolume {0} under volume {1}".format(subvolume_name, volume_name))
subvolume_body = SubvolumeInfo(path=path, size=size)
client.subvolumes.begin_create(rg, account_name, pool_name, volume_name, subvolume_name, subvolume_body).result()
subvolume = wait_for_subvolume(client, rg, account_name, pool_name, volume_name, subvolume_name)
print("\tdone")
return subvolume
def wait_for_subvolume(client, rg, account_name, pool_name, volume_name, subvolume_name):
retry = 0
while retry < 60:
retry += 1
subvolume = client.subvolumes.get(rg, account_name, pool_name, volume_name, subvolume_name)
if subvolume.provisioning_state == "Succeeded":
break
if subvolume.provisioning_state == "Failed":
print("\t Wait for subvolume. Subvolume is in a failed state.")
break
if setup.LIVE:
time.sleep(3)
if retry == 60:
raise Exception("Timeout when waiting for subvolume")
return subvolume
def delete_subvolume(client, rg, account_name, pool_name, volume_name, subvolume_name):
print("Delete subvolume {0}".format(volume_name))
client.subvolumes.begin_delete(rg, account_name, pool_name, volume_name, subvolume_name).wait()
wait_for_no_subvolume(client, rg, account_name, pool_name, volume_name, subvolume_name)
print("\tDone")
def wait_for_no_subvolume(client, rg, account_name, pool_name, volume_name, subvolume_name):
retry = 0
while retry < 60:
retry += 1
try:
vol = client.subvolumes.get(rg, account_name, pool_name, volume_name, subvolume_name)
print("\tGot subvolume. Still waiting. State = " + vol.provisioning_state)
except:
# not found is an exception case (status code 200 expected)
# but is what we are waiting for
break
if setup.LIVE:
time.sleep(3)
if retry == 60:
raise Exception("Timeout when waiting for no subvolume")
class TestNetAppSubvolume(AzureMgmtRecordedTestCase):
def setup_method(self, method):
self.client = self.create_mgmt_client(azure.mgmt.netapp.NetAppManagementClient)
if self.is_live:
setup.LIVE = True
# Before tests are run live a resource group needs to be created along with vnet and subnet
# Note that when tests are run in live mode it is best to run one test at a time.
@recorded_by_proxy
def test_crud_subvolumes(self):
print("Starting test_crud_subvolumes")
set_bodiless_matcher()
volumeName1 = self.get_resource_name(setup.TEST_VOL_1 + "-")
subvolumeName = self.get_resource_name(setup.TEST_SUBVOLUME_1 + "-")
try:
create_volume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
setup.LOCATION,
vnet=setup.PERMA_VNET,
volume_only=True,
enable_subvolumes="Enabled",
)
# create
subvolume = create_subvolume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
subvolumeName,
"/sub_vol_1.txt",
1000000,
)
assert (
subvolume.name == setup.PERMA_ACCOUNT + "/" + setup.PERMA_POOL + "/" + volumeName1 + "/" + subvolumeName
)
assert subvolume.path == "/sub_vol_1.txt"
# update
subvolume_patch = SubvolumePatchRequest(path="/sub_vol_update.txt", size=2000000)
print("Updating subvolume")
subvolume = self.client.subvolumes.begin_update(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName, subvolume_patch
).result()
print("\tDone")
wait_for_subvolume(
self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName
)
wait_for_volume(self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1)
assert (
subvolume.name == setup.PERMA_ACCOUNT + "/" + setup.PERMA_POOL + "/" + volumeName1 + "/" + subvolumeName
)
assert subvolume.path == "/sub_vol_update.txt"
# get
subvolume_info = self.client.subvolumes.get(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName
)
assert (
subvolume_info.name
== setup.PERMA_ACCOUNT + "/" + setup.PERMA_POOL + "/" + volumeName1 + "/" + subvolumeName
)
assert subvolume_info.path == "/sub_vol_update.txt"
finally:
# delete
delete_subvolume(
self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName
)
subvolume_list = self.client.subvolumes.list_by_volume(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1
)
assert len(list(subvolume_list)) == 0
delete_volume(self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1)
print("Finished with test_crud_subvolumes")
@recorded_by_proxy
def test_list_by_volume(self):
print("Starting test_list_by_volume")
set_bodiless_matcher()
volumeName1 = self.get_resource_name(setup.TEST_VOL_1 + "-")
subvolumeName = self.get_resource_name(setup.TEST_SUBVOLUME_1 + "-")
subvolumeName2 = self.get_resource_name(setup.TEST_SUBVOLUME_2 + "-")
try:
create_volume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
setup.LOCATION,
vnet=setup.PERMA_VNET,
enable_subvolumes="Enabled",
)
# create
subvolume = create_subvolume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
subvolumeName,
"/sub_vol_2.txt",
1000000,
)
subvolume2 = create_subvolume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
subvolumeName2,
"/sub_vol_3.txt",
2000000,
)
# list_by_volume
subvolume_list = self.client.subvolumes.list_by_volume(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1
)
assert len(list(subvolume_list)) == 2
delete_subvolume(
self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName
)
subvolume_list = self.client.subvolumes.list_by_volume(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1
)
assert len(list(subvolume_list)) == 1
delete_subvolume(
self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName2
)
subvolume_list = self.client.subvolumes.list_by_volume(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1
)
assert len(list(subvolume_list)) == 0
finally:
# clean up
delete_volume(self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1)
print("Finished with test_list_by_volume")
@recorded_by_proxy
def test_get_metadata(self):
print("Starting test_get_metadata")
set_bodiless_matcher()
volumeName1 = self.get_resource_name(setup.TEST_VOL_1 + "-")
subvolumeName = self.get_resource_name(setup.TEST_SUBVOLUME_1 + "-")
try:
create_volume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
setup.LOCATION,
vnet=setup.PERMA_VNET,
enable_subvolumes="Enabled",
)
# create
subvolume = create_subvolume(
self.client,
setup.TEST_RG,
setup.PERMA_ACCOUNT,
setup.PERMA_POOL,
volumeName1,
subvolumeName,
"/sub_vol_4.txt",
123,
)
assert (
subvolume.name == setup.PERMA_ACCOUNT + "/" + setup.PERMA_POOL + "/" + volumeName1 + "/" + subvolumeName
)
assert subvolume.path == "/sub_vol_4.txt"
# get metadata
metadata = self.client.subvolumes.begin_get_metadata(
setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName
).result()
assert metadata is not None
finally:
# clean up
delete_subvolume(
self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1, subvolumeName
)
delete_volume(self.client, setup.TEST_RG, setup.PERMA_ACCOUNT, setup.PERMA_POOL, volumeName1)
print("Finished with test_get_metadata")
|
