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622127d7e1
Spdk/test/lvol/test_cases.py
Maciej Szwed 622127d7e1 blobstore: Make possible to remove snapshot if there is only one clone 
Starting with this patch it is possible to remove a
snapshot if there is only a one clone created from it.

In such case snapshot can be removed without any data
copying. This is achieved with following steps (case
with only one clone):
1. Open snapshot (Snapshot1) that shall be removed
2. Check if the Snapshot1 has no more than 1 clone (Clone1)
3. Remove Clone1 entry from Snapshot1
4. If the Snapshot1 has a parent snapshot (Snapshot2):
 4a. Add Clone1 entry to the Snapshot2 clones list
 4b. Remove Snapshot1 entry from Snapshot2 clones list
5. Open Clone1 blob
6. Freeze I/O operations on Clone1
7. Temporarily override md_ro flag for Snapshot1 and Clone1
   for MD modification
8. Merge Snapshot1 and Clone1 clusters maps into Clone1
   clusters map
9a. If Snapshot2 is present switch parent ID and backing
    bs_dev on Clone1
9b. If Snapshot2 is not present set parent ID to
    SPDK_BLOBID_INVALID and backing bs_dev to zeroes_dev
10. Sync MD on Clone1
11. Sync MD on Snapshot1
12. Restore MD flags for Clone1 and Snapshot1
13. Unfreeze I/O on Clone1
14. Close Clone1 blob
15. Remove Snapshot1

Signed-off-by: Maciej Szwed <maciej.szwed@intel.com>
Change-Id: I800724b981af894e01e1912d0077c5b34a2ae634
Reviewed-on: https://review.gerrithub.io/c/spdk/spdk/+/445576
Tested-by: SPDK CI Jenkins <sys_sgci@intel.com>
Reviewed-by: Tomasz Zawadzki <tomasz.zawadzki@intel.com>
Reviewed-by: Ben Walker <benjamin.walker@intel.com>
Reviewed-by: Darek Stojaczyk <dariusz.stojaczyk@intel.com>
2019-06-18 13:19:32 +00:00

3206 lines
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Python
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import io
import time
import sys
import random
import signal
import subprocess
import pprint
import socket
import threading
import os
from errno import ESRCH
from os import kill, path, unlink, path, listdir, remove
from rpc_commands_lib import Commands_Rpc
from time import sleep
from uuid import uuid4
MEGABYTE = 1024 * 1024
current_fio_pid = -1
# ## Objective
# The purpose of these tests is to verify the possibility of using lvol configuration in SPDK.
#
# ## Methodology
# Configuration in test is to be done using example stub application.
# All management is done using RPC calls, including logical volumes management.
# All tests are performed using malloc backends.
# One exception to malloc backends are tests for logical volume
# tasting - these require persistent merory like NVMe backend.
#
# Tests will be executed as scenarios - sets of smaller test step
# in which return codes from RPC calls is validated.
# Some configuration calls may also be validated by use of
# "get_*" RPC calls, which provide additional information for verifying
# results.
#
# Tests with thin provisioned lvol bdevs, snapshots and clones are using nbd devices.
# Before writing/reading to lvol bdev, bdev is installed with rpc start_nbd_disk.
# After finishing writing/reading, rpc stop_nbd_disk is used.
def is_process_alive(pid):
try:
os.kill(pid, 0)
except Exception as e:
return 1
return 0
def get_fio_cmd(nbd_disk, offset, size, rw, pattern, extra_params=""):
fio_template = "fio --name=fio_test --filename=%(file)s --offset=%(offset)s --size=%(size)s"\
" --rw=%(rw)s --direct=1 %(extra_params)s %(pattern)s"
pattern_template = ""
if pattern:
pattern_template = "--do_verify=1 --verify=pattern --verify_pattern=%s"\
" --verify_state_save=0" % pattern
fio_cmd = fio_template % {"file": nbd_disk, "offset": offset, "size": size,
"rw": rw, "pattern": pattern_template,
"extra_params": extra_params}
return fio_cmd
def run_fio(fio_cmd, expected_ret_value):
global current_fio_pid
try:
proc = subprocess.Popen([fio_cmd], shell=True)
current_fio_pid = proc.pid
proc.wait()
rv = proc.returncode
except Exception as e:
print("ERROR: Fio test ended with unexpected exception.")
rv = 1
if expected_ret_value == rv:
return 0
if rv == 0:
print("ERROR: Fio test ended with unexpected success")
else:
print("ERROR: Fio test ended with unexpected failure")
return 1
class FioThread(threading.Thread):
def __init__(self, nbd_disk, offset, size, rw, pattern, expected_ret_value,
extra_params=""):
super(FioThread, self).__init__()
self.fio_cmd = get_fio_cmd(nbd_disk, offset, size, rw, pattern,
extra_params=extra_params)
self.rv = 1
self.expected_ret_value = expected_ret_value
def run(self):
print("INFO: Starting fio")
self.rv = run_fio(self.fio_cmd, self.expected_ret_value)
print("INFO: Fio test finished")
def test_counter():
'''
:return: the number of tests
'''
return ['test_case' in i for i in dir(TestCases)].count(True)
def case_message(func):
def inner(*args, **kwargs):
test_name = {
# construct_lvol_store - positive tests
1: 'construct_lvs_positive',
# construct_lvol_bdev - positive tests
50: 'construct_logical_volume_positive',
51: 'construct_multi_logical_volumes_positive',
52: 'construct_lvol_bdev_using_name_positive',
53: 'construct_lvol_bdev_duplicate_names_positive',
# construct_lvol_bdev - negative tests
100: 'construct_logical_volume_nonexistent_lvs_uuid',
101: 'construct_lvol_bdev_on_full_lvol_store',
102: 'construct_lvol_bdev_name_twice',
# resize_lvol_store - positive tests
150: 'resize_lvol_bdev_positive',
# resize lvol store - negative tests
200: 'resize_logical_volume_nonexistent_logical_volume',
201: 'resize_logical_volume_with_size_out_of_range',
# destroy_lvol_store - positive tests
250: 'destroy_lvol_store_positive',
251: 'destroy_lvol_store_use_name_positive',
252: 'destroy_lvol_store_with_lvol_bdev_positive',
253: 'destroy_multi_logical_volumes_positive',
254: 'destroy_after_resize_lvol_bdev_positive',
255: 'delete_lvol_store_persistent_positive',
# destroy_lvol_store - negative tests
300: 'destroy_lvol_store_nonexistent_lvs_uuid',
301: 'delete_lvol_store_underlying_bdev',
# construct_lvol_store - negative tests
450: 'construct_lvs_nonexistent_bdev',
451: 'construct_lvs_on_bdev_twice',
452: 'construct_lvs_name_twice',
# nested construct_lvol_bdev - test negative
500: 'nested_construct_lvol_bdev_on_full_lvol_store',
550: 'delete_bdev_positive',
551: 'delete_lvol_bdev',
552: 'destroy_lvol_store_with_clones',
553: 'unregister_lvol_bdev',
600: 'construct_lvol_store_with_cluster_size_max',
601: 'construct_lvol_store_with_cluster_size_min',
602: 'construct_lvol_store_with_all_clear_methods',
# Provisioning
650: 'thin_provisioning_check_space',
651: 'thin_provisioning_read_empty_bdev',
652: 'thin_provisioning_data_integrity_test',
653: 'thin_provisioning_resize',
654: 'thin_overprovisioning',
655: 'thin_provisioning_filling_disks_less_than_lvs_size',
# logical volume tasting tests
700: 'tasting_positive',
701: 'tasting_lvol_store_positive',
702: 'tasting_positive_with_different_lvol_store_cluster_size',
# snapshot and clone
750: 'snapshot_readonly',
751: 'snapshot_compare_with_lvol_bdev',
752: 'snapshot_during_io_traffic',
753: 'snapshot_of_snapshot',
754: 'clone_bdev_only',
755: 'clone_writing_clone',
756: 'clone_and_snapshot_consistency',
757: 'clone_inflate',
758: 'decouple_parent',
759: 'decouple_parent_rw',
760: 'set_read_only',
# logical volume rename tests
800: 'rename_positive',
801: 'rename_lvs_nonexistent',
802: 'rename_lvs_EEXIST',
803: 'rename_lvol_bdev_nonexistent',
804: 'rename_lvol_bdev_EEXIST',
# SIGTERM
10000: 'SIGTERM',
}
num = int(func.__name__.strip('test_case')[:])
print("************************************")
print("START TEST CASE {name}".format(name=test_name[num]))
print("************************************")
fail_count = func(*args, **kwargs)
print("************************************")
if not fail_count:
print("END TEST CASE {name} PASS".format(name=test_name[num]))
else:
print("END TEST CASE {name} FAIL".format(name=test_name[num]))
print("************************************")
return fail_count
return inner
class TestCases(object):
def __init__(self, rpc_py, total_size, block_size, base_dir_path, app_path):
self.c = Commands_Rpc(rpc_py)
self.total_size = total_size
self.block_size = block_size
self.cluster_size = None
self.path = base_dir_path
self.app_path = app_path
self.lvs_name = "lvs_test"
self.lbd_name = "lbd_test"
self.vhost_config_path = path.join(path.dirname(sys.argv[0]), 'vhost.conf')
def _gen_lvs_uuid(self):
return str(uuid4())
def _gen_lvb_uuid(self):
return "_".join([str(uuid4()), str(random.randrange(9999999999))])
def compare_two_disks(self, disk1, disk2, expected_ret_value):
cmp_cmd = "cmp %s %s" % (disk1, disk2)
try:
process = subprocess.check_output(cmp_cmd, stderr=subprocess.STDOUT, shell=True)
rv = 0
except subprocess.CalledProcessError as ex:
rv = 1
except Exception as e:
print("ERROR: Cmp ended with unexpected exception.")
rv = 1
if expected_ret_value == rv:
return 0
elif rv == 0:
print("ERROR: Cmp ended with unexpected success")
else:
print("ERROR: Cmp ended with unexpected failure")
return 1
def run_fio_test(self, nbd_disk, offset, size, rw, pattern, expected_ret_value=0):
fio_cmd = get_fio_cmd(nbd_disk, offset, size, rw, pattern)
return run_fio(fio_cmd, expected_ret_value)
def _stop_vhost(self, pid_path):
with io.open(pid_path, 'r') as vhost_pid:
pid = int(vhost_pid.readline())
if pid:
try:
kill(pid, signal.SIGTERM)
for count in range(30):
sleep(1)
kill(pid, 0)
except OSError as err:
if err.errno == ESRCH:
pass
else:
return 1
else:
return 1
else:
return 1
return 0
def _start_vhost(self, vhost_path, pid_path):
subprocess.call("{app} -f "
"{pid} &".format(app=vhost_path,
pid=pid_path), shell=True)
for timeo in range(10):
if timeo == 9:
print("ERROR: Timeout on waiting for app start")
return 1
if not path.exists(pid_path):
print("Info: Waiting for PID file...")
sleep(1)
continue
else:
break
# Wait for RPC to open
sock = socket.socket(socket.AF_UNIX)
for timeo in range(30):
if timeo == 29:
print("ERROR: Timeout on waiting for RPC start")
return 1
try:
sock.connect("/var/tmp/spdk.sock")
break
except socket.error as e:
print("Info: Waiting for RPC Unix socket...")
sleep(1)
continue
else:
sock.close()
break
with io.open(pid_path, 'r') as vhost_pid:
pid = int(vhost_pid.readline())
if not pid:
return 1
return 0
def get_lvs_size(self, lvs_name="lvs_test"):
lvs = self.c.get_lvol_stores(lvs_name)[0]
return int(int(lvs['free_clusters'] * lvs['cluster_size']) / MEGABYTE)
def get_lvs_divided_size(self, split_num, lvs_name="lvs_test"):
# Actual size of lvol bdevs on creation is rounded up to multiple of cluster size.
# In order to avoid over provisioning, this function returns
# lvol store size in MB divided by split_num - rounded down to multiple of cluster size."
lvs = self.c.get_lvol_stores(lvs_name)[0]
return int(int(lvs['free_clusters'] / split_num) * lvs['cluster_size'] / MEGABYTE)
def get_lvs_cluster_size(self, lvs_name="lvs_test"):
lvs = self.c.get_lvol_stores(lvs_name)[0]
return int(int(lvs['cluster_size']) / MEGABYTE)
# positive tests
@case_message
def test_case1(self):
"""
construct_lvs_positive
Positive test for constructing a new lvol store.
Call construct_lvol_store with correct base bdev name.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
# Expected result
# - call successful, return code = 0, uuid printed to stdout
# - get_lvol_stores: backend used for construct_lvol_store has uuid
# field set with the same uuid as returned from RPC call
# - no other operation fails
return fail_count
@case_message
def test_case50(self):
"""
construct_logical_volume_positive
Positive test for constructing a new logical volume.
Call construct_lvol_bdev with correct lvol store UUID and size in MiB for this bdev
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs_size = self.get_lvs_size()
# Construct lvol bdev on correct lvs_uuid and size
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
lvs_size)
# Check correct uuid values in response get_bdevs command
fail_count += self.c.check_get_bdevs_methods(uuid_bdev,
lvs_size)
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - call successful, return code = 0
# - get_lvol_store: backend used for construct_lvol_bdev has name
# field set with the same name as returned from RPC call for all repeat
# - no other operation fails
return fail_count
@case_message
def test_case51(self):
"""
construct_multi_logical_volumes_positive
Positive test for constructing a multi logical volumes.
Call construct_lvol_bdev with correct lvol store UUID and
size is equal one quarter of the this bdev size.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Verify lvol store was created correctly
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(4)
# Repeat two times:
# - construct four lvol bdevs with 25% size of lvs size
# - verify if every lvol bdev was created correctly
# - delete four lvol bdevs
for j in range(2):
uuid_bdevs = []
for i in range(4):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name + str(i),
size)
uuid_bdevs.append(uuid_bdev)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
for uuid_bdev in uuid_bdevs:
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case52(self):
"""
construct_lvol_bdev_using_name_positive
Positive test for constructing a logical volume using friendly names.
Verify that logical volumes can be created by using a friendly name
instead of uuid when referencing to lvol store.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs_size = self.get_lvs_size()
# Create logical volume on lvol store by using a friendly name
# as a reference
uuid_bdev = self.c.construct_lvol_bdev(self.lvs_name,
self.lbd_name,
lvs_size)
# Verify logical volume was correctly created
fail_count += self.c.check_get_bdevs_methods(uuid_bdev,
lvs_size)
fail_count += self.c.destroy_lvol_bdev(uuid_bdev)
fail_count += self.c.destroy_lvol_store(uuid_store)
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case53(self):
"""
construct_lvol_bdev_duplicate_names_positive
Positive test for constructing a logical volumes using friendly names.
Verify that logical volumes can use the same argument for friendly names
if they are created on separate logical volume stores.
"""
# Construct two malloc bdevs
base_name_1 = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
base_name_2 = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create logical volume stores on created malloc bdevs
uuid_store_1 = self.c.construct_lvol_store(base_name_1,
self.lvs_name + "1")
uuid_store_2 = self.c.construct_lvol_store(base_name_2,
self.lvs_name + "2")
# Verify stores were created correctly
fail_count = self.c.check_get_lvol_stores(base_name_1, uuid_store_1,
self.cluster_size)
fail_count = self.c.check_get_lvol_stores(base_name_2, uuid_store_2,
self.cluster_size)
lvs_size = self.get_lvs_size(self.lvs_name + "1")
# Create logical volume on first lvol store
uuid_bdev_1 = self.c.construct_lvol_bdev(uuid_store_1,
self.lbd_name,
lvs_size)
# Using the same friendly name argument create logical volume on second
# lvol store
uuid_bdev_2 = self.c.construct_lvol_bdev(uuid_store_2,
self.lbd_name,
lvs_size)
# Verify two lvol bdevs were correctly created
fail_count += self.c.check_get_bdevs_methods(uuid_bdev_1, lvs_size)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev_2, lvs_size)
fail_count += self.c.destroy_lvol_bdev(uuid_bdev_1)
fail_count += self.c.destroy_lvol_bdev(uuid_bdev_2)
fail_count += self.c.destroy_lvol_store(uuid_store_1)
fail_count += self.c.destroy_lvol_store(uuid_store_2)
fail_count += self.c.delete_malloc_bdev(base_name_1)
fail_count += self.c.delete_malloc_bdev(base_name_2)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case100(self):
"""
construct_logical_volume_nonexistent_lvs_uuid
Negative test for constructing a new logical_volume.
Call construct_lvol_bdev with lvs_uuid which does not
exist in configuration.
"""
fail_count = 0
# Try to call construct_lvol_bdev with lvs_uuid which does not exist
if self.c.construct_lvol_bdev(self._gen_lvs_uuid(),
self.lbd_name,
32) == 0:
fail_count += 1
# Expected result:
# - return code != 0
# - ENODEV response printed to stdout
return fail_count
@case_message
def test_case101(self):
"""
construct_lvol_bdev_on_full_lvol_store
Negative test for constructing a new lvol bdev.
Call construct_lvol_bdev on a full lvol store.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create logical volume store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response from get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs_size = self.get_lvs_size()
# Construct lvol bdev on correct lvs_uuid
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
lvs_size)
# Verify if lvol bdev was correctly created
fail_count += self.c.check_get_bdevs_methods(uuid_bdev,
lvs_size)
# Try construct lvol bdev on the same lvs_uuid as in last step
# This call should fail as lvol store space is taken by previously
# created bdev
if self.c.construct_lvol_bdev(uuid_store,
self.lbd_name + "_1",
lvs_size) == 0:
fail_count += 1
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - first call successful
# - second construct_lvol_bdev call return code != 0
# - EEXIST response printed to stdout
# - no other operation fails
return fail_count
@case_message
def test_case102(self):
"""
construct_lvol_bdev_name_twice
Negative test for constructing lvol bdev using the same
friendly name twice on the same logical volume store.
"""
# Construct malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create logical volume store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Using get_lvol_stores verify that logical volume store was correctly created
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_size()
# Construct logical volume on lvol store and verify it was correctly created
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
size)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev,
size)
# Try to create another logical volume on the same lvol store using
# the same friendly name as in previous step
# This step should fail
if self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
size) == 0:
fail_count += 1
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected results:
# - creating two logical volumes with the same friendly name within the same
# lvol store should not be possible
# - no other operation fails
return fail_count
@case_message
def test_case150(self):
"""
resize_logical_volume_positive
Positive test for resizing a logical_volume.
Call resize_lvol_bdev with correct logical_volumes name and new size.
"""
# Construct malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Construct lvol bdev on correct lvs_uuid and
# size is equal to one quarter of size malloc bdev
size = self.get_lvs_divided_size(4)
uuid_bdev = self.c.construct_lvol_bdev(uuid_store, self.lbd_name, size)
# Check size of the lvol bdev by rpc command get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
# Resize lvol bdev on correct lvs_uuid and
# size is equal to half of size malloc bdev
size = self.get_lvs_divided_size(2)
self.c.resize_lvol_bdev(uuid_bdev, size)
# Check size of the lvol bdev by rpc command get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
# Resize lvol bdev on the correct lvs_uuid and
# size is smaller by 1 cluster
size = (self.get_lvs_size() - self.get_lvs_cluster_size())
self.c.resize_lvol_bdev(uuid_bdev, size)
# Check size of the lvol bdev by rpc command get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
# Resize lvol bdev on the correct lvs_uuid and
# size is equal 0 MiB
size = 0
self.c.resize_lvol_bdev(uuid_bdev, size)
# Check size of the lvol bdev by rpc command get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - lvol bdev should change size after resize operations
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case200(self):
"""
resize_logical_volume_nonexistent_logical_volume
Negative test for resizing a logical_volume.
Call resize_lvol_bdev with logical volume which does not
exist in configuration.
"""
fail_count = 0
# Try resize lvol bdev on logical volume which does not exist
if self.c.resize_lvol_bdev(self._gen_lvb_uuid(), 16) == 0:
fail_count += 1
# Expected result:
# - return code != 0
# - Error code: ENODEV ("No such device") response printed to stdout
return fail_count
@case_message
def test_case201(self):
"""
resize_logical_volume_with_size_out_of_range
Negative test for resizing a logical volume.
Call resize_lvol_store with size argument bigger than size of base bdev.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Construct_lvol_bdev on correct lvs_uuid and
# size is equal one quarter of size malloc bdev
lvs_size = self.get_lvs_size()
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
lvs_size)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev,
lvs_size)
# Try resize_lvol_bdev on correct lvs_uuid and size is
# equal to size malloc bdev + 1MiB; this call should fail
if self.c.resize_lvol_bdev(uuid_bdev, self.total_size + 1) == 0:
fail_count += 1
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - resize_lvol_bdev call return code != 0
# - Error code: ENODEV ("Not enough free clusters left on lvol store")
# response printed to stdout
# - no other operation fails
return fail_count
@case_message
def test_case250(self):
"""
destroy_lvol_store_positive
Positive test for destroying a logical volume store.
Call destroy_lvol_store with correct logical_volumes name
"""
# Construct malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store on created malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Destroy lvol store
self.c.destroy_lvol_store(uuid_store)
# Check correct response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case251(self):
"""
destroy_lvol_store_use_name_positive
Positive test for destroying a logical volume store using
lvol store name instead of uuid for reference.
Call destroy_lvol_store with correct logical volume name
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(self.lvs_name)
# Check correct response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case252(self):
"""
destroy_lvol_store_with_lvol_bdev_positive
Positive test for destroying a logical volume store with lvol bdev
created on top.
Call destroy_lvol_store with correct logical_volumes name
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Construct lvol bdev on correct lvs_uuid
# and size is equal to size malloc bdev
lvs_size = self.get_lvs_size()
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
lvs_size)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev,
lvs_size)
# Destroy lvol store
if self.c.destroy_lvol_store(uuid_store) != 0:
fail_count += 1
# Check correct response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case253(self):
"""
Name: destroy_multi_logical_volumes_positive
Positive test for destroying a logical volume store with multiple lvol
bdevs created on top.
Call construct_lvol_bdev with correct lvol store UUID and
size is equal to one quarter of the this bdev size.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(4)
# Construct four lvol bdevs on correct lvs_uuid and
# size is equal to one quarter of the lvol size
for i in range(4):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name + str(i),
size)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
# Destroy lvol store
self.c.destroy_lvol_store(uuid_store)
# Check correct response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - call successful, return code = 0
# - get_lvol_store: backend used for construct_lvol_bdev has name
# field set with the same name as returned from RPC call for all repeat
# - no other operation fails
return fail_count
@case_message
def test_case254(self):
"""
destroy_resize_logical_volume_positive
Positive test for destroying a logical_volume after resizing.
Call destroy_lvol_store with correct logical_volumes name.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on create malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(4)
# construct_lvol_bdev on correct lvs_uuid and size is
# equal to one quarter of size malloc bdev
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name,
size)
# check size of the lvol bdev
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
sz = size + 4
# Resize_lvol_bdev on correct lvs_uuid and size is
# equal to one quarter of size malloc bdev plus 4 MB
self.c.resize_lvol_bdev(uuid_bdev, sz)
# check size of the lvol bdev by command RPC : get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, sz)
# Resize_lvol_bdev on correct lvs_uuid and size is
# equal half of size malloc bdev
sz = size * 2
self.c.resize_lvol_bdev(uuid_bdev, sz)
# check size of the lvol bdev by command RPC : get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, sz)
# Resize_lvol_bdev on correct lvs_uuid and size is
# equal to three quarters of size malloc bdev
sz = size * 3
self.c.resize_lvol_bdev(uuid_bdev, sz)
# check size of the lvol bdev by command RPC : get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, sz)
# Resize_lvol_bdev on correct lvs_uuid and size is
# equal to size if malloc bdev minus 4 MB
sz = (size * 4) - 4
self.c.resize_lvol_bdev(uuid_bdev, sz)
# check size of the lvol bdev by command RPC : get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, sz)
# Resize_lvol_bdev on the correct lvs_uuid and size is equal 0 MiB
sz = 0
self.c.resize_lvol_bdev(uuid_bdev, sz)
# check size of the lvol bdev by command RPC : get_bdevs
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, sz)
# Destroy lvol store
self.c.destroy_lvol_store(uuid_store)
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - lvol bdev should change size after resize operations
# - calls successful, return code = 0
# - no other operation fails
# - get_lvol_stores: response should be of no value after destroyed lvol store
return fail_count
@case_message
def test_case255(self):
"""
delete_lvol_store_persistent_positive
Positive test for removing lvol store persistently
"""
base_path = path.dirname(sys.argv[0])
base_name = "aio_bdev0"
aio_bdev0 = path.join(base_path, "aio_bdev_0")
# Construct aio bdev
self.c.construct_aio_bdev(aio_bdev0, base_name, 4096)
# Create lvol store on created aio bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Destroy lvol store
if self.c.destroy_lvol_store(self.lvs_name) != 0:
fail_count += 1
# Delete aio bdev
self.c.delete_aio_bdev(base_name)
# Create aio bdev on the same file
self.c.construct_aio_bdev(aio_bdev0, base_name, 4096)
# Wait 1 second to allow time for lvolstore tasting
sleep(1)
# check if destroyed lvol store does not exist on aio bdev
ret_value = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
if ret_value == 0:
fail_count += 1
self.c.delete_aio_bdev(base_name)
# Expected result:
# - get_lvol_stores should not report any existsing lvol stores in configuration
# after deleting and adding NVMe bdev
# - no other operation fails
return fail_count
@case_message
def test_case300(self):
"""
destroy_lvol_store_nonexistent_lvs_uuid
Call destroy_lvol_store with nonexistent logical_volumes name
exist in configuration.
"""
fail_count = 0
# try to call destroy_lvol_store with lvs_uuid which does not exist
if self.c.destroy_lvol_store(self._gen_lvs_uuid()) == 0:
fail_count += 1
# Expected result:
# - return code != 0
# - Error code response printed to stdout
return fail_count
@case_message
def test_case301(self):
"""
delete_lvol_store_underlying_bdev
Call destroy_lvol_store after deleting it's base bdev.
Lvol store should be automatically removed on deleting underlying bdev.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Delete malloc bdev
if self.c.delete_malloc_bdev(base_name) != 0:
fail_count += 1
# Try to destroy lvol store. This call should fail as lvol store
# is no longer present
if self.c.destroy_lvol_store(uuid_store) == 0:
fail_count += 1
# Expected result:
# - destroy_lvol_store return code != 0
# - Error code: ENODEV ("No such device") response printed to stdout
# - no other operation fails
return fail_count
# negative tests
@case_message
def test_case450(self):
"""
construct_lvs_nonexistent_bdev
Negative test for constructing a new lvol store.
Call construct_lvol_store with base bdev name which does not
exist in configuration.
"""
fail_count = 0
bad_bdev_id = random.randrange(999999999)
# Try construct_lvol_store on bdev which does not exist
if self.c.construct_lvol_store(bad_bdev_id,
self.lvs_name,
self.cluster_size) == 0:
fail_count += 1
return fail_count
@case_message
def test_case451(self):
"""
construct_lvs_on_bdev_twice
Negative test for constructing a new lvol store.
Call construct_lvol_store with base bdev name twice.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Try construct_lvol_store on the same bdev as in last step
# This call should fail as base bdev is already claimed by lvol store
if self.c.construct_lvol_store(base_name,
self.lvs_name) == 0:
fail_count += 1
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
return fail_count
@case_message
def test_case452(self):
"""
construct_lvs_name_twice
Negative test for constructing a new lvol store using the same
friendly name twice.
"""
fail_count = 0
# Create malloc bdev
base_name_1 = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct second malloc bdev
base_name_2 = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on first malloc
uuid_store_1 = self.c.construct_lvol_store(base_name_1,
self.lvs_name)
# using get_lvol_stores verify that logical volume store was correctly created
# and has arguments as provided in step earlier (cluster size, friendly name, base bdev)
fail_count += self.c.check_get_lvol_stores(base_name_1,
uuid_store_1,
self.cluster_size)
# Try to create another logical volume store on second malloc bdev using the
# same friendly name as before. This step is expected to fail as lvol stores
# cannot have the same name
if self.c.construct_lvol_store(base_name_2,
self.lvs_name) == 0:
fail_count += 1
fail_count += self.c.destroy_lvol_store(uuid_store_1)
fail_count += self.c.delete_malloc_bdev(base_name_1)
fail_count += self.c.delete_malloc_bdev(base_name_2)
return fail_count
@case_message
def test_case500(self):
"""
nested_construct_lvol_bdev_on_full_lvol_store
Negative test for constructing a new nested lvol bdev.
Call construct_lvol_bdev on a full lvol store.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Construct lvol bdev
size = self.get_lvs_size()
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name, size)
# Construct nested lvol store on created lvol_bdev
nested_lvs_name = self.lvs_name + "_nested"
nested_lvs_uuid = self.c.construct_lvol_store(uuid_bdev,
nested_lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count += self.c.check_get_lvol_stores(uuid_bdev, nested_lvs_uuid,
self.cluster_size)
# Construct nested lvol bdev on previously created nested lvol store
# with size equal to size of nested lvol store
nested_size = self.get_lvs_size(nested_lvs_name)
nested_lbd_name = self.lbd_name + "_nested"
nested_uuid_bdev = self.c.construct_lvol_bdev(nested_lvs_uuid,
nested_lbd_name, nested_size)
fail_count += self.c.check_get_bdevs_methods(nested_uuid_bdev, nested_size)
# Try construct another lvol bdev as in previous step; this call should fail
# as nested lvol store space is already claimed by lvol bdev
nested_lbd_name = self.lbd_name + "_nested2"
if self.c.construct_lvol_bdev(nested_lvs_uuid, nested_lbd_name, nested_size) == 0:
fail_count += 1
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - second construct_lvol_bdev call on nested lvol store return code != 0
# - EEXIST response printed to stdout
# - no other operation fails
return fail_count
@case_message
def test_case550(self):
"""
delete_bdev_positive
Positive test for deleting malloc bdev.
Call construct_lvol_store with correct base bdev name.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Delete malloc bdev
self.c.delete_malloc_bdev(base_name)
# Check response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
# Expected result:
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case551(self):
"""
destroy_lvol_bdev_ordering
Test for destroying lvol bdevs in particular order.
Check destroying wrong one is not possible and returns error.
"""
fail_count = 0
snapshot_name = "snapshot"
clone_name = "clone"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name,
self.cluster_size)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores()
size = int(int(lvs[0]['free_clusters'] * lvs[0]['cluster_size']) / 4 / MEGABYTE)
# Construct thin provisioned lvol bdev
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name, size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
# Create snapshot of thin provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
# Create clone of snapshot and check if it ends with success
fail_count += self.c.clone_lvol_bdev(self.lvs_name + "/" + snapshot_name, clone_name)
clone_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name)
# Try to destroy snapshot with clones and check if it fails
ret_value = self.c.destroy_lvol_bdev(snapshot_bdev['name'])
if ret_value == 0:
print("ERROR: Delete snapshot should fail but didn't")
fail_count += 1
# Destroy clone and then snapshot
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
fail_count += self.c.destroy_lvol_bdev(clone_bdev['name'])
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Check response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
# Delete malloc bdev
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case552(self):
"""
destroy_lvol_store_with_clones
Test for destroying lvol store with clones present,
without removing them first.
"""
fail_count = 0
snapshot_name = "snapshot"
snapshot_name2 = "snapshot2"
clone_name = "clone"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name,
self.cluster_size)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores()
size = int(int(lvs[0]['free_clusters'] * lvs[0]['cluster_size']) / 4 / MEGABYTE)
# Create lvol bdev, snapshot it, then clone it and then snapshot the clone
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store, self.lbd_name, size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
fail_count += self.c.clone_lvol_bdev(self.lvs_name + "/" + snapshot_name, clone_name)
clone_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name)
fail_count += self.c.snapshot_lvol_bdev(clone_bdev['name'], snapshot_name2)
snapshot_bdev2 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name2)
# Try to destroy snapshot with 2 clones and check if it fails
ret_value = self.c.destroy_lvol_bdev(snapshot_bdev['name'])
if ret_value == 0:
print("ERROR: Delete snapshot should fail but didn't")
fail_count += 1
# Destroy lvol store without deleting lvol bdevs
fail_count += self.c.destroy_lvol_store(uuid_store)
# Check response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
# Delete malloc bdev
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case553(self):
"""
unregister_lvol_bdev
Test for unregistering the lvol bdevs.
Removing malloc bdev under an lvol store triggers unregister of
all lvol bdevs. Verify it with clones present.
"""
fail_count = 0
snapshot_name = "snapshot"
snapshot_name2 = "snapshot2"
clone_name = "clone"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name,
self.cluster_size)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores()
size = int(int(lvs[0]['free_clusters'] * lvs[0]['cluster_size']) / 4 / MEGABYTE)
# Create lvol bdev, snapshot it, then clone it and then snapshot the clone
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store, self.lbd_name, size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
fail_count += self.c.clone_lvol_bdev(self.lvs_name + "/" + snapshot_name, clone_name)
clone_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name)
fail_count += self.c.snapshot_lvol_bdev(clone_bdev['name'], snapshot_name2)
snapshot_bdev2 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name2)
# Delete malloc bdev
self.c.delete_malloc_bdev(base_name)
# Check response get_lvol_stores command
if self.c.check_get_lvol_stores("", "", "") == 1:
fail_count += 1
# Expected result:
# - get_lvol_stores: response should be of no value after destroyed lvol store
# - no other operation fails
return fail_count
@case_message
def test_case600(self):
"""
construct_lvol_store_with_cluster_size_max
Negative test for constructing a new lvol store.
Call construct_lvol_store with cluster size is equal malloc bdev size + 1B.
"""
fail_count = 0
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct_lvol_store on correct, exisitng malloc bdev and cluster size equal
# malloc bdev size in bytes + 1B
lvol_uuid = self.c.construct_lvol_store(base_name,
self.lvs_name,
(self.total_size * 1024 * 1024) + 1) == 0
if self.c.check_get_lvol_stores(base_name, lvol_uuid) == 0:
fail_count += 1
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - return code != 0
# - Error code response printed to stdout
return fail_count
@case_message
def test_case601(self):
"""
construct_lvol_store_with_cluster_size_min
Negative test for constructing a new lvol store.
Call construct_lvol_store with cluster size smaller than minimal value of 8192.
"""
fail_count = 0
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Try construct lvol store on malloc bdev with cluster size 8191
lvol_uuid = self.c.construct_lvol_store(base_name, self.lvs_name, 8191)
# Verify that lvol store was not created
if self.c.check_get_lvol_stores(base_name, lvol_uuid) == 0:
fail_count += 1
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - construct lvol store return code != 0
# - Error code response printed to stdout
return fail_count
@case_message
def test_case602(self):
"""
construct_lvol_store_with_all_clear_methods
Call construct_lvol_store with all options for clear methods.
"""
fail_count = 0
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store with clear method 'none'
lvol_uuid = self.c.construct_lvol_store(base_name, self.lvs_name, clear_method="none")
fail_count += self.c.check_get_lvol_stores(base_name, lvol_uuid)
fail_count += self.c.delete_malloc_bdev(base_name)
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store with clear method 'unmap'
lvol_uuid = self.c.construct_lvol_store(base_name, self.lvs_name, clear_method="unmap")
fail_count += self.c.check_get_lvol_stores(base_name, lvol_uuid)
fail_count += self.c.delete_malloc_bdev(base_name)
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store with clear method 'write_zeroes'
lvol_uuid = self.c.construct_lvol_store(base_name, self.lvs_name, clear_method="write_zeroes")
fail_count += self.c.check_get_lvol_stores(base_name, lvol_uuid)
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - construct lvol store return code != 0
# - Error code response printed to stdout
return fail_count
@case_message
def test_case650(self):
"""
thin_provisioning_check_space
Check if free clusters number on lvol store decreases
if we write to created thin provisioned lvol bdev
"""
# create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# create lvol store on mamloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_start = int(lvs['free_clusters'])
bdev_size = self.get_lvs_size()
# create thin provisioned lvol bdev with size equals to lvol store free space
bdev_name = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
bdev_size, thin=True)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_create_lvol = int(lvs['free_clusters'])
# check and save number of free clusters for lvol store
if free_clusters_start != free_clusters_create_lvol:
fail_count += 1
lvol_bdev = self.c.get_lvol_bdev_with_name(bdev_name)
nbd_name = "/dev/nbd0"
fail_count += self.c.start_nbd_disk(bdev_name, nbd_name)
size = int(lvs['cluster_size'])
# write data (lvs cluster size) to created lvol bdev starting from offset 0.
fail_count += self.run_fio_test("/dev/nbd0", 0, size, "write", "0xcc")
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_first_fio = int(lvs['free_clusters'])
# check that free clusters on lvol store was decremented by 1
if free_clusters_start != free_clusters_first_fio + 1:
fail_count += 1
size = int(lvs['cluster_size'])
# calculate size of one and half cluster
offset = int((int(lvol_bdev['num_blocks']) * int(lvol_bdev['block_size']) /
free_clusters_create_lvol) * 1.5)
# write data (lvs cluster size) to lvol bdev with offset set to one and half of cluster size
fail_count += self.run_fio_test(nbd_name, offset, size, "write", "0xcc")
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_second_fio = int(lvs['free_clusters'])
# check that free clusters on lvol store was decremented by 2
if free_clusters_start != free_clusters_second_fio + 3:
fail_count += 1
size = (free_clusters_create_lvol - 3) * int(lvs['cluster_size'])
offset = int(int(lvol_bdev['num_blocks']) * int(lvol_bdev['block_size']) /
free_clusters_create_lvol * 3)
# write data to lvol bdev to the end of its size
fail_count += self.run_fio_test(nbd_name, offset, size, "write", "0xcc")
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_third_fio = int(lvs['free_clusters'])
# check that lvol store free clusters number equals to 0
if free_clusters_third_fio != 0:
fail_count += 1
fail_count += self.c.stop_nbd_disk(nbd_name)
# destroy thin provisioned lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_end = int(lvs['free_clusters'])
# check that saved number of free clusters equals to current free clusters
if free_clusters_start != free_clusters_end:
fail_count += 1
# destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# destroy malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case651(self):
"""
thin_provisioning_read_empty_bdev
Check if we can create thin provisioned bdev on empty lvol store
and check if we can read from this device and it returns zeroes.
"""
# create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_start = int(lvs['free_clusters'])
lbd_name0 = self.lbd_name + str("0")
lbd_name1 = self.lbd_name + str("1")
# calculate bdev size in megabytes
bdev_size = self.get_lvs_size()
# create thick provisioned lvol bvdev with size equal to lvol store
bdev_name0 = self.c.construct_lvol_bdev(uuid_store, lbd_name0,
bdev_size, thin=False)
# create thin provisioned lvol bdev with the same size
bdev_name1 = self.c.construct_lvol_bdev(uuid_store, lbd_name1,
bdev_size, thin=True)
lvol_bdev0 = self.c.get_lvol_bdev_with_name(bdev_name0)
lvol_bdev1 = self.c.get_lvol_bdev_with_name(bdev_name1)
nbd_name0 = "/dev/nbd0"
fail_count += self.c.start_nbd_disk(lvol_bdev0['name'], nbd_name0)
nbd_name1 = "/dev/nbd1"
fail_count += self.c.start_nbd_disk(lvol_bdev1['name'], nbd_name1)
size = bdev_size * MEGABYTE
# fill the whole thick provisioned lvol bdev
fail_count += self.run_fio_test(nbd_name0, 0, size, "write", False)
size = bdev_size * MEGABYTE
# perform read operations on thin provisioned lvol bdev
# and check if they return zeroes
fail_count += self.run_fio_test(nbd_name1, 0, size, "read", "0x00")
fail_count += self.c.stop_nbd_disk(nbd_name0)
fail_count += self.c.stop_nbd_disk(nbd_name1)
# destroy thin provisioned lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev0['name'])
fail_count += self.c.destroy_lvol_bdev(lvol_bdev1['name'])
# destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# destroy malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case652(self):
"""
thin_provisioning_data_integrity_test
Check if data written to thin provisioned lvol bdev
were properly written (fio test with verification).
"""
# create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_start = int(lvs['free_clusters'])
bdev_size = self.get_lvs_size()
# construct thin provisioned lvol bdev with size equal to lvol store
bdev_name = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
bdev_size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(bdev_name)
nbd_name = "/dev/nbd0"
fail_count += self.c.start_nbd_disk(lvol_bdev['name'], nbd_name)
size = bdev_size * MEGABYTE
# on the whole lvol bdev perform write operation with verification
fail_count += self.run_fio_test(nbd_name, 0, size, "write", "0xcc")
fail_count += self.c.stop_nbd_disk(nbd_name)
# destroy thin provisioned lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# destroy malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - verification ends with success
# - no other operation fails
return fail_count
@case_message
def test_case653(self):
"""
thin_provisioning_resize
Check thin provisioned bdev resize.
"""
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name, self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Construct thin provisioned lvol bdevs on created lvol store
# with size equal to 50% of lvol store
size = self.get_lvs_divided_size(2)
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name, size, thin=True)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
# Fill all free space of lvol bdev with data
nbd_name = "/dev/nbd0"
fail_count += self.c.start_nbd_disk(uuid_bdev, nbd_name)
fail_count += self.run_fio_test(nbd_name, 0, size*MEGABYTE, "write", "0xcc", 0)
fail_count += self.c.stop_nbd_disk(nbd_name)
# Save number of free clusters for lvs
lvs = self.c.get_lvol_stores()[0]
free_clusters_start = int(lvs['free_clusters'])
# Resize bdev to full size of lvs
full_size = int(lvs['total_data_clusters'] * lvs['cluster_size'] / MEGABYTE)
fail_count += self.c.resize_lvol_bdev(uuid_bdev, full_size)
# Check if bdev size changed (total_data_clusters*cluster_size
# equals to num_blocks*block_size)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev)
lbd_size = int(lvol_bdev['num_blocks'] * lvol_bdev['block_size'] / MEGABYTE)
if full_size != lbd_size:
fail_count += 1
# Check if free_clusters on lvs remain unaffected
lvs = self.c.get_lvol_stores()[0]
free_clusters_resize = int(lvs['free_clusters'])
if free_clusters_start != free_clusters_resize:
fail_count += 1
# Perform write operation with verification
# to newly created free space of lvol bdev
nbd_name = "/dev/nbd0"
fail_count += self.c.start_nbd_disk(uuid_bdev, nbd_name)
fail_count += self.run_fio_test(nbd_name, int(lbd_size * MEGABYTE / 2),
int(lbd_size * MEGABYTE / 2), "write", "0xcc", 0)
fail_count += self.c.stop_nbd_disk(nbd_name)
# Check if free clusters on lvs equals to zero
lvs = self.c.get_lvol_stores()[0]
if int(lvs['free_clusters']) != 0:
fail_count += 1
# Resize bdev to 25% of lvs and check if it ended with success
size = self.get_lvs_divided_size(4)
fail_count += self.c.resize_lvol_bdev(uuid_bdev, size)
# Check free clusters on lvs
lvs = self.c.get_lvol_stores()[0]
free_clusters_resize2 = int(lvs['free_clusters'])
free_clusters_expected = int((full_size - size) * MEGABYTE / lvs['cluster_size'])
if free_clusters_expected != free_clusters_resize2:
fail_count += 1
self.c.destroy_lvol_bdev(uuid_bdev)
self.c.destroy_lvol_store(uuid_store)
self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case654(self):
"""
thin_overprovisioning
Create two thin provisioned lvol bdevs with max size
and check if writting more than total size of lvol store
will cause failures.
"""
# create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name, self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_start = int(lvs['free_clusters'])
lbd_name0 = self.lbd_name + str("0")
lbd_name1 = self.lbd_name + str("1")
bdev_size = self.get_lvs_size()
# construct two thin provisioned lvol bdevs on created lvol store
# with size equals to free lvs size
bdev_name0 = self.c.construct_lvol_bdev(uuid_store, lbd_name0,
bdev_size, thin=True)
bdev_name1 = self.c.construct_lvol_bdev(uuid_store, lbd_name1,
bdev_size, thin=True)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_create_lvol = int(lvs['free_clusters'])
if free_clusters_start != free_clusters_create_lvol:
fail_count += 1
lvol_bdev0 = self.c.get_lvol_bdev_with_name(bdev_name0)
lvol_bdev1 = self.c.get_lvol_bdev_with_name(bdev_name1)
nbd_name0 = "/dev/nbd0"
nbd_name1 = "/dev/nbd1"
fail_count += self.c.start_nbd_disk(lvol_bdev0['name'], nbd_name0)
fail_count += self.c.start_nbd_disk(lvol_bdev1['name'], nbd_name1)
size = "75%"
# fill first bdev to 75% of its space with specific pattern
fail_count += self.run_fio_test(nbd_name0, 0, size, "write", "0xcc")
size = "75%"
# fill second bdev up to 75% of its space
# check that error message occured while filling second bdev with data
fail_count += self.run_fio_test(nbd_name1, 0, size, "write", "0xee",
expected_ret_value=1)
size = "75%"
# check if data on first disk stayed unchanged
fail_count += self.run_fio_test(nbd_name0, 0, size, "read", "0xcc")
size = "25%"
offset = "75%"
fail_count += self.run_fio_test(nbd_name0, offset, size, "read", "0x00")
fail_count += self.c.stop_nbd_disk(nbd_name0)
fail_count += self.c.stop_nbd_disk(nbd_name1)
# destroy thin provisioned lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev0['name'])
fail_count += self.c.destroy_lvol_bdev(lvol_bdev1['name'])
# destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# destroy malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case655(self):
"""
thin_provisioning_filling_disks_less_than_lvs_size
Check if writing to two thin provisioned lvol bdevs
less than total size of lvol store will end with success
"""
# create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name, self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores(self.lvs_name)[0]
free_clusters_start = int(lvs['free_clusters'])
lbd_name0 = self.lbd_name + str("0")
lbd_name1 = self.lbd_name + str("1")
lvs_size = self.get_lvs_size()
bdev_size = int(lvs_size * 0.7)
# construct two thin provisioned lvol bdevs on created lvol store
# with size equal to 70% of lvs size
bdev_name0 = self.c.construct_lvol_bdev(uuid_store, lbd_name0,
bdev_size, thin=True)
bdev_name1 = self.c.construct_lvol_bdev(uuid_store, lbd_name1,
bdev_size, thin=True)
lvol_bdev0 = self.c.get_lvol_bdev_with_name(bdev_name0)
lvol_bdev1 = self.c.get_lvol_bdev_with_name(bdev_name1)
# check if bdevs are available and size of every disk is equal to 70% of lvs size
nbd_name0 = "/dev/nbd0"
nbd_name1 = "/dev/nbd1"
fail_count += self.c.start_nbd_disk(lvol_bdev0['name'], nbd_name0)
fail_count += self.c.start_nbd_disk(lvol_bdev1['name'], nbd_name1)
size = int(int(lvol_bdev0['num_blocks']) * int(lvol_bdev0['block_size']) * 0.7)
# fill first disk with 70% of its size
# check if operation didn't fail
fail_count += self.run_fio_test(nbd_name0, 0, size, "write", "0xcc")
size = int(int(lvol_bdev1['num_blocks']) * int(lvol_bdev1['block_size']) * 0.7)
# fill second disk also with 70% of its size
# check if operation didn't fail
fail_count += self.run_fio_test(nbd_name1, 0, size, "write", "0xee")
fail_count += self.c.stop_nbd_disk(nbd_name0)
fail_count += self.c.stop_nbd_disk(nbd_name1)
# destroy thin provisioned lvol bdevs
fail_count += self.c.destroy_lvol_bdev(lvol_bdev0['name'])
fail_count += self.c.destroy_lvol_bdev(lvol_bdev1['name'])
# destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# destroy malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case700(self):
"""
tasting_positive
Positive test for tasting a multi lvol bdev configuration.
Create a lvol store with some lvol bdevs on aio bdev and restart vhost app.
After restarting configuration should be automatically loaded and should be exactly
the same as before restarting.
Check that running configuration can be modified after restarting and tasting.
"""
fail_count = 0
uuid_bdevs = []
base_name = "aio_bdev0"
base_path = path.dirname(sys.argv[0])
vhost_path = path.join(self.app_path, 'vhost')
pid_path = path.join(base_path, 'vhost.pid')
aio_bdev0 = path.join(base_path, 'aio_bdev_0')
self.c.construct_aio_bdev(aio_bdev0, base_name, 4096)
# Create initial configuration on running vhost instance
# create lvol store, create 5 bdevs
# save info of all lvs and lvol bdevs
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name,
uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(10)
for i in range(5):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name + str(i),
size)
uuid_bdevs.append(uuid_bdev)
# Using get_bdevs command verify lvol bdevs were correctly created
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
old_bdevs = sorted(self.c.get_lvol_bdevs(), key=lambda x: x["name"])
old_stores = self.c.get_lvol_stores()
# Shut down vhost instance and restart with new instance
fail_count += self._stop_vhost(pid_path)
remove(pid_path)
if self._start_vhost(vhost_path, pid_path) != 0:
fail_count += 1
return fail_count
self.c.construct_aio_bdev(aio_bdev0, base_name, 4096)
# Check if configuration was properly loaded after tasting
# get all info all lvs and lvol bdevs, compare with previous info
new_bdevs = sorted(self.c.get_lvol_bdevs(), key=lambda x: x["name"])
new_stores = self.c.get_lvol_stores()
if old_stores != new_stores:
fail_count += 1
print("ERROR: old and loaded lvol store is not the same")
print("DIFF:")
print(old_stores)
print(new_stores)
if len(old_bdevs) != len(new_bdevs):
fail_count += 1
print("ERROR: old and loaded lvol bdev list count is not equal")
for o, n in zip(old_bdevs, new_bdevs):
if o != n:
fail_count += 1
print("ERROR: old and loaded lvol bdev is not the same")
print("DIFF:")
pprint.pprint([o, n])
if fail_count != 0:
self.c.delete_aio_bdev(aio_bdev0)
return fail_count
# Try modifying loaded configuration
# Add some lvol bdevs to existing lvol store then
# remove all lvol configuration and re-create it again
for i in range(5, 10):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name + str(i),
size)
uuid_bdevs.append(uuid_bdev)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
for uuid_bdev in uuid_bdevs:
self.c.destroy_lvol_bdev(uuid_bdev)
if self.c.destroy_lvol_store(uuid_store) != 0:
fail_count += 1
uuid_bdevs = []
# Create lvol store on aio bdev, create ten lvol bdevs on lvol store and
# verify all configuration call results
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name,
uuid_store,
self.cluster_size)
for i in range(10):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name + str(i),
size)
uuid_bdevs.append(uuid_bdev)
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size)
# Destroy lvol store
if self.c.destroy_lvol_store(uuid_store) != 0:
fail_count += 1
self.c.delete_aio_bdev(base_name)
return fail_count
@case_message
def test_case701(self):
"""
tasting_lvol_store_positive
Positive test for tasting lvol store.
"""
base_path = path.dirname(sys.argv[0])
aio_bdev0 = path.join(base_path, 'aio_bdev_0')
base_name = "aio_bdev0"
self.c.construct_aio_bdev(aio_bdev0, base_name, 4096)
# construct lvol store on aio bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
self.c.delete_aio_bdev(base_name)
self.c.construct_aio_bdev(aio_bdev0, base_name, 4096)
# wait 1 second to allow time for lvolstore tasting
sleep(1)
# check if lvol store still exists in vhost configuration
if self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size) != 0:
fail_count += 1
# destroy lvol store from aio bdev
if self.c.destroy_lvol_store(uuid_store) != 0:
fail_count += 1
self.c.delete_aio_bdev(base_name)
return fail_count
@case_message
def test_case702(self):
"""
tasting_positive_with_different_lvol_store_cluster_size
Positive test for tasting a multi lvol bdev configuration.
Create two lvol stores with different cluster sizes with some lvol bdevs on aio
drive and restart vhost app.
After restarting configuration should be automatically loaded and should be exactly
the same as before restarting.
"""
fail_count = 0
uuid_bdevs = []
cluster_size_1M = MEGABYTE
cluster_size_32M = 32 * MEGABYTE
base_name_1M = "aio_bdev0"
base_name_32M = "aio_bdev1"
base_path = path.dirname(sys.argv[0])
vhost_path = path.join(self.app_path, 'vhost')
pid_path = path.join(base_path, 'vhost.pid')
aio_bdev0 = path.join(base_path, 'aio_bdev_0')
aio_bdev1 = path.join(base_path, 'aio_bdev_1')
self.c.construct_aio_bdev(aio_bdev0, base_name_1M, 4096)
self.c.construct_aio_bdev(aio_bdev1, base_name_32M, 4096)
# Create initial configuration on running vhost instance
# create lvol store, create 5 bdevs
# save info of all lvs and lvol bdevs
uuid_store_1M = self.c.construct_lvol_store(base_name_1M,
self.lvs_name + "_1M",
cluster_size_1M)
fail_count += self.c.check_get_lvol_stores(base_name_1M,
uuid_store_1M,
cluster_size_1M)
uuid_store_32M = self.c.construct_lvol_store(base_name_32M,
self.lvs_name + "_32M",
cluster_size_32M)
fail_count += self.c.check_get_lvol_stores(base_name_32M,
uuid_store_32M,
cluster_size_32M)
# size = approx 20% of total aio bdev size
size_1M = self.get_lvs_divided_size(5, self.lvs_name + "_1M")
size_32M = self.get_lvs_divided_size(5, self.lvs_name + "_32M")
for i in range(5):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store_1M,
self.lbd_name + str(i) + "_1M",
size_1M)
uuid_bdevs.append(uuid_bdev)
# Using get_bdevs command verify lvol bdevs were correctly created
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size_1M)
for i in range(5):
uuid_bdev = self.c.construct_lvol_bdev(uuid_store_32M,
self.lbd_name + str(i) + "_32M",
size_32M)
uuid_bdevs.append(uuid_bdev)
# Using get_bdevs command verify lvol bdevs were correctly created
fail_count += self.c.check_get_bdevs_methods(uuid_bdev, size_32M)
old_bdevs = sorted(self.c.get_lvol_bdevs(), key=lambda x: x["name"])
old_stores = sorted(self.c.get_lvol_stores(), key=lambda x: x["name"])
# Shut down vhost instance and restart with new instance
fail_count += self._stop_vhost(pid_path)
remove(pid_path)
if self._start_vhost(vhost_path, pid_path) != 0:
fail_count += 1
return fail_count
self.c.construct_aio_bdev(aio_bdev0, base_name_1M, 4096)
self.c.construct_aio_bdev(aio_bdev1, base_name_32M, 4096)
# wait 1 second to allow time for lvolstore tasting
sleep(1)
# Check if configuration was properly loaded after tasting
# get all info all lvs and lvol bdevs, compare with previous info
new_bdevs = sorted(self.c.get_lvol_bdevs(), key=lambda x: x["name"])
new_stores = sorted(self.c.get_lvol_stores(), key=lambda x: x["name"])
if old_stores != new_stores:
fail_count += 1
print("ERROR: old and loaded lvol store is not the same")
print("DIFF:")
print(old_stores)
print(new_stores)
if len(old_bdevs) != len(new_bdevs):
fail_count += 1
print("ERROR: old and loaded lvol bdev list count is not equal")
for o, n in zip(old_bdevs, new_bdevs):
if o != n:
fail_count += 1
print("ERROR: old and loaded lvol bdev is not the same")
print("DIFF:")
pprint.pprint([o, n])
if fail_count != 0:
self.c.delete_aio_bdev(base_name_1M)
self.c.delete_aio_bdev(base_name_32M)
return fail_count
for uuid_bdev in uuid_bdevs:
self.c.destroy_lvol_bdev(uuid_bdev)
if self.c.destroy_lvol_store(uuid_store_1M) != 0:
fail_count += 1
if self.c.destroy_lvol_store(uuid_store_32M) != 0:
fail_count += 1
self.c.delete_aio_bdev(base_name_1M)
self.c.delete_aio_bdev(base_name_32M)
return fail_count
@case_message
def test_case750(self):
"""
snapshot readonly
Create snaphot of lvol bdev and check if it is readonly.
"""
fail_count = 0
nbd_name0 = "/dev/nbd0"
snapshot_name = "snapshot0"
# Construct malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores()[0]
free_clusters_start = int(lvs['free_clusters'])
bdev_size = self.get_lvs_divided_size(3)
# Create lvol bdev with 33% of lvol store space
bdev_name = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
bdev_size)
lvol_bdev = self.c.get_lvol_bdev_with_name(bdev_name)
# Create snapshot of lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
fail_count += self.c.start_nbd_disk(snapshot_bdev['name'], nbd_name0)
size = bdev_size * MEGABYTE
# Try to perform write operation on created snapshot
# Check if filling snapshot of lvol bdev fails
fail_count += self.run_fio_test(nbd_name0, 0, size, "write", "0xcc", 1)
fail_count += self.c.stop_nbd_disk(nbd_name0)
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy snapshot
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case751(self):
"""
snapshot_compare_with_lvol_bdev
Check if lvol bdevs and snapshots contain the same data.
Check if lvol bdev and snapshot differ when writing to lvol bdev
after creating snapshot.
"""
fail_count = 0
nbd_name = ["/dev/nbd0", "/dev/nbd1", "/dev/nbd2", "/dev/nbd3"]
snapshot_name0 = "snapshot0"
snapshot_name1 = "snapshot1"
# Construct mallov bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(6)
lbd_name0 = self.lbd_name + str(0)
lbd_name1 = self.lbd_name + str(1)
# Create thin provisioned lvol bdev with size less than 25% of lvs
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store,
lbd_name0, size, thin=True)
# Create thick provisioned lvol bdev with size less than 25% of lvs
uuid_bdev1 = self.c.construct_lvol_bdev(uuid_store,
lbd_name1, size, thin=False)
lvol_bdev0 = self.c.get_lvol_bdev_with_name(uuid_bdev0)
fail_count += self.c.start_nbd_disk(lvol_bdev0['name'], nbd_name[0])
fill_size = int(size * MEGABYTE / 2)
# Fill thin provisoned lvol bdev with 50% of its space
fail_count += self.run_fio_test(nbd_name[0], 0, fill_size, "write", "0xcc", 0)
lvol_bdev1 = self.c.get_lvol_bdev_with_name(uuid_bdev1)
fail_count += self.c.start_nbd_disk(lvol_bdev1['name'], nbd_name[1])
fill_size = int(size * MEGABYTE)
# Fill whole thic provisioned lvol bdev
fail_count += self.run_fio_test(nbd_name[1], 0, fill_size, "write", "0xcc", 0)
# Create snapshots of lvol bdevs
fail_count += self.c.snapshot_lvol_bdev(uuid_bdev0, snapshot_name0)
fail_count += self.c.snapshot_lvol_bdev(uuid_bdev1, snapshot_name1)
fail_count += self.c.start_nbd_disk(self.lvs_name + "/" + snapshot_name0, nbd_name[2])
fail_count += self.c.start_nbd_disk(self.lvs_name + "/" + snapshot_name1, nbd_name[3])
# Compare every lvol bdev with corresponding snapshot
# and check that data are the same
fail_count += self.compare_two_disks(nbd_name[0], nbd_name[2], 0)
fail_count += self.compare_two_disks(nbd_name[1], nbd_name[3], 0)
fill_size = int(size * MEGABYTE / 2)
offset = fill_size
# Fill second half of thin provisioned lvol bdev
fail_count += self.run_fio_test(nbd_name[0], offset, fill_size, "write", "0xaa", 0)
# Compare thin provisioned lvol bdev with its snapshot and check if it fails
fail_count += self.compare_two_disks(nbd_name[0], nbd_name[2], 1)
for nbd in nbd_name:
fail_count += self.c.stop_nbd_disk(nbd)
# Delete lvol bdevs
fail_count += self.c.destroy_lvol_bdev(lvol_bdev0['name'])
fail_count += self.c.destroy_lvol_bdev(lvol_bdev1['name'])
# Delete snapshots
fail_count += self.c.destroy_lvol_bdev(self.lvs_name + "/" + snapshot_name0)
fail_count += self.c.destroy_lvol_bdev(self.lvs_name + "/" + snapshot_name1)
# Destroy snapshot
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - removing snapshot should always end with success
# - no other operation fails
return fail_count
@case_message
def test_case752(self):
"""
snapshot_during_io_traffic
Check that when writing to lvol bdev
creating snapshot ends with success
"""
global current_fio_pid
fail_count = 0
nbd_name = "/dev/nbd0"
snapshot_name = "snapshot"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Create thin provisioned lvol bdev with size equal to 50% of lvs space
size = self.get_lvs_divided_size(2)
uuid_bdev = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev)
fail_count += self.c.start_nbd_disk(lvol_bdev['name'], nbd_name)
fill_size = int(size * MEGABYTE)
# Create thread that will run fio in background
thread = FioThread(nbd_name, 0, fill_size, "write", "0xcc", 0,
extra_params="--time_based --runtime=8")
# Perform write operation with verification to created lvol bdev
thread.start()
time.sleep(4)
fail_count += is_process_alive(current_fio_pid)
# During write operation create snapshot of created lvol bdev
# and check that snapshot has been created successfully
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
fail_count += is_process_alive(current_fio_pid)
thread.join()
# Check that write operation ended with success
fail_count += thread.rv
fail_count += self.c.stop_nbd_disk(nbd_name)
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Delete snapshot
fail_count += self.c.destroy_lvol_bdev(self.lvs_name + "/" + snapshot_name)
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc bdevs
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case753(self):
"""
snapshot_of_snapshot
Check that creating snapshot of snapshot will fail
"""
fail_count = 0
snapshot_name0 = "snapshot0"
snapshot_name1 = "snapshot1"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Create thick provisioned lvol bdev
size = self.get_lvs_divided_size(2)
uuid_bdev = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
size, thin=False)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev)
# Create snapshot of created lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name0)
# Create snapshot of previously created snapshot
# and check if operation will fail
if self.c.snapshot_lvol_bdev(snapshot_name0, snapshot_name1) == 0:
print("ERROR: Creating snapshot of snapshot should fail")
fail_count += 1
# Delete lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy snapshot
fail_count += self.c.destroy_lvol_bdev(self.lvs_name + "/" + snapshot_name0)
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - creating snapshot of snapshot should fail
# - no other operation fails
return fail_count
@case_message
def test_case754(self):
"""
clone_bdev_only
Check that only clone of snapshot can be created.
Creating clone of lvol bdev should fail.
"""
fail_count = 0
clone_name = "clone"
snapshot_name = "snapshot"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores()
# Create thick provisioned lvol bdev with size equal to 50% of lvs space
size = self.get_lvs_divided_size(2)
uuid_bdev = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
size, thin=False)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev)
# Create clone of lvol bdev and check if it fails
rv = self.c.clone_lvol_bdev(lvol_bdev['name'], clone_name)
if rv == 0:
print("ERROR: Creating clone of lvol bdev ended with unexpected success")
fail_count += 1
# Create snapshot of lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
# Create again clone of lvol bdev and check if it fails
rv = self.c.clone_lvol_bdev(lvol_bdev['name'], clone_name)
if rv == 0:
print("ERROR: Creating clone of lvol bdev ended with unexpected success")
fail_count += 1
# Create clone of snapshot and check if it ends with success
rv = self.c.clone_lvol_bdev(self.lvs_name + "/" + snapshot_name, clone_name)
if rv != 0:
print("ERROR: Creating clone of snapshot ended with unexpected failure")
fail_count += 1
clone_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name)
# Delete lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy clone
fail_count += self.c.destroy_lvol_bdev(clone_bdev['name'])
# Delete snapshot
fail_count += self.c.destroy_lvol_bdev(self.lvs_name + "/" + snapshot_name)
# Delete lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Destroy malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - cloning thick provisioned lvol bdev should fail
# - no other operation fails
return fail_count
@case_message
def test_case755(self):
"""
clone_writing_to_clone
"""
fail_count = 0
nbd_name = ["/dev/nbd0", "/dev/nbd1", "/dev/nbd2", "/dev/nbd3"]
snapshot_name = "snapshot"
clone_name0 = "clone0"
clone_name1 = "clone1"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(6)
lbd_name0 = self.lbd_name + str(0)
# Construct thick provisioned lvol bdev
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store,
lbd_name0, size, thin=False)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
# Install lvol bdev on /dev/nbd0
fail_count += self.c.start_nbd_disk(lvol_bdev['name'], nbd_name[0])
fill_size = size * MEGABYTE
# Fill lvol bdev with 100% of its space
fail_count += self.run_fio_test(nbd_name[0], 0, fill_size, "write", "0xcc", 0)
# Create snapshot of thick provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
# Create two clones of created snapshot
fail_count += self.c.clone_lvol_bdev(snapshot_bdev['name'], clone_name0)
fail_count += self.c.clone_lvol_bdev(snapshot_bdev['name'], clone_name1)
lvol_clone0 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name0)
fail_count += self.c.start_nbd_disk(lvol_clone0['name'], nbd_name[1])
fill_size = int(size * MEGABYTE / 2)
# Perform write operation to first clone
# Change first half of its space
fail_count += self.run_fio_test(nbd_name[1], 0, fill_size, "write", "0xaa", 0)
fail_count += self.c.start_nbd_disk(self.lvs_name + "/" + snapshot_name, nbd_name[2])
lvol_clone1 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name1)
fail_count += self.c.start_nbd_disk(lvol_clone1['name'], nbd_name[3])
# Compare snapshot with second clone. Data on both bdevs should be the same
time.sleep(1)
fail_count += self.compare_two_disks(nbd_name[2], nbd_name[3], 0)
for nbd in nbd_name:
fail_count += self.c.stop_nbd_disk(nbd)
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy two clones
fail_count += self.c.destroy_lvol_bdev(lvol_clone0['name'])
fail_count += self.c.destroy_lvol_bdev(lvol_clone1['name'])
# Delete snapshot
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case756(self):
"""
clone_and_snapshot_relations
Check if relations between clones and snapshots
are properly set in configuration
"""
fail_count = 0
snapshot_name = 'snapshot'
clone_name0 = 'clone1'
clone_name1 = 'clone2'
lbd_name = clone_name1
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(6)
# Construct thick provisioned lvol bdev
uuid_bdev = self.c.construct_lvol_bdev(uuid_store,
lbd_name, size, thin=False)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev)
# Create snapshot of thick provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
# Create clone of created snapshot
fail_count += self.c.clone_lvol_bdev(snapshot_bdev['name'], clone_name0)
# Get current bdevs configuration
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
lvol_clone0 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name0)
lvol_clone1 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name1)
# Check snapshot consistency
snapshot_lvol = snapshot_bdev['driver_specific']['lvol']
if snapshot_lvol['snapshot'] is not True:
fail_count += 1
if snapshot_lvol['clone'] is not False:
fail_count += 1
if sorted([clone_name0, clone_name1]) != sorted(snapshot_lvol['clones']):
fail_count += 1
# Check first clone consistency
lvol_clone0_lvol = lvol_clone0['driver_specific']['lvol']
if lvol_clone0_lvol['snapshot'] is not False:
fail_count += 1
if lvol_clone0_lvol['clone'] is not True:
fail_count += 1
if lvol_clone0_lvol['base_snapshot'] != 'snapshot':
fail_count += 1
# Check second clone consistency
lvol_clone1_lvol = lvol_clone1['driver_specific']['lvol']
if lvol_clone1_lvol['snapshot'] is not False:
fail_count += 1
if lvol_clone1_lvol['clone'] is not True:
fail_count += 1
if lvol_clone1_lvol['base_snapshot'] != 'snapshot':
fail_count += 1
# Destroy first clone and check if it is deleted from snapshot
fail_count += self.c.destroy_lvol_bdev(lvol_clone0['name'])
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
if [clone_name1] != snapshot_bdev['driver_specific']['lvol']['clones']:
fail_count += 1
# Destroy second clone
fail_count += self.c.destroy_lvol_bdev(lvol_clone1['name'])
# Delete snapshot
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case757(self):
"""
clone_inflate
Test inflate rpc method
"""
fail_count = 0
snapshot_name = "snapshot"
nbd_name = "/dev/nbd0"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(4)
# Construct thick provisioned lvol bdev
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name, size, thin=False)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
# Fill bdev with data of knonw pattern
fail_count += self.c.start_nbd_disk(lvol_bdev['name'], nbd_name)
fill_size = size * MEGABYTE
fail_count += self.run_fio_test(nbd_name, 0, fill_size, "write", "0xcc", 0)
self.c.stop_nbd_disk(nbd_name)
# Create snapshot of thick provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
# Create two clones of created snapshot
lvol_clone = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + self.lbd_name)
if lvol_clone['driver_specific']['lvol']['thin_provision'] is not True:
fail_count += 1
# Fill part of clone with data of known pattern
fail_count += self.c.start_nbd_disk(lvol_clone['name'], nbd_name)
first_fill = 0
second_fill = int(size * 3 / 4)
fail_count += self.run_fio_test(nbd_name, first_fill * MEGABYTE,
MEGABYTE, "write", "0xdd", 0)
fail_count += self.run_fio_test(nbd_name, second_fill * MEGABYTE,
MEGABYTE, "write", "0xdd", 0)
self.c.stop_nbd_disk(nbd_name)
# Do inflate
fail_count += self.c.inflate_lvol_bdev(lvol_clone['name'])
lvol_clone = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + self.lbd_name)
if lvol_clone['driver_specific']['lvol']['thin_provision'] is not False:
fail_count += 1
# Delete snapshot
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Check data consistency
fail_count += self.c.start_nbd_disk(lvol_clone['name'], nbd_name)
fail_count += self.run_fio_test(nbd_name, first_fill * MEGABYTE,
MEGABYTE, "read", "0xdd")
fail_count += self.run_fio_test(nbd_name, (first_fill + 1) * MEGABYTE,
(second_fill - first_fill - 1) * MEGABYTE,
"read", "0xcc")
fail_count += self.run_fio_test(nbd_name, (second_fill) * MEGABYTE,
MEGABYTE, "read", "0xdd")
fail_count += self.run_fio_test(nbd_name, (second_fill + 1) * MEGABYTE,
(size - second_fill - 1) * MEGABYTE,
"read", "0xcc")
self.c.stop_nbd_disk(nbd_name)
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case758(self):
"""
clone_decouple_parent
Detach parent from clone and check if parent can be safely removed.
Check data consistency.
"""
fail_count = 0
snapshot_name = "snapshot"
nbd_name = "/dev/nbd0"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
size = self.get_lvs_divided_size(4)
# Construct thin provisioned lvol bdev
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name, size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
# Decouple parent lvol bdev and check if it fails
ret_value = self.c.decouple_parent_lvol_bdev(lvol_bdev['name'])
if ret_value == 0:
print("ERROR: Decouple parent on bdev without parent should "
"fail but didn't")
fail_count += 1
# Create snapshot of thin provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
# Decouple parent lvol bdev
fail_count += self.c.decouple_parent_lvol_bdev(lvol_bdev['name'])
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
if lvol_bdev['driver_specific']['lvol']['thin_provision'] is not True:
fail_count += 1
if lvol_bdev['driver_specific']['lvol']['clone'] is not False:
fail_count += 1
if lvol_bdev['driver_specific']['lvol']['snapshot'] is not False:
fail_count += 1
if snapshot_bdev['driver_specific']['lvol']['clone'] is not False:
fail_count += 1
# Destroy snapshot
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case759(self):
"""
clone_decouple_parent_rw
Create tree level snaphot-snapshot2-clone structure.
Detach snapshot2 from clone. Check if snapshot2 can be safely removed.
Each time check consistency of snapshot-clone relations and written data.
"""
fail_count = 0
snapshot_name = "snapshot"
snapshot_name2 = "snapshot2"
nbd_name = "/dev/nbd0"
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
lvs = self.c.get_lvol_stores()
size = int(5 * lvs[0]['cluster_size'] / MEGABYTE)
# Construct thin provisioned lvol bdev
uuid_bdev0 = self.c.construct_lvol_bdev(uuid_store,
self.lbd_name, size, thin=True)
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
# Fill first four out of 5 culsters of clone with data of known pattern
fail_count += self.c.start_nbd_disk(lvol_bdev['name'], nbd_name)
begin_fill = 0
end_fill = int(size * 4 / 5)
fail_count += self.run_fio_test(nbd_name, begin_fill * MEGABYTE,
end_fill * MEGABYTE, "write", "0xdd", 0)
# Create snapshot of thin provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name)
snapshot_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name)
# Fill second and fourth cluster of clone with data of known pattern
start_fill = int(size / 5)
fill_range = int(size / 5)
fail_count += self.run_fio_test(nbd_name, start_fill * MEGABYTE,
fill_range * MEGABYTE, "write", "0xcc", 0)
start_fill = int(size * 3 / 5)
fail_count += self.run_fio_test(nbd_name, start_fill * MEGABYTE,
fill_range * MEGABYTE, "write", "0xcc", 0)
# Create second snapshot of thin provisioned lvol bdev
fail_count += self.c.snapshot_lvol_bdev(lvol_bdev['name'], snapshot_name2)
snapshot_bdev2 = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + snapshot_name2)
# Fill second cluster of clone with data of known pattern
start_fill = int(size / 5)
fail_count += self.run_fio_test(nbd_name, start_fill * MEGABYTE,
fill_range * MEGABYTE, "write", "0xee", 0)
# Check data consistency
pattern = ["0xdd", "0xee", "0xdd", "0xcc", "0x00"]
for i in range(0, 5):
begin_fill = int(size * i / 5)
fail_count += self.run_fio_test(nbd_name, begin_fill * MEGABYTE,
fill_range * MEGABYTE, "read", pattern[i])
# Decouple parent
fail_count += self.c.decouple_parent_lvol_bdev(lvol_bdev['name'])
lvol_bdev = self.c.get_lvol_bdev_with_name(uuid_bdev0)
# Check data consistency
for i in range(0, 5):
begin_fill = int(size * i / 5)
fail_count += self.run_fio_test(nbd_name, begin_fill * MEGABYTE,
fill_range * MEGABYTE, "read", pattern[i])
# Delete second snapshot
ret_value = self.c.destroy_lvol_bdev(snapshot_bdev2['name'])
# Check data consistency
for i in range(0, 5):
begin_fill = int(size * i / 5)
fail_count += self.run_fio_test(nbd_name, begin_fill * MEGABYTE,
fill_range * MEGABYTE, "read", pattern[i])
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy snapshot
fail_count += self.c.destroy_lvol_bdev(snapshot_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case760(self):
"""
set read only
Set lvol bdev as read only and perform clone on it.
"""
fail_count = 0
nbd_name0 = "/dev/nbd0"
nbd_name1 = "/dev/nbd1"
clone_name = "clone0"
# Construct malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on malloc bdev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Create lvol bdev with 50% of lvol store space
lvs = self.c.get_lvol_stores()[0]
free_clusters_start = int(lvs['free_clusters'])
bdev_size = self.get_lvs_divided_size(2)
bdev_name = self.c.construct_lvol_bdev(uuid_store, self.lbd_name,
bdev_size)
# Set lvol bdev as read only
lvol_bdev = self.c.get_lvol_bdev_with_name(bdev_name)
fail_count += self.c.set_read_only_lvol_bdev(lvol_bdev['name'])
# Try to perform write operation on lvol marked as read only
fail_count += self.c.start_nbd_disk(lvol_bdev['name'], nbd_name0)
size = bdev_size * MEGABYTE
fail_count += self.run_fio_test(nbd_name0, 0, size, "write", "0xcc", 1)
# Create clone of lvol set to read only
rv = self.c.clone_lvol_bdev(lvol_bdev['name'], clone_name)
if rv != 0:
print("ERROR: Creating clone of snapshot ended with unexpected failure")
fail_count += 1
clone_bdev = self.c.get_lvol_bdev_with_name(self.lvs_name + "/" + clone_name)
# Try to perform write operation on lvol clone
fail_count += self.c.start_nbd_disk(clone_bdev['name'], nbd_name1)
size = bdev_size * MEGABYTE
fail_count += self.run_fio_test(nbd_name1, 0, size, "write", "0xcc", 0)
# Stop nbd disks
fail_count += self.c.stop_nbd_disk(nbd_name0)
fail_count += self.c.stop_nbd_disk(nbd_name1)
# Destroy clone lvol bdev
fail_count += self.c.destroy_lvol_bdev(clone_bdev['name'])
# Destroy lvol bdev
fail_count += self.c.destroy_lvol_bdev(lvol_bdev['name'])
# Destroy lvol store
fail_count += self.c.destroy_lvol_store(uuid_store)
# Delete malloc bdev
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected result:
# - calls successful, return code = 0
# - no other operation fails
return fail_count
@case_message
def test_case800(self):
"""
rename_positive
Positive test for lvol store and lvol bdev rename.
"""
fail_count = 0
bdev_uuids = []
bdev_names = [self.lbd_name + str(i) for i in range(4)]
bdev_aliases = ["/".join([self.lvs_name, name]) for name in bdev_names]
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bdev
lvs_uuid = self.c.construct_lvol_store(base_name,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name,
lvs_uuid,
self.cluster_size,
self.lvs_name)
# Create 4 lvol bdevs on top of previously created lvol store
bdev_size = self.get_lvs_divided_size(4)
for name, alias in zip(bdev_names, bdev_aliases):
uuid = self.c.construct_lvol_bdev(lvs_uuid,
name,
bdev_size)
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size,
alias)
bdev_uuids.append(uuid)
# Rename lvol store and check if lvol store name and
# lvol bdev aliases were updated properly
new_lvs_name = "lvs_new"
bdev_aliases = [alias.replace(self.lvs_name, new_lvs_name) for alias in bdev_aliases]
fail_count += self.c.rename_lvol_store(self.lvs_name, new_lvs_name)
fail_count += self.c.check_get_lvol_stores(base_name,
lvs_uuid,
self.cluster_size,
new_lvs_name)
for uuid, alias in zip(bdev_uuids, bdev_aliases):
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size,
alias)
# Now try to rename the bdevs using their uuid as "old_name"
# Verify that all bdev names were successfully updated
bdev_names = ["lbd_new" + str(i) for i in range(4)]
bdev_aliases = ["/".join([new_lvs_name, name]) for name in bdev_names]
print(bdev_aliases)
for uuid, new_name, new_alias in zip(bdev_uuids, bdev_names, bdev_aliases):
fail_count += self.c.rename_lvol_bdev(uuid, new_name)
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size,
new_alias)
# Rename lvol bdevs. Use lvols alias name to point which lvol bdev name to change
# Verify that all bdev names were successfully updated
bdev_names = ["lbd_even_newer" + str(i) for i in range(4)]
new_bdev_aliases = ["/".join([new_lvs_name, name]) for name in bdev_names]
print(bdev_aliases)
for uuid, old_alias, new_alias, new_name in zip(bdev_uuids, bdev_aliases, new_bdev_aliases, bdev_names):
fail_count += self.c.rename_lvol_bdev(old_alias, new_name)
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size,
new_alias)
# Delete configuration using names after rename operation
for bdev in new_bdev_aliases:
fail_count += self.c.destroy_lvol_bdev(bdev)
fail_count += self.c.destroy_lvol_store(new_lvs_name)
fail_count += self.c.delete_malloc_bdev(base_name)
# Expected results:
# - lvol store and lvol bdevs correctly created
# - lvol store and lvol bdevs names updated after renaming operation
# - lvol store and lvol bdevs possible to delete using new names
# - no other operation fails
return fail_count
@case_message
def test_case801(self):
"""
rename_lvs_nonexistent
Negative test case for lvol store rename.
Check that error is returned when trying to rename not existing lvol store.
"""
fail_count = 0
# Call rename_lvol_store with name pointing to not existing lvol store
if self.c.rename_lvol_store("NOTEXIST", "WHATEVER") == 0:
fail_count += 1
# Expected results:
# - rename_lvol_store return code != 0
# - no other operation fails
return fail_count
@case_message
def test_case802(self):
"""
rename_lvs_EEXIST
Negative test case for lvol store rename.
Check that error is returned when trying to rename to a name which is already
used by another lvol store.
"""
fail_count = 0
lvs_name_1 = "lvs_1"
lvs_name_2 = "lvs_2"
# Create lists with lvol bdev names and aliases for later use
bdev_names_1 = ["lvol_1_" + str(i) for i in range(4)]
bdev_aliases_1 = ["/".join([lvs_name_1, name]) for name in bdev_names_1]
bdev_uuids_1 = []
bdev_names_2 = ["lvol_2_" + str(i) for i in range(4)]
bdev_aliases_2 = ["/".join([lvs_name_2, name]) for name in bdev_names_2]
bdev_uuids_2 = []
# Construct two malloc bdevs
base_bdev_1 = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
base_bdev_2 = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store on each malloc bdev
lvs_uuid_1 = self.c.construct_lvol_store(base_bdev_1,
lvs_name_1)
fail_count += self.c.check_get_lvol_stores(base_bdev_1,
lvs_uuid_1,
self.cluster_size,
lvs_name_1)
lvs_uuid_2 = self.c.construct_lvol_store(base_bdev_2,
lvs_name_2)
fail_count += self.c.check_get_lvol_stores(base_bdev_2,
lvs_uuid_2,
self.cluster_size,
lvs_name_2)
# Create 4 lvol bdevs on top of each lvol store
bdev_size_1 = self.get_lvs_divided_size(4, lvs_name_1)
bdev_size_2 = self.get_lvs_divided_size(4, lvs_name_2)
for name, alias in zip(bdev_names_1, bdev_aliases_1):
uuid = self.c.construct_lvol_bdev(lvs_uuid_1,
name,
bdev_size_1)
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size_1,
alias)
bdev_uuids_1.append(uuid)
for name, alias in zip(bdev_names_2, bdev_aliases_2):
uuid = self.c.construct_lvol_bdev(lvs_uuid_2,
name,
bdev_size_2)
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size_2,
alias)
bdev_uuids_2.append(uuid)
# Call rename_lvol_store on first lvol store and try to change its name to
# the same name as used by second lvol store
if self.c.rename_lvol_store(lvs_name_1, lvs_name_2) == 0:
fail_count += 1
# Verify that names of lvol stores and lvol bdevs did not change
fail_count += self.c.check_get_lvol_stores(base_bdev_1,
lvs_uuid_1,
self.cluster_size,
lvs_name_1)
fail_count += self.c.check_get_lvol_stores(base_bdev_2,
lvs_uuid_2,
self.cluster_size,
lvs_name_2)
for name, alias, uuid in zip(bdev_names_1, bdev_aliases_1, bdev_uuids_1):
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size_1,
alias)
for name, alias, uuid in zip(bdev_names_2, bdev_aliases_2, bdev_uuids_2):
fail_count += self.c.check_get_bdevs_methods(uuid,
bdev_size_2,
alias)
# Clean configuration
for lvol_uuid in bdev_uuids_1 + bdev_uuids_2:
fail_count += self.c.destroy_lvol_bdev(lvol_uuid)
fail_count += self.c.destroy_lvol_store(lvs_uuid_1)
fail_count += self.c.destroy_lvol_store(lvs_uuid_2)
fail_count += self.c.delete_malloc_bdev(base_bdev_1)
fail_count += self.c.delete_malloc_bdev(base_bdev_2)
# Expected results:
# - rename_lvol_store return code != 0; not possible to rename to already
# used name
# - no other operation fails
return fail_count
@case_message
def test_case803(self):
"""
rename_lvol_bdev_nonexistent
Negative test case for lvol bdev rename.
Check that error is returned when trying to rename not existing lvol bdev.
"""
fail_count = 0
# Call rename_lvol_bdev with name pointing to not existing lvol bdev
if self.c.rename_lvol_bdev("NOTEXIST", "WHATEVER") == 0:
fail_count += 1
# Expected results:
# - rename_lvol_bdev return code != 0
# - no other operation fails
return fail_count
@case_message
def test_case804(self):
"""
rename_lvol_bdev_EEXIST
Negative test case for lvol bdev rename.
Check that error is returned when trying to rename to a name which is already
used by another lvol bdev.
"""
fail_count = 0
# Construt malloc bdev
base_bdev = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Create lvol store on created malloc bdev
lvs_uuid = self.c.construct_lvol_store(base_bdev,
self.lvs_name)
fail_count += self.c.check_get_lvol_stores(base_bdev,
lvs_uuid,
self.cluster_size,
self.lvs_name)
# Construct 2 lvol bdevs on lvol store
bdev_size = self.get_lvs_divided_size(2)
bdev_uuid_1 = self.c.construct_lvol_bdev(lvs_uuid,
self.lbd_name + "1",
bdev_size)
fail_count += self.c.check_get_bdevs_methods(bdev_uuid_1,
bdev_size)
bdev_uuid_2 = self.c.construct_lvol_bdev(lvs_uuid,
self.lbd_name + "2",
bdev_size)
fail_count += self.c.check_get_bdevs_methods(bdev_uuid_2,
bdev_size)
# Call rename_lvol_bdev on first lvol bdev and try to change its name to
# the same name as used by second lvol bdev
if self.c.rename_lvol_bdev(self.lbd_name + "1", self.lbd_name + "2") == 0:
fail_count += 1
# Verify that lvol bdev still have the same names as before
fail_count += self.c.check_get_bdevs_methods(bdev_uuid_1,
bdev_size,
"/".join([self.lvs_name, self.lbd_name + "1"]))
fail_count += self.c.destroy_lvol_bdev(bdev_uuid_1)
fail_count += self.c.destroy_lvol_bdev(bdev_uuid_2)
fail_count += self.c.destroy_lvol_store(lvs_uuid)
fail_count += self.c.delete_malloc_bdev(base_bdev)
# Expected results:
# - rename_lvol_bdev return code != 0; not possible to rename to already
# used name
# - no other operation fails
return fail_count
@case_message
def test_case10000(self):
"""
SIGTERM
Call CTRL+C (SIGTERM) occurs after creating lvol store
"""
pid_path = path.join(self.path, 'vhost.pid')
# Create malloc bdev
base_name = self.c.construct_malloc_bdev(self.total_size,
self.block_size)
# Construct lvol store on created malloc bddev
uuid_store = self.c.construct_lvol_store(base_name,
self.lvs_name)
# Check correct uuid values in response get_lvol_stores command
fail_count = self.c.check_get_lvol_stores(base_name, uuid_store,
self.cluster_size)
# Send SIGTERM signal to the application
fail_count += self._stop_vhost(pid_path)
# Expected result:
# - calls successful, return code = 0
# - get_bdevs: no change
# - no other operation fails
return fail_count
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