openstack/python-dracclient
Code Issues Proposed changes

Add change_physical_disk_state function to client

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Build a list of controllers which had disks converted
to or from RAID/JBOD and inidicate if a reboot is required.

The following steps allow the caller to retrieve a list of
controllers that have disks comverted to the specified
RAID status:
- Examine all disks in the system and filter out any that
are not attached to a RAID/BOSS controller.
- Inspect the controllers' disks to see if there are
disks that need to be converted. If a disk is already in
the desired status the disk is ignored, otherwise
it is converted. This function also handles failed or
unknown disk status appropriately and will raise exception(s)
where needed.
- Finally a dict is returned containing a list of controller
IDs for controllers whom had any of their disks converted,
and whether a reboot is required.

Typically the caller would then create a config job for the
list of controllers returned to finalize the RAID
configuration and reboot the node if necessary.

Change-Id: I5229f7699c9ca1d5b72a54b4ddcea6313b440836
Co-Authored-By: Christopher Dearborn <Christopher.Dearborn@dell.com>
This commit is contained in:
David Paterson 2018-09-25 18:55:45 -04:00
parent f823194b2e
commit bef7a0a8ce
6 changed files with 847 additions and 19 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

67
dracclient/client.py
View File

@ -717,8 +717,8 @@ class DRACClient(object):
value indicating whether the server must be rebooted to
complete disk conversion.
"""
return self._raid_mgmt.convert_physical_disks(
physical_disks, raid_enable)
return self._raid_mgmt.convert_physical_disks(physical_disks,
raid_enable)
def create_virtual_disk(self, raid_controller, physical_disks, raid_level,
size_mb, disk_name=None, span_length=None,
@ -952,8 +952,8 @@ class DRACClient(object):
"""Find out if raid controller supports jbod
:param raid_controller_fqdd: The raid controller's fqdd
being being checked to see if it is jbod
capable.
being checked to see if it is jbod
capable.
:raises: DRACRequestFailed if unable to find any disks in the Ready
or non-RAID states
:raises: DRACOperationFailed on error reported back by the DRAC
@ -962,6 +962,61 @@ class DRACClient(object):
"""
return self._raid_mgmt.is_jbod_capable(raid_controller_fqdd)
def is_raid_controller(self, raid_controller_fqdd):
"""Find out if object's fqdd is for a raid controller or not
:param raid_controller_fqdd: The object's fqdd we are testing to see
if it is a raid controller or not.
:returns: boolean, True if the device is a RAID controller,
False if not.
"""
return self._raid_mgmt.is_raid_controller(raid_controller_fqdd)
def is_boss_controller(self, raid_controller_fqdd):
"""Find out if a RAID controller a BOSS card or not
:param raid_controller_fqdd: The object's fqdd we are testing to see
if it is a BOSS card or not.
:returns: boolean, True if the device is a BOSS card, False if not.
"""
return self._raid_mgmt.is_boss_controller(raid_controller_fqdd)
def change_physical_disk_state(self, mode,
controllers_to_physical_disk_ids=None):
"""Convert disks RAID status and return a list of controller IDs
Builds a list of controller ids that have had disks converted to the
specified RAID status by:
- Examining all the disks in the system and filtering out any that are
not attached to a RAID/BOSS controller.
- Inspect the controllers' disks to see if there are any that need to
be converted, if so convert them. If a disk is already in the desired
status the disk is ignored. Also check for failed or unknown disk
statuses and raise an exception where appropriate.
- Return a list of controller IDs for controllers whom have had any of
their disks converted, and whether a reboot is required.
The caller typically should then create a config job for the list of
controllers returned to finalize the RAID configuration.
:param mode: constants.RaidStatus enumeration used to determine what
raid status to check for.
:param controllers_to_physical_disk_ids: Dictionary of controllers and
corresponding disk ids we are inspecting and creating jobs for
when needed.
:returns: a dict containing the following key/values:
- is_reboot_required, a boolean stating whether a reboot is
required or not.
- commit_required_ids, a list of controller ids that will
need to commit their pending RAID changes via a config job.
:raises: DRACOperationFailed on error reported back by the DRAC and the
exception message does not contain NOT_SUPPORTED_MSG constant.
:raises: Exception on unknown error.
"""
return (self._raid_mgmt
.change_physical_disk_state(mode,
controllers_to_physical_disk_ids))
class WSManClient(wsman.Client):
"""Wrapper for wsman.Client that can wait until iDRAC is ready
@ -1081,8 +1136,8 @@ class WSManClient(wsman.Client):
message_elems]
raise exceptions.DRACOperationFailed(drac_messages=messages)
if (expected_return_value is not None and
return_value != expected_return_value):
if (expected_return_value is not None
and return_value != expected_return_value):
raise exceptions.DRACUnexpectedReturnValue(
expected_return_value=expected_return_value,
actual_return_value=return_value)

17
dracclient/constants.py
View File

@ -20,6 +20,8 @@ DEFAULT_IDRAC_IS_READY_RETRY_DELAY_SEC = 10
DEFAULT_WSMAN_SSL_ERROR_RETRIES = 3
DEFAULT_WSMAN_SSL_ERROR_RETRY_DELAY_SEC = 0
NOT_SUPPORTED_MSG = " operation is not supported on th"
# power states
POWER_ON = 'POWER_ON'
POWER_OFF = 'POWER_OFF'
@ -71,3 +73,18 @@ class RebootJobType(object):
return [cls.power_cycle,
cls.graceful_reboot,
cls.reboot_forced_shutdown]
class RaidStatus(object):
"""Enumeration of different volume types."""
jbod = 'JBOD'
"""Just a Bunch of Disks"""
raid = 'RAID'
"""Redundant Array of Independent Disks"""
@classmethod
def all(cls):
return [cls.jbod,
cls.raid]

210
dracclient/resources/raid.py
View File

@ -91,8 +91,6 @@ VirtualDisk = collections.namedtuple(
class RAIDManagement(object):
NOT_SUPPORTED_MSG = " operation is not supported on th"
def __init__(self, client):
"""Creates RAIDManagement object
@ -288,10 +286,10 @@ class RAIDManagement(object):
Disks can be enabled or disabled for RAID mode.
:param physical_disks: list of FQDD ID strings of the physical disks
to update
to update
:param raid_enable: boolean flag, set to True if the disk is to
become part of the RAID. The same flag is applied to all
listed disks
become part of the RAID. The same flag is applied
to all listed disks
:returns: a dictionary containing:
- The commit_required key with a boolean value indicating
whether a config job must be created for the values to be
@ -496,24 +494,212 @@ class RAIDManagement(object):
# Try moving a disk in the Ready state to JBOD mode
try:
self.convert_physical_disks(
[ready_disk.id],
False)
self.convert_physical_disks([ready_disk.id], False)
is_jbod_capable = True
# Flip the disk back to the Ready state. This results in the
# pending value being reset to nothing, so it effectively
# undoes the last command and makes the check non-destructive
self.convert_physical_disks(
[ready_disk.id],
True)
self.convert_physical_disks([ready_disk.id], True)
except exceptions.DRACOperationFailed as ex:
# Fix for python 3, Exception.message no longer
# a valid attribute, str(ex) works for both 2.7
# and 3.x
if self.NOT_SUPPORTED_MSG in str(ex):
if constants.NOT_SUPPORTED_MSG in str(ex):
pass
else:
raise
return is_jbod_capable
def is_raid_controller(self, raid_controller_fqdd):
"""Find out if object's fqdd is for a raid controller or not
:param raid_controller_fqdd: The object's fqdd we are testing to see
if it is a raid controller or not.
:returns: boolean, True if the device is a RAID controller,
False if not.
"""
return raid_controller_fqdd.startswith('RAID.')
def is_boss_controller(self, raid_controller_fqdd):
"""Find out if a RAID controller a BOSS card or not
:param raid_controller_fqdd: The object's fqdd we are testing to see
if it is a BOSS card or not.
:returns: boolean, True if the device is a BOSS card, False if not.
"""
return raid_controller_fqdd.startswith('AHCI.')
def _check_disks_status(self, mode, physical_disks,
controllers_to_physical_disk_ids):
"""Find disks that failed, need to be configured, or need no change.
Inspect all the controllers drives and:
- See if there are any disks in a failed or unknown state and raise
a ValueException where appropriate.
- If a controller has disks that still need to be configured add
them to the controllers_to_physical_disk_ids dict for the
appropriate controller.
- If a disk is already in the appropriate state, do nothing, this
function should behave in an idempotent manner.
:param mode: constants.RaidStatus enumeration used to
determine what raid status to check for.
:param physical_disks: all physical disks
:param controllers_to_physical_disk_ids: Dictionary of controllers
we are inspecting and creating jobs for when needed. If
needed modify this dict so that only drives that need to
be changed to RAID or JBOD are in the list of disk keys
for corresponding controller.
:raises: ValueError: Exception message will list failed drives and
drives whose state cannot be changed at this time, drive
state is not "ready" or "non-RAID".
"""
p_disk_id_to_status = {}
for physical_disk in physical_disks:
p_disk_id_to_status[physical_disk.id] = physical_disk.raid_status
failed_disks = []
bad_disks = []
jbod = constants.RaidStatus.jbod
raid = constants.RaidStatus.raid
for controller, physical_disk_ids \
in controllers_to_physical_disk_ids.items():
final_physical_disk_ids = []
for physical_disk_id in physical_disk_ids:
raid_status = p_disk_id_to_status[physical_disk_id]
LOG.debug("RAID status for disk id: %s is: %s",
physical_disk_id, raid_status)
if ((mode == jbod and raid_status == "non-RAID") or
(mode == raid and raid_status == "ready")):
# This means the disk is already in the desired state,
# so skip it
continue
elif ((mode == jbod and raid_status == "ready") or
(mode == raid and raid_status == "non-RAID")):
# This disk is moving from a state we expect to RAID or
# JBOD, so keep it
final_physical_disk_ids.append(physical_disk_id)
elif raid_status == "failed":
failed_disks.append(physical_disk_id)
else:
# This disk is in one of many states that we don't know
# what to do with, so pitch it
bad_disks.append("{} ({})".format(physical_disk_id,
raid_status))
controllers_to_physical_disk_ids[controller] = (
final_physical_disk_ids)
if failed_disks or bad_disks:
error_msg = ""
if failed_disks:
error_msg += ("The following drives have failed: "
"{failed_disks}. Manually check the status"
" of all drives and replace as necessary, then"
" try again.").format(
failed_disks=" ".join(failed_disks))
if bad_disks:
if failed_disks:
error_msg += "\n"
error_msg += ("Unable to change the state of the following "
"drives because their status is not ready "
"or non-RAID: {}. Bring up the RAID "
"controller GUI on this node and change the "
"drives' status to ready or non-RAID.").format(
", ".join(bad_disks))
raise ValueError(error_msg)
def change_physical_disk_state(self, mode,
controllers_to_physical_disk_ids=None):
"""Convert disks RAID status and return a list of controller IDs
Builds a list of controller ids that have had disks converted to the
specified RAID status by:
- Examining all the disks in the system and filtering out any that are
not attached to a RAID/BOSS controller.
- Inspect the controllers' disks to see if there are any that need to
be converted, if so convert them. If a disk is already in the desired
status the disk is ignored. Also check for failed or unknown disk
statuses and raise an exception where appropriate.
- Return a list of controller IDs for controllers whom have had any of
their disks converted, and whether a reboot is required.
The caller typically should then create a config job for the list of
controllers returned to finalize the RAID configuration.
:param mode: constants.RaidStatus enumeration used to determine what
raid status to check for.
:param controllers_to_physical_disk_ids: Dictionary of controllers and
corresponding disk ids we are inspecting and creating jobs for
when needed.
:returns: a dict containing the following key/values:
- is_reboot_required, a boolean stating whether a reboot is
required or not.
- commit_required_ids, a list of controller ids that will
need to commit their pending RAID changes via a config job.
:raises: DRACOperationFailed on error reported back by the DRAC and the
exception message does not contain NOT_SUPPORTED_MSG constant.
:raises: Exception on unknown error.
"""
physical_disks = self.list_physical_disks()
raid = constants.RaidStatus.raid
if not controllers_to_physical_disk_ids:
controllers_to_physical_disk_ids = collections.defaultdict(list)
for physical_d in physical_disks:
# Weed out disks that are not attached to a RAID controller
if (self.is_raid_controller(physical_d.controller)
or self.is_boss_controller(physical_d.controller)):
physical_disk_ids = controllers_to_physical_disk_ids[
physical_d.controller]
physical_disk_ids.append(physical_d.id)
'''Modify controllers_to_physical_disk_ids dict by inspecting desired
status vs current status of each controller's disks.
Raise exception if there are any failed drives or
drives not in status 'ready' or 'non-RAID'
'''
self._check_disks_status(mode, physical_disks,
controllers_to_physical_disk_ids)
is_reboot_required = False
controllers = []
for controller, physical_disk_ids \
in controllers_to_physical_disk_ids.items():
if physical_disk_ids:
LOG.debug("Converting the following disks to {} on RAID "
"controller {}: {}".format(
mode, controller, str(physical_disk_ids)))
try:
conversion_results = \
self.convert_physical_disks(physical_disk_ids,
mode == raid)
except exceptions.DRACOperationFailed as ex:
if constants.NOT_SUPPORTED_MSG in str(ex):
LOG.debug("Controller {} does not support "
"JBOD mode".format(controller))
pass
else:
raise
else:
if conversion_results:
reboot_true = constants.RebootRequired.true
reboot_optional = constants.RebootRequired.optional
_is_reboot_required = \
conversion_results["is_reboot_required"]
is_reboot_required = is_reboot_required \
or (_is_reboot_required
in [reboot_true, reboot_optional])
if conversion_results["is_commit_required"]:
controllers.append(controller)
return {'is_reboot_required': is_reboot_required,
'commit_required_ids': controllers}

457
dracclient/tests/test_raid.py
View File

@ -11,6 +11,8 @@
# License for the specific language governing permissions and limitations
# under the License.
import collections
import lxml.etree
import mock
import random
@ -35,6 +37,80 @@ class ClientRAIDManagementTestCase(base.BaseTest):
self.drac_client = dracclient.client.DRACClient(
**test_utils.FAKE_ENDPOINT)
self.raid_controller_fqdd = "RAID.Integrated.1-1"
cntl_dict = {'RAID.Integrated.1-1':
['Disk.Bay.0:Enclosure.Internal.0-1:RAID.Integrated.1-1',
'Disk.Bay.1:Enclosure.Internal.0-1:RAID.Integrated.1-1'],
'AHCI.Integrated.1-1':
['Disk.Bay.0:Enclosure.Internal.0-1:AHCI.Integrated.1-1',
'Disk.Bay.1:Enclosure.Internal.0-1:AHCI.Integrated.1-1']}
self.controllers_to_physical_disk_ids = cntl_dict
self.disk_1 = raid.PhysicalDisk(
id='Disk.Bay.0:Enclosure.Internal.0-1:RAID.Integrated.1-1',
description='Disk 0 in Backplane 1 of Int RAID Controller 1',
controller='RAID.Integrated.1-1',
manufacturer='ATA',
model='ST91000640NS',
media_type='hdd',
interface_type='sata',
size_mb=953344,
free_size_mb=953344,
serial_number='9XG4SLGZ',
firmware_version='AA09',
status='ok',
raid_status='ready',
sas_address='500056B37789ABE3',
device_protocol=None)
self.disk_2 = raid.PhysicalDisk(
id='Disk.Bay.1:Enclosure.Internal.0-1:RAID.Integrated.1-1',
description='Disk 1 in Backplane 1 of Int RAID Controller 1',
controller='RAID.Integrated.1-1',
manufacturer='ATA',
model='ST91000640NS',
media_type='hdd',
interface_type='sata',
size_mb=953344,
free_size_mb=953344,
serial_number='9XG4SLGZ',
firmware_version='AA09',
status='online',
raid_status='ready',
sas_address='500056B37789ABE3',
device_protocol=None)
self.disk_3 = raid.PhysicalDisk(
id='Disk.Bay.0:Enclosure.Internal.0-1:AHCI.Integrated.1-1',
description='Disk 1 in Backplane 1 of Int BOSS Controller 1',
controller='AHCI.Integrated.1-1',
manufacturer='ATA',
model='ST91000640NS',
media_type='hdd',
interface_type='sata',
size_mb=953344,
free_size_mb=953344,
serial_number='9XG4SLGZ',
firmware_version='AA09',
status='online',
raid_status='ready',
sas_address='500056B37789ABE3',
device_protocol=None)
self.disk_4 = raid.PhysicalDisk(
id='Disk.Bay.1:Enclosure.Internal.0-1:AHCI.Integrated.1-1',
description='Disk 1 in Backplane 1 of Int RAID Controller 1',
controller='AHCI.Integrated.1-1',
manufacturer='ATA',
model='ST91000640NS',
media_type='hdd',
interface_type='sata',
size_mb=953344,
free_size_mb=953344,
serial_number='9XG4SLGZ',
firmware_version='AA09',
status='online',
raid_status='ready',
sas_address='500056B37789ABE3',
device_protocol=None)
@mock.patch.object(dracclient.client.WSManClient,
'wait_until_idrac_is_ready', spec_set=True,
@ -696,3 +772,384 @@ class ClientRAIDManagementTestCase(base.BaseTest):
self.assertRaises(
exceptions.DRACOperationFailed,
self.drac_client.is_jbod_capable, self.raid_controller_fqdd)
def test_is_raid_controller(self, mock_requests):
self.assertTrue(self.drac_client
.is_raid_controller("RAID.Integrated.1-1"))
self.assertFalse(self.drac_client
.is_raid_controller("notRAID.Integrated.1-1"))
def test_is_boss_controller(self, mock_requests):
self.assertTrue(self.drac_client
.is_boss_controller("AHCI.Integrated.1-1"))
self.assertFalse(self.drac_client
.is_boss_controller("notAHCI.Integrated.1-1"))
def test_check_disks_status_no_controllers(self, mock_requests):
physical_disks = [self.disk_1, self.disk_2, self.disk_3, self.disk_4]
raid_mgt = self.drac_client._raid_mgmt
cont_to_phys_disk_ids = collections.defaultdict(list)
mode = constants.RaidStatus.jbod
raid_mgt._check_disks_status(mode, physical_disks,
cont_to_phys_disk_ids)
jbod_len = len(cont_to_phys_disk_ids['RAID.Integrated.1-1'])
self.assertEqual(jbod_len, 0)
# Switch mode to RAID and try again
cont_to_phys_disk_ids = collections.defaultdict(list)
mode = constants.RaidStatus.raid
raid_mgt._check_disks_status(mode, physical_disks,
cont_to_phys_disk_ids)
raid_len = len(cont_to_phys_disk_ids['RAID.Integrated.1-1'])
self.assertEqual(raid_len, 0)
def test_check_disks_status_bad(self, mock_requests):
mode = constants.RaidStatus.raid
disk_2 = self.disk_2._replace(raid_status='FAKE_STATUS')
physical_disks = [self.disk_1, disk_2, self.disk_3, self.disk_4]
raid_mgt = self.drac_client._raid_mgmt
self.assertRaises(ValueError,
raid_mgt._check_disks_status,
mode,
physical_disks,
self.controllers_to_physical_disk_ids.copy())
mode = constants.RaidStatus.jbod
self.assertRaises(ValueError,
raid_mgt._check_disks_status,
mode,
physical_disks,
self.controllers_to_physical_disk_ids.copy())
def test_check_disks_status_fail(self, mock_requests):
mode = constants.RaidStatus.raid
disk_2_failed = self.disk_2._replace(raid_status='failed')
physical_disks = [self.disk_1, disk_2_failed, self.disk_3, self.disk_4]
raid_mgt = self.drac_client._raid_mgmt
self.assertRaises(ValueError,
raid_mgt._check_disks_status,
mode,
physical_disks,
self.controllers_to_physical_disk_ids.copy())
mode = constants.RaidStatus.jbod
self.assertRaises(ValueError,
raid_mgt._check_disks_status,
mode,
physical_disks,
self.controllers_to_physical_disk_ids.copy())
def test_check_disks_status_no_change(self, mock_requests):
raid_mgt = self.drac_client._raid_mgmt
mode = constants.RaidStatus.raid
physical_disks = [self.disk_1, self.disk_2,
self.disk_3, self.disk_4]
raid_cntl_to_phys_disk_ids = (self.controllers_to_physical_disk_ids.
copy())
raid_mgt._check_disks_status(mode, physical_disks,
raid_cntl_to_phys_disk_ids)
raid_len = len(raid_cntl_to_phys_disk_ids['RAID.Integrated.1-1'])
self.assertEqual(raid_len, 0)
mode = constants.RaidStatus.jbod
disk_1_non_raid = self.disk_1._replace(raid_status='non-RAID')
disk_2_non_raid = self.disk_2._replace(raid_status='non-RAID')
physical_disks = [disk_1_non_raid, disk_2_non_raid,
self.disk_3, self.disk_4]
jbod_cntl_to_phys_disk_ids = (self.controllers_to_physical_disk_ids.
copy())
raid_mgt._check_disks_status(mode, physical_disks,
jbod_cntl_to_phys_disk_ids)
jbod_len = len(jbod_cntl_to_phys_disk_ids['RAID.Integrated.1-1'])
self.assertEqual(jbod_len, 0)
def test_check_disks_status_change_state(self, mock_requests):
raid_mgt = self.drac_client._raid_mgmt
mode = constants.RaidStatus.jbod
physical_disks = [self.disk_1, self.disk_2, self.disk_3, self.disk_4]
jbod_cntl_to_phys_disk_ids = (self.controllers_to_physical_disk_ids.
copy())
raid_mgt._check_disks_status(mode, physical_disks,
jbod_cntl_to_phys_disk_ids)
jbod_len = len(jbod_cntl_to_phys_disk_ids['RAID.Integrated.1-1'])
self.assertEqual(jbod_len, 2)
mode = constants.RaidStatus.raid
disk_1_non_raid = self.disk_1._replace(raid_status='non-RAID')
disk_2_non_raid = self.disk_2._replace(raid_status='non-RAID')
physical_disks = [disk_1_non_raid, disk_2_non_raid,
self.disk_3, self.disk_4]
raid_cntl_to_phys_disk_ids = (self.controllers_to_physical_disk_ids.
copy())
raid_mgt._check_disks_status(mode, physical_disks,
raid_cntl_to_phys_disk_ids)
raid_len = len(raid_cntl_to_phys_disk_ids['RAID.Integrated.1-1'])
self.assertEqual(raid_len, 2)
def test_check_disks_status_bad_and_fail(self, mock_requests):
mode = constants.RaidStatus.raid
disk_1_bad = self.disk_1._replace(raid_status='FAKE_STATUS')
disk_2_failed = self.disk_2._replace(raid_status='failed')
physical_disks = [disk_1_bad, disk_2_failed, self.disk_3, self.disk_4]
raid_mgt = self.drac_client._raid_mgmt
self.assertRaises(ValueError,
raid_mgt._check_disks_status,
mode,
physical_disks,
self.controllers_to_physical_disk_ids.copy())
mode = constants.RaidStatus.jbod
self.assertRaises(ValueError,
raid_mgt._check_disks_status,
mode,
physical_disks,
self.controllers_to_physical_disk_ids.copy())
@mock.patch.object(dracclient.client.WSManClient,
'wait_until_idrac_is_ready', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True)
def test_change_physical_disk_state_jbod(
self, mock_requests,
mock_convert_physical_disks,
wait_until_idrac_is_ready):
mode = constants.RaidStatus.jbod
mock_requests.post(
'https://1.2.3.4:443/wsman',
text=test_utils.RAIDEnumerations[uris.DCIM_PhysicalDiskView]['ok'])
mock_convert_physical_disks.return_value = {'commit_required': True,
'is_commit_required': True,
'is_reboot_required':
constants.RebootRequired
.true}
cntl_to_phys_d_ids = self.controllers_to_physical_disk_ids
results = self.drac_client.change_physical_disk_state(
mode, cntl_to_phys_d_ids)
self.assertTrue(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 2)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True)
def test_change_physical_disk_state_raid(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks):
mode = constants.RaidStatus.raid
disk_1_non_raid = self.disk_1._replace(raid_status='non-RAID')
disk_2_non_raid = self.disk_2._replace(raid_status='non-RAID')
physical_disks = [disk_1_non_raid, disk_2_non_raid,
self.disk_3, self.disk_4]
mock_list_physical_disks.return_value = physical_disks
mock_convert_physical_disks.return_value = {'commit_required': True,
'is_commit_required': True,
'is_reboot_required':
constants.RebootRequired
.true}
cntl_to_phys_d_ids = self.controllers_to_physical_disk_ids
results = self.drac_client.change_physical_disk_state(
mode, cntl_to_phys_d_ids)
self.assertTrue(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 1)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True)
def test_change_physical_disk_state_none(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks):
mode = constants.RaidStatus.raid
physical_disks = [self.disk_1, self.disk_2, self.disk_3, self.disk_4]
mock_convert_physical_disks.return_value = {'commit_required': True,
'is_commit_required': True,
'is_reboot_required':
constants.RebootRequired
.true}
mock_list_physical_disks.return_value = physical_disks
cntl_to_phys_d_ids = self.controllers_to_physical_disk_ids
results = self.drac_client.change_physical_disk_state(
mode, cntl_to_phys_d_ids)
self.assertFalse(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 0)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True,
side_effect=exceptions.DRACOperationFailed(
drac_messages=constants.NOT_SUPPORTED_MSG))
def test_change_physical_disk_state_not_supported(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks):
mode = constants.RaidStatus.raid
disk_1_non_raid = self.disk_1._replace(raid_status='non-RAID')
disk_2_non_raid = self.disk_2._replace(raid_status='non-RAID')
physical_disks = [disk_1_non_raid, disk_2_non_raid,
self.disk_3, self.disk_4]
mock_list_physical_disks.return_value = physical_disks
cntl_to_phys_d_ids = self.controllers_to_physical_disk_ids
results = self.drac_client.change_physical_disk_state(
mode, cntl_to_phys_d_ids)
self.assertFalse(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 0)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True,
side_effect=exceptions.DRACOperationFailed(
drac_messages="OTHER_MESSAGE"))
def test_change_physical_disk_state_raise_drac_operation_other(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks):
mode = constants.RaidStatus.raid
disk_1_non_raid = self.disk_1._replace(raid_status='non-RAID')
disk_2_non_raid = self.disk_2._replace(raid_status='non-RAID')
physical_disks = [disk_1_non_raid, disk_2_non_raid,
self.disk_3, self.disk_4]
mock_list_physical_disks.return_value = physical_disks
cntl_to_phys_d_ids = self.controllers_to_physical_disk_ids
self.assertRaisesRegexp(
exceptions.DRACOperationFailed,
"OTHER_MESSAGE",
self.drac_client.change_physical_disk_state,
mode, cntl_to_phys_d_ids)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True, side_effect=Exception(
"SOMETHING_BAD_HAPPENED"))
def test_change_physical_disk_state_raise_other(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks):
mode = constants.RaidStatus.raid
disk_1_non_raid = self.disk_1._replace(raid_status='non-RAID')
disk_2_non_raid = self.disk_2._replace(raid_status='non-RAID')
physical_disks = [disk_1_non_raid, disk_2_non_raid,
self.disk_3, self.disk_4]
mock_list_physical_disks.return_value = physical_disks
cntl_to_phys_d_ids = self.controllers_to_physical_disk_ids
self.assertRaisesRegexp(
Exception, "SOMETHING_BAD_HAPPENED",
self.drac_client.change_physical_disk_state,
mode, cntl_to_phys_d_ids)
@mock.patch.object(dracclient.client.WSManClient,
'wait_until_idrac_is_ready', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True)
def test_change_physical_disk_state_with_no_dict(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks,
mock_wait_until_idrac_is_ready):
mock_requests.post(
'https://1.2.3.4:443/wsman',
text=test_utils.RAIDEnumerations[uris.DCIM_ControllerView]['ok'])
mode = constants.RaidStatus.jbod
physical_disks = [self.disk_1, self.disk_2, self.disk_3, self.disk_4]
mock_convert_physical_disks.return_value = {'commit_required': True,
'is_commit_required': True,
'is_reboot_required':
constants.RebootRequired
.true}
mock_list_physical_disks.return_value = physical_disks
results = self.drac_client.change_physical_disk_state(mode)
self.assertTrue(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 2)
@mock.patch.object(dracclient.client.WSManClient,
'wait_until_idrac_is_ready', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
def test_change_physical_disk_state_with_no_raid_or_boss_card_match(
self, mock_requests,
mock_list_physical_disks,
mock_wait_until_idrac_is_ready):
mock_requests.post(
'https://1.2.3.4:443/wsman',
text=test_utils.RAIDEnumerations[uris.DCIM_ControllerView]['ok'])
mode = constants.RaidStatus.jbod
_disk_1 = self.disk_1._replace(controller='NOT_RAID.Integrated.1-1')
_disk_2 = self.disk_2._replace(controller='NOT_RAID.Integrated.1-1')
_disk_3 = self.disk_3._replace(controller='NOT_AHCI.Integrated.1-1')
_disk_4 = self.disk_4._replace(controller='NOT_AHCI.Integrated.1-1')
physical_disks = [_disk_1, _disk_2, _disk_3, _disk_4]
mock_list_physical_disks.return_value = physical_disks
results = self.drac_client.change_physical_disk_state(mode)
self.assertFalse(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 0)
@mock.patch.object(dracclient.client.WSManClient,
'wait_until_idrac_is_ready', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'list_physical_disks', spec_set=True,
autospec=True)
@mock.patch.object(dracclient.resources.raid.RAIDManagement,
'convert_physical_disks', spec_set=True,
autospec=True)
def test_change_physical_disk_state_conversion_return_values(
self, mock_requests,
mock_convert_physical_disks,
mock_list_physical_disks,
mock_wait_until_idrac_is_ready):
mock_requests.post(
'https://1.2.3.4:443/wsman',
text=test_utils.RAIDEnumerations[uris.DCIM_ControllerView]['ok'])
mode = constants.RaidStatus.jbod
physical_disks = [self.disk_1, self.disk_2, self.disk_3, self.disk_4]
'''Test all logic branches for 100% coverage, it is unlikely
convert_physical_disks() will return empty dict but we do check
for this case in change_physical_disk_state()'''
mock_convert_physical_disks.return_value = {}
mock_list_physical_disks.return_value = physical_disks
results = self.drac_client.change_physical_disk_state(mode)
self.assertFalse(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 0)
'''Where convert_physical_disks() does not require a commit after
executing, unlikely case but provides 100% code coverage of all
logic branches.'''
mock_convert_physical_disks.return_value = {'commit_required':
True,
'is_commit_required':
False,
'is_reboot_required':
constants.RebootRequired
.false}
results = self.drac_client.change_physical_disk_state(mode)
self.assertFalse(results["is_reboot_required"])
self.assertEqual(len(results["commit_required_ids"]), 0)

39
dracclient/tests/wsman_mocks/controller_view-enum-ok.xml
View File

@ -52,6 +52,45 @@
<n1:SupportRAID10UnevenSpans>0</n1:SupportRAID10UnevenSpans>
<n1:T10PICapability>0</n1:T10PICapability>
</n1:DCIM_ControllerView>
<n1:DCIM_ControllerView>
<n1:Bus>2</n1:Bus>
<n1:CacheSizeInMB>512</n1:CacheSizeInMB>
<n1:CachecadeCapability>1</n1:CachecadeCapability>
<n1:ControllerFirmwareVersion>2.5.13.2009</n1:ControllerFirmwareVersion>
<n1:Device>1</n1:Device>
<n1:DeviceCardDataBusWidth>Unknown</n1:DeviceCardDataBusWidth>
<n1:DeviceCardManufacturer>DELL</n1:DeviceCardManufacturer>
<n1:DeviceCardSlotLength>2</n1:DeviceCardSlotLength>
<n1:DeviceCardSlotType>Unknown</n1:DeviceCardSlotType>
<n1:DeviceDescription>AHCI.Integrated.1-1</n1:DeviceDescription>
<n1:DriverVersion xsi:nil="true"/>
<n1:EncryptionCapability>1</n1:EncryptionCapability>
<n1:EncryptionMode>0</n1:EncryptionMode>
<n1:FQDD>AHCI.Integrated.1-1</n1:FQDD>
<n1:Function>0</n1:Function>
<n1:InstanceID>AHCI.Integrated.1-1</n1:InstanceID>
<n1:KeyID xsi:nil="true"/>
<n1:LastSystemInventoryTime>20150226175957.000000+000</n1:LastSystemInventoryTime>
<n1:LastUpdateTime>20150226175950.000000+000</n1:LastUpdateTime>
<n1:MaxAvailablePCILinkSpeed>Generation 2</n1:MaxAvailablePCILinkSpeed>
<n1:MaxPossiblePCILinkSpeed>Generation 3</n1:MaxPossiblePCILinkSpeed>
<n1:PCIDeviceID>5B</n1:PCIDeviceID>
<n1:PCISlot>1</n1:PCISlot>
<n1:PCISubDeviceID>1F38</n1:PCISubDeviceID>
<n1:PCISubVendorID>1028</n1:PCISubVendorID>
<n1:PCIVendorID>1000</n1:PCIVendorID>
<n1:PatrolReadState>0</n1:PatrolReadState>
<n1:PrimaryStatus>1</n1:PrimaryStatus>
<n1:ProductName>BOSS-S1</n1:ProductName>
<n1:RollupStatus>1</n1:RollupStatus>
<n1:SASAddress>5B083FE0D2D0F201</n1:SASAddress>
<n1:SecurityStatus>1</n1:SecurityStatus>
<n1:SlicedVDCapability>1</n1:SlicedVDCapability>
<n1:SupportControllerBootMode>1</n1:SupportControllerBootMode>
<n1:SupportEnhancedAutoForeignImport>1</n1:SupportEnhancedAutoForeignImport>
<n1:SupportRAID10UnevenSpans>0</n1:SupportRAID10UnevenSpans>
<n1:T10PICapability>0</n1:T10PICapability>
</n1:DCIM_ControllerView>
</wsman:Items>
<wsen:EnumerationContext/>
<wsman:EndOfSequence/>

74
dracclient/tests/wsman_mocks/physical_disk_view-enum-ok.xml
View File

@ -125,6 +125,80 @@
<n1:T10PICapability>0</n1:T10PICapability>
<n1:UsedSizeInBytes>0</n1:UsedSizeInBytes>
</n1:DCIM_PhysicalDiskView>
<n1:DCIM_PhysicalDiskView>
<n1:BlockSizeInBytes>512</n1:BlockSizeInBytes>
<n1:BusProtocol>5</n1:BusProtocol>
<n1:Connector>0</n1:Connector>
<n1:DeviceDescription>Disk 1 on Integrated BOSS Controller 1</n1:DeviceDescription>
<n1:DriveFormFactor>2</n1:DriveFormFactor>
<n1:FQDD>Disk.Bay.0:Enclosure.Internal.0-1:AHCI.Integrated.1-1</n1:FQDD>
<n1:FreeSizeInBytes>599550590976</n1:FreeSizeInBytes>
<n1:HotSpareStatus>0</n1:HotSpareStatus>
<n1:InstanceID>Disk.Bay.0:Enclosure.Internal.0-1:AHCI.Integrated.1-1</n1:InstanceID>
<n1:LastSystemInventoryTime>20150226180025.000000+000</n1:LastSystemInventoryTime>
<n1:LastUpdateTime>20150226180025.000000+000</n1:LastUpdateTime>
<n1:Manufacturer>ATA </n1:Manufacturer>
<n1:ManufacturingDay>2</n1:ManufacturingDay>
<n1:ManufacturingWeek>33</n1:ManufacturingWeek>
<n1:ManufacturingYear>2014</n1:ManufacturingYear>
<n1:MaxCapableSpeed>3</n1:MaxCapableSpeed>
<n1:MediaType>1</n1:MediaType>
<n1:Model>ST600MM0007 </n1:Model>
<n1:OperationName>None</n1:OperationName>
<n1:OperationPercentComplete>0</n1:OperationPercentComplete>
<n1:PPID>CN07YX587262248G01PZA02 </n1:PPID>
<n1:PredictiveFailureState>0</n1:PredictiveFailureState>
<n1:PrimaryStatus>1</n1:PrimaryStatus>
<n1:RaidStatus>1</n1:RaidStatus>
<n1:RemainingRatedWriteEndurance>255</n1:RemainingRatedWriteEndurance>
<n1:Revision>LS0B</n1:Revision>
<n1:RollupStatus>1</n1:RollupStatus>
<n1:SASAddress>5000C5007764F409</n1:SASAddress>
<n1:SecurityState>0</n1:SecurityState>
<n1:SerialNumber>S0M3EY3Z </n1:SerialNumber>
<n1:SizeInBytes>599550590976</n1:SizeInBytes>
<n1:Slot>1</n1:Slot>
<n1:SupportedEncryptionTypes>None</n1:SupportedEncryptionTypes>
<n1:T10PICapability>0</n1:T10PICapability>
<n1:UsedSizeInBytes>0</n1:UsedSizeInBytes>
</n1:DCIM_PhysicalDiskView>
<n1:DCIM_PhysicalDiskView>
<n1:BlockSizeInBytes>512</n1:BlockSizeInBytes>
<n1:BusProtocol>5</n1:BusProtocol>
<n1:Connector>0</n1:Connector>
<n1:DeviceDescription>Disk 2 on Integrated BOSS Controller 1</n1:DeviceDescription>
<n1:DriveFormFactor>2</n1:DriveFormFactor>
<n1:FQDD>Disk.Bay.1:Enclosure.Internal.0-1:AHCI.Integrated.1-1</n1:FQDD>
<n1:FreeSizeInBytes>599550590976</n1:FreeSizeInBytes>
<n1:HotSpareStatus>0</n1:HotSpareStatus>
<n1:InstanceID>Disk.Bay.1:Enclosure.Internal.0-1:AHCI.Integrated.1-1</n1:InstanceID>
<n1:LastSystemInventoryTime>20150226180025.000000+000</n1:LastSystemInventoryTime>
<n1:LastUpdateTime>20150226180025.000000+000</n1:LastUpdateTime>
<n1:Manufacturer>ATA </n1:Manufacturer>
<n1:ManufacturingDay>2</n1:ManufacturingDay>
<n1:ManufacturingWeek>33</n1:ManufacturingWeek>
<n1:ManufacturingYear>2014</n1:ManufacturingYear>
<n1:MaxCapableSpeed>3</n1:MaxCapableSpeed>
<n1:MediaType>1</n1:MediaType>
<n1:Model>ST600MM0007 </n1:Model>
<n1:OperationName>None</n1:OperationName>
<n1:OperationPercentComplete>0</n1:OperationPercentComplete>
<n1:PPID>CN07YX587262248G01PZA02 </n1:PPID>
<n1:PredictiveFailureState>0</n1:PredictiveFailureState>
<n1:PrimaryStatus>1</n1:PrimaryStatus>
<n1:RaidStatus>1</n1:RaidStatus>
<n1:RemainingRatedWriteEndurance>255</n1:RemainingRatedWriteEndurance>
<n1:Revision>LS0B</n1:Revision>
<n1:RollupStatus>1</n1:RollupStatus>
<n1:SASAddress>5000C5007764F409</n1:SASAddress>
<n1:SecurityState>0</n1:SecurityState>
<n1:SerialNumber>S0M3EY3Z </n1:SerialNumber>
<n1:SizeInBytes>599550590976</n1:SizeInBytes>
<n1:Slot>2</n1:Slot>
<n1:SupportedEncryptionTypes>None</n1:SupportedEncryptionTypes>
<n1:T10PICapability>0</n1:T10PICapability>
<n1:UsedSizeInBytes>0</n1:UsedSizeInBytes>
</n1:DCIM_PhysicalDiskView>
<n2:DCIM_PCIeSSDView>
<n2:BusProtocol>7</n2:BusProtocol>
<n2:DeviceDescription>PCIe SSD in Slot 20 in Bay 1</n2:DeviceDescription>