def test_uuid_conversion(self):
uuid = '089ffb20-5d19-4a8c-bb80-13650627d985'
pvm_uuid = uuid_utils.convert_uuid_to_pvm(uuid)
self.assertEqual(uuid, pvm_uuid)
uuid = '989ffb20-5d19-4a8c-bb80-13650627d985'
pvm_uuid = uuid_utils.convert_uuid_to_pvm(uuid)
self.assertEqual('1' + uuid[1:], pvm_uuid)
uuid = 'c89ffb20-5d19-4a8c-bb80-13650627d985'
pvm_uuid = uuid_utils.convert_uuid_to_pvm(uuid)
self.assertEqual('4' + uuid[1:], pvm_uuid)
def test_uuid_conversion(self):
uuid = '089ffb20-5d19-4a8c-bb80-13650627d985'
pvm_uuid = uuid_utils.convert_uuid_to_pvm(uuid)
self.assertEqual(uuid, pvm_uuid)
uuid = '989ffb20-5d19-4a8c-bb80-13650627d985'
pvm_uuid = uuid_utils.convert_uuid_to_pvm(uuid)
self.assertEqual('1' + uuid[1:], pvm_uuid)
uuid = 'c89ffb20-5d19-4a8c-bb80-13650627d985'
pvm_uuid = uuid_utils.convert_uuid_to_pvm(uuid)
self.assertEqual('4' + uuid[1:], pvm_uuid)
def test_uuid(self):
wrapper = self._dedicated_wrapper
self.assertEqual('42DF39A2-3A4A-4748-998F-25B15352E8A7', wrapper.uuid)
# Test set and retrieve
uuid1 = pvm_uuid.convert_uuid_to_pvm(str(uuid.uuid4()))
up_uuid1 = uuid1.upper()
wrapper.set_uuid(uuid1)
self.assertEqual(up_uuid1, wrapper.uuid)
self.assertEqual(up_uuid1, wrapper.partition_uuid)
uuid2 = pvm_uuid.convert_uuid_to_pvm(str(uuid.uuid4()))
wrapper.uuid = uuid2
self.assertEqual(uuid2.upper(), wrapper.uuid)
def _puuid(instance):
"""Derives the PowerVM UUID for an instance.
:param instance: The OpenStack instance object.
:return: The PowerVM API's UUID for the instance.
"""
return pvm_uuid.convert_uuid_to_pvm(instance.id).upper()
def _puuid(instance):
"""Derives the PowerVM UUID for an instance.
:param instance: The OpenStack instance object.
:return: The PowerVM API's UUID for the instance.
"""
return pvm_uuid.convert_uuid_to_pvm(instance.id).upper()
def _format_flavor(self, instance, flavor):
"""Returns the pypowervm format of the flavor.
:param instance: the VM instance
:param flavor: The Nova instance flavor.
:return: a dict that can be used by the LPAR builder
"""
# The attrs are what is sent to pypowervm to convert the lpar.
attrs = {}
attrs[lpar_bldr.NAME] = instance.name
# The uuid is only actually set on a create of an LPAR
attrs[lpar_bldr.UUID] = pvm_uuid.convert_uuid_to_pvm(instance.uuid)
attrs[lpar_bldr.MEM] = flavor.memory_mb
attrs[lpar_bldr.VCPU] = flavor.vcpus
# Loop through the extra specs and process powervm keys
for key in flavor.extra_specs.keys():
# If it is not a valid key, then can skip.
if not self._is_pvm_valid_key(key):
continue
# Look for the mapping to the lpar builder
bldr_key = self._ATTRS_MAP.get(key)
# Check for no direct mapping, if the value is none, need to
# derive the complex type
if bldr_key is None:
self._build_complex_type(key, attrs, flavor)
else:
# We found a direct mapping
attrs[bldr_key] = flavor.extra_specs[key]
return attrs
def _format_flavor(self, instance, flavor):
"""Returns the pypowervm format of the flavor.
:param instance: the VM instance
:param flavor: The Nova instance flavor.
:return: a dict that can be used by the LPAR builder
"""
# The attrs are what is sent to pypowervm to convert the lpar.
attrs = {}
attrs[lpar_bldr.NAME] = instance.name
# The uuid is only actually set on a create of an LPAR
attrs[lpar_bldr.UUID] = pvm_uuid.convert_uuid_to_pvm(instance.uuid)
attrs[lpar_bldr.MEM] = flavor.memory_mb
attrs[lpar_bldr.VCPU] = flavor.vcpus
# Loop through the extra specs and process powervm keys
for key in flavor.extra_specs.keys():
# If it is not a valid key, then can skip.
if not self._is_pvm_valid_key(key):
continue
# Look for the mapping to the lpar builder
bldr_key = self._ATTRS_MAP.get(key)
# Check for no direct mapping, if the value is none, need to
# derive the complex type
if bldr_key is None:
self._build_complex_type(key, attrs, flavor)
else:
# We found a direct mapping
attrs[bldr_key] = flavor.extra_specs[key]
return attrs
def get_pvm_uuid(instance):
"""Get the corresponding PowerVM VM uuid of an instance uuid.
Maps a OpenStack instance uuid to a PowerVM uuid. The UUID between the
Nova instance and PowerVM will be 1 to 1 mapped. This method runs the
algorithm against the instance's uuid to convert it to the PowerVM
UUID.
:param instance: nova.objects.instance.Instance.
:return: The PowerVM UUID for the LPAR corresponding to the instance.
"""
return pvm_uuid.convert_uuid_to_pvm(instance.uuid).upper()
def _format_flavor(self, instance):
"""Returns the pypowervm format of the flavor.
:param instance: the VM instance
:return: a dict that can be used by the LPAR builder
"""
# The attrs are what is sent to pypowervm to convert the lpar.
attrs = {}
attrs[lpar_bldr.NAME] = pvm_util.sanitize_partition_name_for_api(
instance.name)
# The uuid is only actually set on a create of an LPAR
attrs[lpar_bldr.UUID] = pvm_uuid.convert_uuid_to_pvm(instance.uuid)
attrs[lpar_bldr.MEM] = instance.flavor.memory_mb
attrs[lpar_bldr.VCPU] = instance.flavor.vcpus
# Set the srr capability to True by default
attrs[lpar_bldr.SRR_CAPABLE] = True
# Loop through the extra specs and process powervm keys
for key in instance.flavor.extra_specs.keys():
# If it is not a valid key, then can skip.
if not self._is_pvm_valid_key(key):
continue
# Look for the mapping to the lpar builder
bldr_key = self._ATTRS_MAP.get(key)
# Check for no direct mapping, if the value is none, need to
# derive the complex type
if bldr_key is None:
self._build_complex_type(key, attrs, instance.flavor)
elif bldr_key == lpar_bldr.ENABLE_LPAR_METRIC:
lpar_metric = self._flavor_bool(
instance.flavor.extra_specs[key], key)
attrs[bldr_key] = lpar_metric
elif bldr_key == lpar_bldr.PPT_RATIO:
if (instance.task_state == task_states.REBUILD_SPAWNING
and not self.host_w.get_capability(
'physical_page_table_ratio_capable')):
# We still want to be able to rebuild from hosts that
# support setting the PPT ratio to hosts that don't support
# setting the PPT ratio.
LOG.info(
"Ignoring PPT ratio on rebuild to PPT ratio "
"unsupported host.",
instance=instance)
else:
attrs[bldr_key] = instance.flavor.extra_specs[key]
else:
# We found a direct mapping
attrs[bldr_key] = instance.flavor.extra_specs[key]
return attrs
def get_pvm_uuid(instance):
"""Get the corresponding PowerVM VM uuid of an instance uuid
Maps a OpenStack instance uuid to a PowerVM uuid. The UUID between the
Nova instance and PowerVM will be 1 to 1 mapped. This method runs the
algorithm against the instance's uuid to convert it to the PowerVM
UUID.
:param instance: nova.objects.instance.Instance OR the OpenStack instance
uuid.
:return: pvm_uuid.
"""
inst_uuid = instance if uuidutils.is_uuid_like(instance) else instance.uuid
return pvm_uuid.convert_uuid_to_pvm(inst_uuid).upper()
def get_pvm_uuid(instance):
"""Get the corresponding PowerVM VM uuid of an instance uuid.
Maps a OpenStack instance uuid to a PowerVM uuid. The UUID between the
Nova instance and PowerVM will be 1 to 1 mapped. This method runs the
algorithm against the instance's uuid to convert it to the PowerVM
UUID.
:param instance: nova.objects.instance.Instance.
:return: The PowerVM UUID for the LPAR corresponding to the instance.
"""
# NOTE(esberglu): To work around bug ##1766692, we explicitly use str()
# rather than six.text_type here because of this pypowervm check for
# isinstance(..., str) at L50 of
# https://github.com/powervm/pypowervm/blob/1.1.10/pypowervm/utils/uuid.py
return pvm_uuid.convert_uuid_to_pvm(str(instance.uuid)).upper()
def build_prov_requests_from_neutron(self):
"""Builds the provisioning requests from the Neutron Server.
The Neutron Server may have updated ports. These port requests will
be sent down to the agent as a ProvisionRequest.
:return: A list of the ProvisionRequests that have come from Neutron.
"""
# Convert the ports to devices.
u_ports = self._list_updated_ports()
dev_list = [x.get("mac_address") for x in u_ports]
devices = self.get_devices_details_list(dev_list)
# Build the network devices
resp = []
for port in u_ports:
port_uuid = port.get("id")
# Make sure we have a UUID
if port_uuid is None:
continue
# Make sure the binding host matches this agent. Otherwise it is
# meant to provision on another agent.
if port.get("binding:host_id") != cfg.CONF.host:
continue
for dev in devices:
# If the device's id (really the port uuid) doesn't match,
# ignore it.
dev_pid = dev.get("port_id")
if dev_pid is None or port_uuid != dev_pid:
continue
# Valid request. Add it
device_id = port.get("device_id")
lpar_uuid = pvm_uuid.convert_uuid_to_pvm(device_id).upper()
resp.append(ProvisionRequest(dev, lpar_uuid))
return resp
def build_prov_requests_from_neutron(self):
"""Builds the provisioning requests from the Neutron Server.
The Neutron Server may have updated ports. These port requests will
be sent down to the agent as a ProvisionRequest.
:return: A list of the ProvisionRequests that have come from Neutron.
"""
# Convert the ports to devices.
u_ports = self._list_updated_ports()
dev_list = [x.get('mac_address') for x in u_ports]
devices = self.get_devices_details_list(dev_list)
# Build the network devices
resp = []
for port in u_ports:
port_uuid = port.get('id')
# Make sure we have a UUID
if port_uuid is None:
continue
# Make sure the binding host matches this agent. Otherwise it is
# meant to provision on another agent.
if port.get('binding:host_id') != cfg.CONF.host:
continue
for dev in devices:
# If the device's id (really the port uuid) doesn't match,
# ignore it.
dev_pid = dev.get('port_id')
if dev_pid is None or port_uuid != dev_pid:
continue
# Valid request. Add it
device_id = port.get('device_id')
lpar_uuid = pvm_uuid.convert_uuid_to_pvm(device_id).upper()
resp.append(ProvisionRequest(dev, lpar_uuid))
return resp
def test_format_flavor(self):
"""Perform tests against _format_flavor."""
# convert instance uuid to pypowervm uuid
# LP 1561128, simplified remote restart is enabled by default
lpar_attrs = {'memory': 2048,
'name': self.san_lpar_name.return_value,
'uuid': pvm_uuid.convert_uuid_to_pvm(
self.inst.uuid).upper(),
'vcpu': 1, 'srr_capability': True}
# Test dedicated procs
self.inst.flavor.extra_specs = {'powervm:dedicated_proc': 'true'}
test_attrs = dict(lpar_attrs, dedicated_proc='true')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test dedicated procs, min/max vcpu and sharing mode
self.inst.flavor.extra_specs = {'powervm:dedicated_proc': 'true',
'powervm:dedicated_sharing_mode':
'share_idle_procs_active',
'powervm:min_vcpu': '1',
'powervm:max_vcpu': '3'}
test_attrs = dict(lpar_attrs,
dedicated_proc='true',
sharing_mode='sre idle procs active',
min_vcpu='1', max_vcpu='3')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test shared proc sharing mode
self.inst.flavor.extra_specs = {'powervm:uncapped': 'true'}
test_attrs = dict(lpar_attrs, sharing_mode='uncapped')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test availability priority
self.inst.flavor.extra_specs = {'powervm:availability_priority': '150'}
test_attrs = dict(lpar_attrs, avail_priority='150')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test processor compatibility
self.inst.flavor.extra_specs = {
'powervm:processor_compatibility': 'POWER8'}
test_attrs = dict(lpar_attrs, processor_compatibility='POWER8')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test min, max proc units
self.inst.flavor.extra_specs = {'powervm:min_proc_units': '0.5',
'powervm:max_proc_units': '2.0'}
test_attrs = dict(lpar_attrs, min_proc_units='0.5',
max_proc_units='2.0')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test min, max mem
self.inst.flavor.extra_specs = {'powervm:min_mem': '1024',
'powervm:max_mem': '4096'}
test_attrs = dict(lpar_attrs, min_mem='1024', max_mem='4096')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test remote restart set to false
self.inst.flavor.extra_specs = {'powervm:srr_capability': 'false'}
test_attrs = dict(lpar_attrs, srr_capability=False)
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
# Unhandled powervm: key is ignored
self.inst.flavor.extra_specs = {'powervm:srr_capability': 'false',
'powervm:something_new': 'foo'}
test_attrs = dict(lpar_attrs, srr_capability=False)
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
# If we recognize a key, but don't handle it, we raise
with mock.patch.object(self.lpar_b, '_is_pvm_valid_key',
return_value=True):
self.inst.flavor.extra_specs = {'powervm:srr_capability': 'false',
'powervm:something_new': 'foo'}
self.assertRaises(KeyError, self.lpar_b._format_flavor, self.inst)
def test_builder(self):
# Build the minimum attributes, Shared Procs
# shared_lpar test file uses non-default max I/O slots
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
max_io_slots=2000)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertIsNotNone(bldr)
new_lpar = bldr.build()
self.assertIsNotNone(new_lpar)
self.assert_xml(new_lpar, self.sections['shared_lpar'])
self.assertEqual('TheName', new_lpar.name)
# Rebuild the same lpar with a different name
attr['name'] = 'NewName'
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
rbld_lpar = bldr.rebuild(new_lpar)
self.assertEqual('NewName', rbld_lpar.name)
# Build the minimum attributes, Dedicated Procs
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
dedicated_proc=True)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertIsNotNone(bldr)
new_lpar = bldr.build()
self.assertIsNotNone(new_lpar)
self.assert_xml(new_lpar.entry, self.sections['dedicated_lpar'])
# Build the minimum attributes, Dedicated Procs = 'true'
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
dedicated_proc='true')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar.entry, self.sections['dedicated_lpar'])
# Leave out memory
attr = dict(name=lpar, env=bp.LPARType.AIXLINUX, vcpu=1)
self.assertRaises(lpar_bldr.LPARBuilderException,
lpar_bldr.LPARBuilder, self.adpt, attr,
self.stdz_sys1)
# Bad memory lmb multiple
attr = dict(name='lpar', memory=3333, env=bp.LPARType.AIXLINUX, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Check the validation of the LPAR type when not specified
attr = dict(name='TheName', memory=1024, vcpu=1, max_io_slots=2000)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['shared_lpar'])
# Check the PPT ratio element builds correctly
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
ppt_ratio='1:512')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys4)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['ppt_lpar'])
# Ensure secure boot is set properly
attr = dict(name='SecureBoot',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
secure_boot=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys6)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['secure_boot_lpar'])
# Ensure secure boot disabled works for IBMi
attr = dict(name='SecureBoot',
memory=1024,
env=bp.LPARType.OS400,
vcpu=1,
secure_boot=0)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys6)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['secure_boot_ibmi_lpar'])
# LPAR name too long
attr = dict(name='lparlparlparlparlparlparlparlparlparlparlparlpar'
'lparlparlparlparlparlparlparlparlparlparlparlparlparlpar',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(lpar_bldr.LPARBuilderException, bldr.build)
# Test setting uuid
uuid1 = pvm_uuid.convert_uuid_to_pvm(str(uuid.uuid4()))
attr = dict(name='lpar', memory=1024, uuid=uuid1, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
lpar_w = bldr.build()
self.assertEqual(uuid1.upper(), lpar_w.uuid)
# Test setting id
id1 = 1234
attr = dict(name='lpar', memory=1024, uuid=uuid1, vcpu=1, id=id1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
lpar_w = bldr.build()
self.assertEqual(id1, lpar_w.id)
# Bad LPAR type
attr = dict(name='lpar', memory=1024, env='BADLPARType', vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Bad IO Slots
attr = dict(name='lpar',
memory=1024,
max_io_slots=0,
env=bp.LPARType.AIXLINUX,
vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
attr = dict(name='lpar',
memory=1024,
max_io_slots=(65534 + 1),
env=bp.LPARType.AIXLINUX,
vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Good non-default IO Slots and SRR
attr = dict(name='TheName',
memory=1024,
max_io_slots=2000,
env=bp.LPARType.AIXLINUX,
vcpu=1,
srr_capability=False)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['shared_lpar'])
# Bad SRR value.
attr = dict(name='lpar',
memory=1024,
max_io_slots=64,
env=bp.LPARType.AIXLINUX,
vcpu=1,
srr_capability='Frog')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Uncapped / capped shared procs and enabled lpar metrics
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
sharing_mode=bp.SharingMode.CAPPED,
srr_capability='true',
enable_lpar_metric=True)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['capped_lpar'])
# Uncapped and no SRR capability
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
sharing_mode=bp.SharingMode.UNCAPPED,
uncapped_weight=100,
processor_compatibility='POWER6')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys2)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['uncapped_lpar'])
# Build dedicated but only via dedicated attributes
m = bp.DedicatedSharingMode.SHARE_IDLE_PROCS_ALWAYS
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
sharing_mode=m,
processor_compatibility='PoWeR7')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar.entry,
self.sections['ded_lpar_sre_idle_procs_always'])
# Desired mem outside min
attr = dict(name='lpar',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
min_mem=2048)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Desired mem outside max
attr = dict(name='lpar',
memory=5000,
env=bp.LPARType.AIXLINUX,
vcpu=1,
max_mem=2048)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# AME not supported on host
attr = dict(name='lpar',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
ame_factor='1.5')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# AME outside valid range
attr = dict(name='lpar',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
ame_factor='0.5')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys3)
self.assertRaises(ValueError, bldr.build)
# PPT not supported on host
attr = dict(name='lpar',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
ppt_ratio='1:64')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys3)
self.assertRaises(ValueError, bldr.build)
# PPT ratio not a valid choice
attr = dict(name='lpar',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
ppt_ratio='1:76')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys3)
self.assertRaises(ValueError, bldr.build)
# Affinity unsupported host
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
enforce_affinity_check='true')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys4)
self.assertRaises(ValueError, bldr.build)
# Enforce affinity score check for Lpar with incorrect value
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
enforce_affinity_check='BADVALUE')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys5)
self.assertRaises(ValueError, bldr.build)
# Secure boot on unsupported host
attr = dict(name='SecureBoot',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
secure_boot=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys5)
self.assertRaises(ValueError, bldr.build)
# Secure boot of IBMi LPAR
attr = dict(name='SecureBoot',
memory=1024,
env=bp.LPARType.OS400,
vcpu=1,
secure_boot=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys6)
self.assertRaises(ValueError, bldr.build)
# Secure boot bad value
attr = dict(name='SecureBoot',
memory=1024,
env=bp.LPARType.AIXLINUX,
vcpu=1,
secure_boot=10)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys6)
self.assertRaises(ValueError, bldr.build)
# Secure boot as 0 on unsupported host
# This dictionary should equate to the 'dedicated_lpar' XML on an
# unsupported host.
attr = dict(name='TheName',
env=bp.LPARType.AIXLINUX,
memory=1024,
vcpu=1,
dedicated_proc=True,
secure_boot=0)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['dedicated_lpar'])
# Desired vcpu outside min
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=1,
min_vcpu=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys5)
self.assertRaises(ValueError, bldr.build)
# Desired vcpu outside max
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
max_vcpu=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Ensure the calculated procs are not below the min
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
min_proc_units=3)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(3.0, procs.min_units)
# Ensure the calculated procs are all 0.5
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=1,
proc_units=0.5)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(0.5, procs.min_units)
self.assertEqual(0.5, procs.max_units)
self.assertEqual(0.5, procs.desired_units)
# Create a temp standardizer with a smaller proc units factor
stdz = lpar_bldr.DefaultStandardize(self.mngd_sys,
proc_units_factor=0.1)
# Ensure the min, max, and desired proc units works as VCPU is scaled.
for x in [1, 5, 10, 17, 20]:
attr = dict(name='lpar', memory=2048, vcpu=x)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, stdz)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(round(0.1 * x, 2), procs.min_units)
self.assertEqual(round(0.1 * x, 2), procs.max_units)
self.assertEqual(round(0.1 * x, 2), procs.desired_units)
# Ensure the calculated procs are below the max
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
max_proc_units=2.1)
stdz = lpar_bldr.DefaultStandardize(self.mngd_sys,
proc_units_factor=0.9)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, stdz)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(2.1, procs.max_units)
# Ensure proc units factor is between 0.1 and 1.0
self.assertRaises(lpar_bldr.LPARBuilderException,
lpar_bldr.DefaultStandardize,
self.mngd_sys,
proc_units_factor=1.01)
self.assertRaises(lpar_bldr.LPARBuilderException,
lpar_bldr.DefaultStandardize,
self.mngd_sys,
proc_units_factor=0.01)
# Avail priority outside max
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
avail_priority=332)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Avail priority bad parm
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
avail_priority='BADVALUE')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Avail priority at min value
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
avail_priority=0)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.avail_priority, 0)
# Avail priority at max value
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
avail_priority=255)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.avail_priority, 255)
# Enable Lpar metric with correct value as true
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
enable_lpar_metric='true')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.allow_perf_data_collection, True)
# Enable Lpar metric with correct value as false
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
enable_lpar_metric='false')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.allow_perf_data_collection, False)
# Enable Lpar Metric with bad parm other than true or false
attr = dict(name='lpar',
memory=2048,
env=bp.LPARType.AIXLINUX,
vcpu=3,
enable_lpar_metric='BADVALUE')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Proc compat
for pc in bp.LPARCompat.ALL_VALUES:
attr = dict(name='name',
memory=1024,
vcpu=1,
processor_compatibility=pc)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.pending_proc_compat_mode, pc)
attr = dict(name='name',
memory=1024,
vcpu=1,
processor_compatibility='POWER6')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys2)
new_lpar = bldr.build()
self.assertEqual(new_lpar.pending_proc_compat_mode, 'POWER6')
# Ensure failure occurs on validation after the host supported
# proc modes are loaded and not on convert_value which converts
# across all acceptable proc modes.
# This works because 'POWER8' is in LPARCompat.ALL_VALUES
attr = dict(name='name',
memory=1024,
vcpu=1,
processor_compatibility='POWER8')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys2)
exp_msg = ("Value 'POWER8' is not valid for field 'Processor "
"Compatability Mode' with acceptable choices: ['POWER6']")
try:
bldr.build()
except Exception as e:
self.assertEqual(six.text_type(e), exp_msg)
# Build a VIOS with I/O slots
slots = [
bp.IOSlot.bld(self.adpt, True, 12345),
bp.IOSlot.bld(self.adpt, False, 54321)
]
attr = dict(name='TheName',
env=bp.LPARType.VIOS,
memory=1024,
vcpu=1,
dedicated_proc=True,
phys_io_slots=slots)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertIsNotNone(bldr)
new_lpar = bldr.build()
self.assertIsNotNone(new_lpar)
self.assert_xml(new_lpar.entry, self.sections['vios'])
def test_format_flavor(self):
"""Perform tests against _format_flavor."""
# convert instance uuid to pypowervm uuid
# LP 1561128, simplified remote restart is enabled by default
lpar_attrs = {
'memory': 2048,
'name': self.san_lpar_name.return_value,
'uuid': pvm_uuid.convert_uuid_to_pvm(self.inst.uuid).upper(),
'vcpu': 1,
'srr_capability': True
}
# Test dedicated procs
self.inst.flavor.extra_specs = {'powervm:dedicated_proc': 'true'}
test_attrs = dict(lpar_attrs, dedicated_proc='true')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test dedicated procs, min/max vcpu and sharing mode
self.inst.flavor.extra_specs = {
'powervm:dedicated_proc': 'true',
'powervm:dedicated_sharing_mode': 'share_idle_procs_active',
'powervm:min_vcpu': '1',
'powervm:max_vcpu': '3'
}
test_attrs = dict(lpar_attrs,
dedicated_proc='true',
sharing_mode='sre idle procs active',
min_vcpu='1',
max_vcpu='3')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test shared proc sharing mode
self.inst.flavor.extra_specs = {'powervm:uncapped': 'true'}
test_attrs = dict(lpar_attrs, sharing_mode='uncapped')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test availability priority
self.inst.flavor.extra_specs = {'powervm:availability_priority': '150'}
test_attrs = dict(lpar_attrs, avail_priority='150')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test processor compatibility
self.inst.flavor.extra_specs = {
'powervm:processor_compatibility': 'POWER8'
}
test_attrs = dict(lpar_attrs, processor_compatibility='POWER8')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test min, max proc units
self.inst.flavor.extra_specs = {
'powervm:min_proc_units': '0.5',
'powervm:max_proc_units': '2.0'
}
test_attrs = dict(lpar_attrs,
min_proc_units='0.5',
max_proc_units='2.0')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test min, max mem
self.inst.flavor.extra_specs = {
'powervm:min_mem': '1024',
'powervm:max_mem': '4096'
}
test_attrs = dict(lpar_attrs, min_mem='1024', max_mem='4096')
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
self.san_lpar_name.assert_called_with(self.inst.name)
self.san_lpar_name.reset_mock()
# Test remote restart set to false
self.inst.flavor.extra_specs = {'powervm:srr_capability': 'false'}
test_attrs = dict(lpar_attrs, srr_capability=False)
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
# Unhandled powervm: key is ignored
self.inst.flavor.extra_specs = {
'powervm:srr_capability': 'false',
'powervm:something_new': 'foo'
}
test_attrs = dict(lpar_attrs, srr_capability=False)
self.assertEqual(self.lpar_b._format_flavor(self.inst), test_attrs)
# If we recognize a key, but don't handle it, we raise
with mock.patch.object(self.lpar_b,
'_is_pvm_valid_key',
return_value=True):
self.inst.flavor.extra_specs = {
'powervm:srr_capability': 'false',
'powervm:something_new': 'foo'
}
self.assertRaises(KeyError, self.lpar_b._format_flavor, self.inst)
def test_builder(self):
# Build the minimum attributes, Shared Procs
attr = dict(name='TheName', env=bp.LPARType.AIXLINUX, memory=1024,
vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertIsNotNone(bldr)
new_lpar = bldr.build()
self.assertIsNotNone(new_lpar)
self.assert_xml(new_lpar, self.sections['shared_lpar'])
self.assertEqual('TheName', new_lpar.name)
# Rebuild the same lpar with a different name
attr['name'] = 'NewName'
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
rbld_lpar = bldr.rebuild(new_lpar)
self.assertEqual('NewName', rbld_lpar.name)
# Build the minimum attributes, Dedicated Procs
attr = dict(name='TheName', env=bp.LPARType.AIXLINUX, memory=1024,
vcpu=1, dedicated_proc=True)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertIsNotNone(bldr)
new_lpar = bldr.build()
self.assertIsNotNone(new_lpar)
self.assert_xml(new_lpar.entry, self.sections['dedicated_lpar'])
# Build the minimum attributes, Dedicated Procs = 'true'
attr = dict(name='TheName', env=bp.LPARType.AIXLINUX, memory=1024,
vcpu=1, dedicated_proc='true')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar.entry, self.sections['dedicated_lpar'])
# Leave out memory
attr = dict(name=lpar, env=bp.LPARType.AIXLINUX, vcpu=1)
self.assertRaises(
lpar_bldr.LPARBuilderException, lpar_bldr.LPARBuilder, self.adpt,
attr, self.stdz_sys1)
# Bad memory lmb multiple
attr = dict(name='lpar', memory=3333, env=bp.LPARType.AIXLINUX, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Check the validation of the LPAR type when not specified
attr = dict(name='TheName', memory=1024, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['shared_lpar'])
# LPAR name too long
attr = dict(name='lparlparlparlparlparlparlparlparlparlparlparlpar'
'lparlparlparlparlparlparlparlparlparlparlparlparlparlpar',
memory=1024, env=bp.LPARType.AIXLINUX, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(lpar_bldr.LPARBuilderException, bldr.build)
# Test setting uuid
uuid1 = pvm_uuid.convert_uuid_to_pvm(str(uuid.uuid4()))
attr = dict(name='lpar', memory=1024, uuid=uuid1, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
lpar_w = bldr.build()
self.assertEqual(uuid1.upper(), lpar_w.uuid)
# Test setting id
id1 = 1234
attr = dict(name='lpar', memory=1024, uuid=uuid1, vcpu=1, id=id1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
lpar_w = bldr.build()
self.assertEqual(id1, lpar_w.id)
# Bad LPAR type
attr = dict(name='lpar', memory=1024, env='BADLPARType', vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Bad IO Slots
attr = dict(name='lpar', memory=1024, max_io_slots=0,
env=bp.LPARType.AIXLINUX, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
attr = dict(name='lpar', memory=1024, max_io_slots=(65534+1),
env=bp.LPARType.AIXLINUX, vcpu=1)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Good non-defaulted IO Slots and SRR
attr = dict(name='TheName', memory=1024, max_io_slots=64,
env=bp.LPARType.AIXLINUX, vcpu=1, srr_capability=False)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['shared_lpar'])
# Bad SRR value.
attr = dict(name='lpar', memory=1024, max_io_slots=64,
env=bp.LPARType.AIXLINUX, vcpu=1, srr_capability='Frog')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Uncapped / capped shared procs
attr = dict(name='TheName', env=bp.LPARType.AIXLINUX, memory=1024,
vcpu=1, sharing_mode=bp.SharingMode.CAPPED,
srr_capability='true')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['capped_lpar'])
# Uncapped and no SRR capability
attr = dict(name='TheName', env=bp.LPARType.AIXLINUX, memory=1024,
vcpu=1, sharing_mode=bp.SharingMode.UNCAPPED,
uncapped_weight=100, processor_compatibility='POWER6')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys2)
new_lpar = bldr.build()
self.assert_xml(new_lpar, self.sections['uncapped_lpar'])
# Build dedicated but only via dedicated attributes
m = bp.DedicatedSharingMode.SHARE_IDLE_PROCS_ALWAYS
attr = dict(name='TheName', env=bp.LPARType.AIXLINUX, memory=1024,
vcpu=1, sharing_mode=m, processor_compatibility='PoWeR7')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assert_xml(new_lpar.entry,
self.sections['ded_lpar_sre_idle_procs_always'])
# Desired mem outside min
attr = dict(name='lpar', memory=1024, env=bp.LPARType.AIXLINUX, vcpu=1,
min_mem=2048)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Desired mem outside max
attr = dict(name='lpar', memory=5000, env=bp.LPARType.AIXLINUX, vcpu=1,
max_mem=2048)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Desired vcpu outside min
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=1,
min_vcpu=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Desired vcpu outside max
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
max_vcpu=2)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Ensure the calculated procs are not below the min
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
min_proc_units=3)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(3.0, procs.min_units)
# Ensure the calculated procs are all 0.5
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=1,
proc_units=0.5)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(0.5, procs.min_units)
self.assertEqual(0.5, procs.max_units)
self.assertEqual(0.5, procs.desired_units)
# Create a temp standardizer with a smaller proc units factor
stdz = lpar_bldr.DefaultStandardize(self.mngd_sys,
proc_units_factor=0.1)
# Ensure the min, max, and desired proc units works as VCPU is scaled.
for x in [1, 5, 10, 17, 20]:
attr = dict(name='lpar', memory=2048, vcpu=x)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, stdz)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(round(0.1 * x, 2), procs.min_units)
self.assertEqual(round(0.1 * x, 2), procs.max_units)
self.assertEqual(round(0.1 * x, 2), procs.desired_units)
# Ensure the calculated procs are below the max
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
max_proc_units=2.1)
stdz = lpar_bldr.DefaultStandardize(
self.mngd_sys, proc_units_factor=0.9)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, stdz)
new_lpar = bldr.build()
procs = new_lpar.proc_config.shared_proc_cfg
self.assertEqual(2.1, procs.max_units)
# Ensure proc units factor is between 0.1 and 1.0
self.assertRaises(
lpar_bldr.LPARBuilderException,
lpar_bldr.DefaultStandardize,
self.mngd_sys, proc_units_factor=1.01)
self.assertRaises(
lpar_bldr.LPARBuilderException,
lpar_bldr.DefaultStandardize,
self.mngd_sys, proc_units_factor=0.01)
# Avail priority outside max
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
avail_priority=332)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Avail priority bad parm
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
avail_priority='BADVALUE')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertRaises(ValueError, bldr.build)
# Avail priority at min value
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
avail_priority=0)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.avail_priority, 0)
# Avail priority at max value
attr = dict(name='lpar', memory=2048, env=bp.LPARType.AIXLINUX, vcpu=3,
avail_priority=255)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.avail_priority, 255)
# Proc compat
for pc in bp.LPARCompat.ALL_VALUES:
attr = dict(name='name', memory=1024, vcpu=1,
processor_compatibility=pc)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
new_lpar = bldr.build()
self.assertEqual(new_lpar.pending_proc_compat_mode, pc)
attr = dict(name='name', memory=1024, vcpu=1,
processor_compatibility='POWER6')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys2)
new_lpar = bldr.build()
self.assertEqual(new_lpar.pending_proc_compat_mode, 'POWER6')
# Ensure failure occurs on validation after the host supported
# proc modes are loaded and not on convert_value which converts
# across all acceptable proc modes.
# This works because 'POWER8' is in LPARCompat.ALL_VALUES
attr = dict(name='name', memory=1024, vcpu=1,
processor_compatibility='POWER8')
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys2)
exp_msg = ("Value 'POWER8' is not valid for field 'Processor "
"Compatability Mode' with acceptable choices: ['POWER6']")
try:
bldr.build()
except Exception as e:
self.assertEqual(six.text_type(e), exp_msg)
# Build a VIOS
attr = dict(name='TheName', env=bp.LPARType.VIOS, memory=1024,
vcpu=1, dedicated_proc=True)
bldr = lpar_bldr.LPARBuilder(self.adpt, attr, self.stdz_sys1)
self.assertIsNotNone(bldr)
new_lpar = bldr.build()
self.assertIsNotNone(new_lpar)
self.assert_xml(new_lpar.entry, self.sections['vios'])