def get_pfc_wwpns(self):
"""Returns a set of the Physical FC Adapter WWPNs on this VIOS."""
path = u.xpath(bp.IO_CFG_ROOT, bp.IO_SLOTS_ROOT, bp.IO_SLOT_ROOT,
bp.ASSOC_IO_SLOT_ROOT, bp.RELATED_IO_ADPT_ROOT,
bp.IO_PFC_ADPT_ROOT, bp.PFC_PORTS_ROOT,
bp.PFC_PORT_ROOT, bp.PFC_PORT_WWPN)
return set(self._get_vals(path))
def get_pfc_wwpns(self):
"""Returns a set of the Physical FC Adapter WWPNs on this VIOS."""
path = u.xpath(bp.IO_CFG_ROOT, bp.IO_SLOTS_ROOT,
bp.IO_SLOT_ROOT, bp.ASSOC_IO_SLOT_ROOT,
bp.RELATED_IO_ADPT_ROOT, bp.IO_PFC_ADPT_ROOT,
bp.PFC_PORTS_ROOT, bp.PFC_PORT_ROOT,
bp.PFC_PORT_WWPN)
return set(self._get_vals(path))
def vnet_uri_list(self):
"""Returns a list of the Virtual Network URIs.
This is a READ-ONLY list. Modification should take place through the
LoadGroup vnet_uri_list. As the LoadGroups are modified,
this list will be dynamically updated.
"""
return self.get_href(u.xpath(_NB_VNETS, c.LINK))
def load_grps(self):
"""Returns the load groups. The first in the list is the primary."""
lg_list = [
LoadGroup.wrap(x, nb_root=self)
for x in self.element.findall(u.xpath(_NB_LGS, _NB_LG))
]
temp_list = _order_by_pvid(lg_list, self.pvid)
return ewrap.ActionableList(temp_list, self._load_grps)
def vnet_uri_list(self):
"""Returns a list of the Virtual Network URIs.
This is a READ-ONLY list. Modification should take place through the
LoadGroup vnet_uri_list. As the LoadGroups are modified,
this list will be dynamically updated.
"""
return self.get_href(u.xpath(_NB_VNETS, c.LINK))
def pfc_ports(self):
"""The physical Fibre Channel ports assigned to the VIOS."""
path = u.xpath(bp.IO_CFG_ROOT, bp.IO_SLOTS_ROOT,
bp.IO_SLOT_ROOT, bp.ASSOC_IO_SLOT_ROOT,
bp.RELATED_IO_ADPT_ROOT, bp.IO_PFC_ADPT_ROOT,
bp.PFC_PORTS_ROOT, bp.PFC_PORT_ROOT)
elems = self._find(path, use_find_all=True)
resp = []
for elem in elems:
resp.append(bp.PhysFCPort.wrap(elem))
return resp
def pfc_ports(self):
"""The physical Fibre Channel ports assigned to the VIOS."""
path = u.xpath(bp.IO_CFG_ROOT, bp.IO_SLOTS_ROOT,
bp.IO_SLOT_ROOT, bp.ASSOC_IO_SLOT_ROOT,
bp.RELATED_IO_ADPT_ROOT, bp.IO_PFC_ADPT_ROOT,
bp.PFC_PORTS_ROOT, bp.PFC_PORT_ROOT)
elems = self._find(path, use_find_all=True)
resp = []
for elem in elems:
resp.append(bp.PhysFCPort.wrap(elem))
return resp
def vnet_uri_list(self):
"""Returns a list of the Virtual Network URIs.
If the vnet_aware trait (see traits.py) is set to False, the user
should not modify this. Virtual Networks become 'realized' off of
the system's VLANs/vSwitches. However, if set to True, one can add
a Virtual Network to the vSwitch before it is used.
The task classes (cna.py and network_bridger.py) should abstract the
user away from these deviations in traits.
"""
uri_resp_list = list(self.get_href(u.xpath(_LG_VNETS, c.LINK)))
return ewrap.ActionableList(uri_resp_list, self.__update_uri_list)
def vnet_uri_list(self):
"""Returns a list of the Virtual Network URIs.
If the vnet_aware trait (see traits.py) is set to False, the user
should not modify this. Virtual Networks become 'realized' off of
the system's VLANs/vSwitches. However, if set to True, one can add
a Virtual Network to the vSwitch before it is used.
The task classes (cna.py and network_bridger.py) should abstract the
user away from these deviations in traits.
"""
uri_resp_list = list(self.get_href(u.xpath(_LG_VNETS, c.LINK)))
return ewrap.ActionableList(uri_resp_list, self.__update_uri_list)
def _get_trunks(self):
"""Returns all of the trunk adapters.
The first is the primary adapter. All others are the additional
adapters.
"""
# It is not expected that the API will return the adapters such that
# the first is the primary. Yet to reduce complexity in the other
# methods that work with the trunks, the returned value from here
# will order it as such.
trunk_elem_list = [TrunkAdapter.wrap(x) for x in
self.element.findall(u.xpath(SEA_TRUNKS, TA_ROOT))]
return _order_by_pvid(trunk_elem_list, self.pvid)
def io_adapter(self):
"""Jumps over the 'Related IO Adapter' element direct to the I/O.
This is another area where the schema has a two step jump that the
API can avoid. This method skips over the RelatedIOAdapter
and jumps right to the IO Adapter.
Return values are either the generic IOAdapter or the
PhysFCAdapter.
"""
# The child can be either an IO Adapter or a PhysFCAdapter.
# Need to check for both...
io_adpt_root = self._find(
u.xpath(RELATED_IO_ADPT_ROOT, IOAdapter.schema_type))
if io_adpt_root is not None:
return IOAdapter.wrap(io_adpt_root)
# Didn't have the generic...check for non-generic.
io_adpt_root = self._find(
u.xpath(RELATED_IO_ADPT_ROOT, PhysFCAdapter.schema_type))
if io_adpt_root is not None:
return PhysFCAdapter.wrap(io_adpt_root)
return None
def _rebuild_vnet_list(self):
"""A callback from the Load Group to rebuild the virtual network list.
Needed due to the API using both the LoadGroup and Network Bridge
as a source. But usage at an API level should be through Load
Groups.
"""
# Find all the children Virtual Networks.
search = u.xpath(_NB_LGS, _NB_LG, _NB_VNETS, c.LINK)
new_vnets = copy.deepcopy(self.element.findall(search))
# Find and replace the current element.
cur_vnets = self.element.find(_NB_VNETS)
self.element.replace(
cur_vnets, ent.Element(_NB_VNETS, self.adapter,
children=new_vnets))
def _get_trunks(self):
"""Returns all of the trunk adapters.
The first is the primary adapter. All others are the additional
adapters.
"""
# It is not expected that the API will return the adapters such that
# the first is the primary. Yet to reduce complexity in the other
# methods that work with the trunks, the returned value from here
# will order it as such.
trunk_elem_list = [
TrunkAdapter.wrap(x)
for x in self.element.findall(u.xpath(SEA_TRUNKS, TA_ROOT))
]
return _order_by_pvid(trunk_elem_list, self.pvid)
def io_adapter(self):
"""Jumps over the 'Related IO Adapter' element direct to the I/O.
This is another area where the schema has a two step jump that the
API can avoid. This method skips over the RelatedIOAdapter
and jumps right to the IO Adapter.
Return values are either the generic IOAdapter or the
PhysFCAdapter.
"""
# The child can be either an IO Adapter or a PhysFCAdapter.
# Need to check for both...
io_adpt_root = self._find(
u.xpath(RELATED_IO_ADPT_ROOT, IOAdapter.schema_type))
if io_adpt_root is not None:
return IOAdapter.wrap(io_adpt_root)
# Didn't have the generic...check for non-generic.
io_adpt_root = self._find(
u.xpath(RELATED_IO_ADPT_ROOT, PhysFCAdapter.schema_type))
if io_adpt_root is not None:
return PhysFCAdapter.wrap(io_adpt_root)
return None
def _rebuild_vnet_list(self):
"""A callback from the Load Group to rebuild the virtual network list.
Needed due to the API using both the LoadGroup and Network Bridge
as a source. But usage at an API level should be through Load
Groups.
"""
# Find all the children Virtual Networks.
search = u.xpath(_NB_LGS, _NB_LG, _NB_VNETS, c.LINK)
new_vnets = copy.deepcopy(self.element.findall(search))
# Find and replace the current element.
cur_vnets = self.element.find(_NB_VNETS)
self.element.replace(
cur_vnets, ent.Element(_NB_VNETS, self.adapter,
children=new_vnets))
def vnet_uri_list(self):
"""Returns a list of the Virtual Network URIs.
If the vnet_aware trait (see traits.py) is set, then the addition
of VLANs is driven via virtual networks rather than straight VLAN
modification. This uri list is what drives the modification.
If the trait is set to false, then the modification should be driven
via the trunk adapters on the SEA directly. This list will also
be empty.
The task classes (cna.py and network_bridger.py) should abstract the
user away from these deviations in traits.
"""
uri_resp_list = list(self.get_href(u.xpath(_LG_VNETS, c.LINK)))
return ewrap.ActionableList(uri_resp_list, self.__update_uri_list)
def vnet_uri_list(self):
"""Returns a list of the Virtual Network URIs.
If the vnet_aware trait (see traits.py) is set, then the addition
of VLANs is driven via virtual networks rather than straight VLAN
modification. This uri list is what drives the modification.
If the trait is set to false, then the modification should be driven
via the trunk adapters on the SEA directly. This list will also
be empty.
The task classes (cna.py and network_bridger.py) should abstract the
user away from these deviations in traits.
"""
uri_resp_list = list(self.get_href(u.xpath(_LG_VNETS, c.LINK)))
return ewrap.ActionableList(uri_resp_list, self.__update_uri_list)
def create_job(job_el, entry_type, *args, **kwargs):
self.assertEqual(entry_type, clust.Cluster.schema_type)
job = jwrap.Job.wrap(ent.Entry({}, job_el, None))
param_vals = job._get_vals(u.xpath(
'JobParameters', 'JobParameter', 'ParameterValue'))
self.assertEqual(
param_vals[0],
'<uom:Cluster xmlns:uom="http://www.ibm.com/xmlns/systems/powe'
'r/firmware/uom/mc/2012_10/" schemaVersion="V1_0"><uom:Metadat'
'a><uom:Atom/></uom:Metadata><uom:ClusterName>clust_name</uom:'
'ClusterName><uom:RepositoryDisk schemaVersion="V1_0"><uom:Phy'
'sicalVolume schemaVersion="V1_0"><uom:Metadata><uom:Atom/></u'
'om:Metadata><uom:VolumeName>repos_pv_name</uom:VolumeName></u'
'om:PhysicalVolume></uom:RepositoryDisk><uom:Node schemaVersio'
'n="V1_0"><uom:Node schemaVersion="V1_0"><uom:Metadata><uom:At'
'om/></uom:Metadata><uom:HostName>vios1</uom:HostName><uom:Par'
'titionID>5</uom:PartitionID><uom:MachineTypeModelAndSerialNum'
'ber schemaVersion="V1_0"><uom:Metadata><uom:Atom/></uom:Metad'
'ata><uom:MachineType>XXXX</uom:MachineType><uom:Model>YYY</uo'
'm:Model><uom:SerialNumber>ZZZZZZZ</uom:SerialNumber></uom:Mac'
'hineTypeModelAndSerialNumber><uom:VirtualIOServer href="https'
'://a.example.com:12443/rest/api/uom/VirtualIOServer/12345678-'
'1234-1234-1234-123456789012" rel="related"/></uom:Node></uom:'
'Node></uom:Cluster>')
self.assertEqual(
param_vals[1],
'<uom:SharedStoragePool xmlns:uom="http://www.ibm.com/xmlns/sy'
'stems/power/firmware/uom/mc/2012_10/" schemaVersion="V1_0"><u'
'om:Metadata><uom:Atom/></uom:Metadata><uom:PhysicalVolumes sc'
'hemaVersion="V1_0"><uom:PhysicalVolume schemaVersion="V1_0"><'
'uom:Metadata><uom:Atom/></uom:Metadata><uom:VolumeName>hdisk1'
'</uom:VolumeName></uom:PhysicalVolume><uom:PhysicalVolume sch'
'emaVersion="V1_0"><uom:Metadata><uom:Atom/></uom:Metadata><uo'
'm:VolumeName>hdisk2</uom:VolumeName></uom:PhysicalVolume><uom'
':PhysicalVolume schemaVersion="V1_0"><uom:Metadata><uom:Atom/'
'></uom:Metadata><uom:VolumeName>hdisk3</uom:VolumeName></uom:'
'PhysicalVolume></uom:PhysicalVolumes><uom:StoragePoolName>ssp'
'_name</uom:StoragePoolName></uom:SharedStoragePool>')
return mock.MagicMock()
def create_job(job_el, entry_type, *args, **kwargs):
self.assertEqual(entry_type, clust.Cluster.schema_type)
job = jwrap.Job.wrap(ent.Entry({}, job_el, None))
param_vals = job._get_vals(
u.xpath('JobParameters', 'JobParameter', 'ParameterValue'))
self.assertEqual(
param_vals[0],
'<uom:Cluster xmlns:uom="http://www.ibm.com/xmlns/systems/powe'
'r/firmware/uom/mc/2012_10/" schemaVersion="V1_0"><uom:Metadat'
'a><uom:Atom/></uom:Metadata><uom:ClusterName>clust_name</uom:'
'ClusterName><uom:RepositoryDisk schemaVersion="V1_0"><uom:Phy'
'sicalVolume schemaVersion="V1_0"><uom:Metadata><uom:Atom/></u'
'om:Metadata><uom:VolumeName>repos_pv_name</uom:VolumeName></u'
'om:PhysicalVolume></uom:RepositoryDisk><uom:Node schemaVersio'
'n="V1_0"><uom:Node schemaVersion="V1_0"><uom:Metadata><uom:At'
'om/></uom:Metadata><uom:HostName>vios1</uom:HostName><uom:Par'
'titionID>5</uom:PartitionID><uom:MachineTypeModelAndSerialNum'
'ber schemaVersion="V1_0"><uom:Metadata><uom:Atom/></uom:Metad'
'ata><uom:MachineType>XXXX</uom:MachineType><uom:Model>YYY</uo'
'm:Model><uom:SerialNumber>ZZZZZZZ</uom:SerialNumber></uom:Mac'
'hineTypeModelAndSerialNumber><uom:VirtualIOServer href="https'
'://a.example.com:12443/rest/api/uom/VirtualIOServer/12345678-'
'1234-1234-1234-123456789012" rel="related"/></uom:Node></uom:'
'Node></uom:Cluster>')
self.assertEqual(
param_vals[1],
'<uom:SharedStoragePool xmlns:uom="http://www.ibm.com/xmlns/sy'
'stems/power/firmware/uom/mc/2012_10/" schemaVersion="V1_0"><u'
'om:Metadata><uom:Atom/></uom:Metadata><uom:PhysicalVolumes sc'
'hemaVersion="V1_0"><uom:PhysicalVolume schemaVersion="V1_0"><'
'uom:Metadata><uom:Atom/></uom:Metadata><uom:VolumeName>hdisk1'
'</uom:VolumeName></uom:PhysicalVolume><uom:PhysicalVolume sch'
'emaVersion="V1_0"><uom:Metadata><uom:Atom/></uom:Metadata><uo'
'm:VolumeName>hdisk2</uom:VolumeName></uom:PhysicalVolume><uom'
':PhysicalVolume schemaVersion="V1_0"><uom:Metadata><uom:Atom/'
'></uom:Metadata><uom:VolumeName>hdisk3</uom:VolumeName></uom:'
'PhysicalVolume></uom:PhysicalVolumes><uom:StoragePoolName>ssp'
'_name</uom:StoragePoolName></uom:SharedStoragePool>')
return mock.MagicMock()
"""Wrappers, constants, and helpers around ManagementConsole."""
from oslo_log import log as logging
import pypowervm.const as c
import pypowervm.util as u
import pypowervm.wrappers.entry_wrapper as ewrap
import pypowervm.wrappers.mtms as mtmwrap
LOG = logging.getLogger(__name__)
_MGD_FRAMES = 'ManagedFrames'
_MGD_SYS = 'ManagedSystems'
_MGMT_CON_NAME = 'ManagementConsoleName'
_MGND_SYS_LINK = u.xpath("ManagedSystems", c.LINK)
# NETI XPath constants
_NETI_ROOT = 'NetworkInterfaces'
_MGMT_NETI_ROOT = 'ManagementConsoleNetworkInterface'
_MGMT_NETI_NAME = 'InterfaceName'
_MGMT_NETI_ADDRESS = 'NetworkAddress'
_PWR_ENT_POOLS = 'PowerEnterprisePools'
# SSH Config
_PUB_KEY = 'PublicSSHKey'
_AUTH_KEYS = 'AuthorizedKeys'
_AUTH_KEY = 'AuthorizedKey'
_KEY = 'Key'
def vswitch_uri(self):
"""Returns the URI for the associated vSwitch."""
return self.get_href(u.xpath(_VADPT_VSWITCH, c.LINK), one_result=True)
_VOL_UID = 'VolumeUniqueID'
_VOL_NAME = 'VolumeName'
_RESERVE_POLICY = 'ReservePolicy'
_IO_ADPT_CHOICE = 'IOAdapterChoice'
_IO_ADPT = 'IOAdapter'
_IO_LINK_AGG_ADPT_ID = 'AdapterID'
_IO_LINK_AGG_DESC = 'Description'
_IO_LINK_AGG_DEV_NAME = 'DeviceName'
_IO_LINK_AGG_DEV_TYPE = 'DeviceType'
_IO_LINK_AGG_DRC_NAME = 'DynamicReconfigurationConnectorName'
_IO_LINK_AGG_PHYS_LOC = 'PhysicalLocation'
_IO_LINK_AGG_UDID = 'UniqueDeviceID'
_VIRT_MEDIA_REPOSITORY_PATH = u.xpath(_VIO_MEDIA_REPOS,
'VirtualMediaRepository')
_IF_ADDR = u.xpath('IPInterface', 'IPAddress')
_ETHERNET_BACKING_DEVICE = u.xpath(_VIO_FREE_ETH_BACKDEVS_FOR_SEA,
'IOAdapterChoice', net.ETH_BACK_DEV)
_SEA_PATH = u.xpath(_VIO_SEAS, net.SHARED_ETH_ADPT)
# Mapping Constants
_MAP_STORAGE = 'Storage'
_MAP_TARGET_DEV = 'TargetDevice'
_MAP_CLIENT_LPAR = 'AssociatedLogicalPartition'
_MAP_PORT = 'Port'
_MAP_ORDER = (_MAP_CLIENT_LPAR, stor.CLIENT_ADPT, stor.SERVER_ADPT,
_MAP_STORAGE)
_VFC_MAP_ORDER = (_MAP_CLIENT_LPAR, stor.CLIENT_ADPT, _MAP_PORT,
stor.SERVER_ADPT, _MAP_STORAGE)
def _associated_vswitch_uri(self, href):
self.set_href(u.xpath(_TA_ASSOC_VSWITCH, c.LINK), href)
def associated_vswitch_uri(self):
"""Returns the associated vswitch href."""
return self.get_href(u.xpath(_TA_ASSOC_VSWITCH, c.LINK),
one_result=True)
def associated_vswitch_uri(self):
"""Returns the associated vswitch href."""
return self.get_href(u.xpath(_TA_ASSOC_VSWITCH, c.LINK),
one_result=True)
def load_grps(self):
"""Returns the load groups. The first in the list is the primary."""
lg_list = [LoadGroup.wrap(x, nb_root=self) for x in
self.element.findall(u.xpath(_NB_LGS, _NB_LG))]
temp_list = _order_by_pvid(lg_list, self.pvid)
return ewrap.ActionableList(temp_list, self._load_grps)
def vswitch_uri(self, new_val):
self.set_href(u.xpath(_VADPT_VSWITCH, c.LINK), new_val)
def vswitch_uri(self, new_val):
self.set_href(u.xpath(_VADPT_VSWITCH, c.LINK), new_val)
import pypowervm.util as u
import pypowervm.wrappers.entry_wrapper as ewrap
import pypowervm.wrappers.iocard as card
import pypowervm.wrappers.mtms as mtmwrap
LOG = logging.getLogger(__name__)
# ManagedSystem XPath constants
_PRIMARY_IP_ADDRESS = 'PrimaryIPAddress'
_HOST_IP_ADDRESS = _PRIMARY_IP_ADDRESS
_STATE = 'State'
_SYSTEM_NAME = 'SystemName'
_MASTER_MODE = 'IsPowerVMManagementMaster'
_SYS_CAPABILITIES = 'AssociatedSystemCapabilities'
_ACTIVE_LPM_CAP = u.xpath(_SYS_CAPABILITIES,
'ActiveLogicalPartitionMobilityCapable')
_INACTIVE_LPM_CAP = u.xpath(_SYS_CAPABILITIES,
'InactiveLogicalPartitionMobilityCapable')
_VETH_MAC_ADDR_CAP = u.xpath(_SYS_CAPABILITIES,
'VirtualEthernetCustomMACAddressCapable')
_IBMi_LPM_CAP = u.xpath(_SYS_CAPABILITIES,
'IBMiLogicalPartitionMobilityCapable')
_IBMi_RESTRICTEDIO_CAP = u.xpath(_SYS_CAPABILITIES,
'IBMiRestrictedIOModeCapable')
_SIMP_REMOTE_RESTART_CAP = u.xpath(
_SYS_CAPABILITIES, 'PowerVMLogicalPartitionSimplifiedRemoteRestartCapable')
_AME_CAP = u.xpath(_SYS_CAPABILITIES, 'ActiveMemoryExpansionCapable')
_AIX_CAP = u.xpath(_SYS_CAPABILITIES, 'AIXCapable')
_IBMi_CAP = u.xpath(_SYS_CAPABILITIES, 'IBMiCapable')
_LINUX_CAP = u.xpath(_SYS_CAPABILITIES, 'LinuxCapable')
_SHR_PROC_POOL_CAP = u.xpath(_SYS_CAPABILITIES, 'SharedProcessorPoolCapable')
import six
import pypowervm.const as pc
import pypowervm.entities as ent
import pypowervm.exceptions as pvmex
from pypowervm.i18n import _
import pypowervm.util as u
import pypowervm.wrappers.entry_wrapper as ewrap
LOG = logging.getLogger(__name__)
CONF = cfg.CONF
_JOBS = 'jobs'
_REQ_OP = 'RequestedOperation'
_JOB_GROUP_NAME = u.xpath(_REQ_OP, 'GroupName')
_JOB_OPERATION_NAME = u.xpath(_REQ_OP, 'OperationName')
_JOB_PARAM = u.xpath('Results', 'JobParameter')
_JOB_RESULTS_NAME = u.xpath(_JOB_PARAM, 'ParameterName')
_JOB_RESULTS_VALUE = u.xpath(_JOB_PARAM, 'ParameterValue')
_RESPONSE_EXCEPTION = 'ResponseException'
_JOB_MESSAGE = u.xpath(_RESPONSE_EXCEPTION, 'Message')
_JOB_STACKTRACE = u.xpath(_RESPONSE_EXCEPTION, 'StackTrace')
_JOB_STATUS = 'Status'
_JOB_ID = 'JobID'
class JobStatus(object):
NOT_ACTIVE = 'NOT_STARTED'
RUNNING = 'RUNNING'
COMPLETED_OK = 'COMPLETED_OK'
def _associated_vswitch_uri(self, href):
self.set_href(u.xpath(_TA_ASSOC_VSWITCH, c.LINK), href)
import pypowervm.const as c
import pypowervm.util as u
import pypowervm.wrappers.entry_wrapper as ewrap
import pypowervm.wrappers.mtms as mtmwrap
LOG = logging.getLogger(__name__)
# ManagedSystem XPath constants
_PRIMARY_IP_ADDRESS = 'PrimaryIPAddress'
_HOST_IP_ADDRESS = _PRIMARY_IP_ADDRESS
_STATE = 'State'
_SYSTEM_NAME = 'SystemName'
_MASTER_MODE = 'IsPowerVMManagementMaster'
_SYS_CAPABILITIES = 'AssociatedSystemCapabilities'
_ACTIVE_LPM_CAP = u.xpath(
_SYS_CAPABILITIES, 'ActiveLogicalPartitionMobilityCapable')
_INACTIVE_LPM_CAP = u.xpath(
_SYS_CAPABILITIES, 'InactiveLogicalPartitionMobilityCapable')
_VETH_MAC_ADDR_CAP = u.xpath(
_SYS_CAPABILITIES, 'VirtualEthernetCustomMACAddressCapable')
_IBMi_LPM_CAP = u.xpath(
_SYS_CAPABILITIES, 'IBMiLogicalPartitionMobilityCapable')
_IBMi_RESTRICTEDIO_CAP = u.xpath(
_SYS_CAPABILITIES, 'IBMiRestrictedIOModeCapable')
_SIMP_REMOTE_RESTART_CAP = u.xpath(
_SYS_CAPABILITIES, 'PowerVMLogicalPartitionSimplifiedRemoteRestartCapable')
_AIX_CAP = u.xpath(_SYS_CAPABILITIES, 'AIXCapable')
_IBMi_CAP = u.xpath(_SYS_CAPABILITIES, 'IBMiCapable')
_LINUX_CAP = u.xpath(_SYS_CAPABILITIES, 'LinuxCapable')
_SHR_PROC_POOL_CAP = u.xpath(
_SYS_CAPABILITIES, 'SharedProcessorPoolCapable')
import six
import pypowervm.const as pc
import pypowervm.entities as ent
import pypowervm.exceptions as pvmex
from pypowervm.i18n import _
import pypowervm.util as u
import pypowervm.wrappers.entry_wrapper as ewrap
LOG = logging.getLogger(__name__)
CONF = cfg.CONF
_JOBS = 'jobs'
_REQ_OP = 'RequestedOperation'
_JOB_GROUP_NAME = u.xpath(_REQ_OP, 'GroupName')
_JOB_OPERATION_NAME = u.xpath(_REQ_OP, 'OperationName')
_JOB_PARAM = u.xpath('Results', 'JobParameter')
_JOB_RESULTS_NAME = u.xpath(_JOB_PARAM, 'ParameterName')
_JOB_RESULTS_VALUE = u.xpath(_JOB_PARAM, 'ParameterValue')
_RESPONSE_EXCEPTION = 'ResponseException'
_JOB_MESSAGE = u.xpath(_RESPONSE_EXCEPTION, 'Message')
_JOB_STACKTRACE = u.xpath(_RESPONSE_EXCEPTION, 'StackTrace')
_JOB_STATUS = 'Status'
_JOB_ID = 'JobID'
class JobStatus(object):
NOT_ACTIVE = 'NOT_STARTED'
RUNNING = 'RUNNING'
COMPLETED_OK = 'COMPLETED_OK'
def vswitch_uri(self):
"""Returns the URI for the associated vSwitch."""
return self.get_href(u.xpath(_VADPT_VSWITCH, c.LINK), one_result=True)
_VOL_UID = 'VolumeUniqueID'
_VOL_NAME = 'VolumeName'
_RESERVE_POLICY = 'ReservePolicy'
_IO_ADPT_CHOICE = 'IOAdapterChoice'
_IO_ADPT = 'IOAdapter'
_IO_LINK_AGG_ADPT_ID = 'AdapterID'
_IO_LINK_AGG_DESC = 'Description'
_IO_LINK_AGG_DEV_NAME = 'DeviceName'
_IO_LINK_AGG_DEV_TYPE = 'DeviceType'
_IO_LINK_AGG_DRC_NAME = 'DynamicReconfigurationConnectorName'
_IO_LINK_AGG_PHYS_LOC = 'PhysicalLocation'
_IO_LINK_AGG_UDID = 'UniqueDeviceID'
_VIRT_MEDIA_REPOSITORY_PATH = u.xpath(_VIO_MEDIA_REPOS,
'VirtualMediaRepository')
_IF_ADDR = u.xpath('IPInterface', 'IPAddress')
_ETHERNET_BACKING_DEVICE = u.xpath(_VIO_FREE_ETH_BACKDEVS_FOR_SEA,
'IOAdapterChoice', net.ETH_BACK_DEV)
_SEA_PATH = u.xpath(net.NB_SEAS, net.SHARED_ETH_ADPT)
# Mapping Constants
_MAP_STORAGE = 'Storage'
_MAP_CLIENT_LPAR = 'AssociatedLogicalPartition'
_MAP_PORT = 'Port'
_MAP_ORDER = (_MAP_CLIENT_LPAR, stor.CLIENT_ADPT, stor.SERVER_ADPT,
_MAP_STORAGE)
_WWPNS_PATH = u.xpath(_VIO_VFC_MAPPINGS, 'VirtualFibreChannelMapping',
stor.CLIENT_ADPT, 'WWPNs')
_PVS_PATH = u.xpath(stor.PVS, stor.PHYS_VOL)
