def createFiberChannelHbaObjects(fiberChannelHbas, globalZoneOsh, resultsVector):
for fchba in fiberChannelHbas:
try:
hbatype_ = None
ports = []
nodewwn = str(wwn.parse_from_str(fchba.nodeWwn, 16))
fchbapdo = fc_hba_topology.Pdo(fchba.name,
nodewwn,
fchba.model,
fchba.vendor,
hbatype_,
fchba.serialNumber,
fchba.driverVersion,
None)
portwwn = str(wwn.parse_from_str(fchba.portWwn, 16))
ports.append(fc_hba_topology.PortPdo(portwwn,
name=None,
portindex=None,
type=fchba.type,
trunkedstate=None,
symbolicname=None,
status=None,
state=None,
speed=None,
scsiport=None,
id=None,
maxspeed=None,
fibertype=fchba.type,
domainid=None,
connectedtowwn=None))
_, _, oshs = fc_hba_topology.Reporter().report((fchbapdo, ports), globalZoneOsh)
resultsVector.addAll(oshs)
except ValueError, e:
logger.debugException('Failed to create fchba/fcport pdo object')
def get_fc_hbas(self, shell):
result = []
executor = command.cmdlet.executeCommand(shell)
lsdev = lsdev_aix.find(executor)
vpd_discoverer = vital_product_data.Discoverer.find_impl(executor)
exec_ = Sfn(self.__get_produce_result_executor(shell).process)
fcadapters = self.list_fc_adapter_names(lsdev, exec_)
for fcs in fcadapters:
try:
descriptor = vpd_discoverer.get_fc_vpd_by_devicename(
fcs, executor)
id_ = descriptor.hardware_location_code
nodewwn = descriptor.device_specific.get('Z8')
fw_version = None
if 'Z9' in descriptor.device_specific:
fw_version = descriptor.device_specific.get('Z9')
_, fw_version = fw_version.split('.')
nodewwn = wwn.parse_from_str(nodewwn)
portwwn = descriptor.network_address
serialnum = descriptor.serial_number
model = descriptor.platform_specific.model
driverid = descriptor.driverid
vendor = Sfn(self.parse_vendor_from_driverid)(driverid)
driver_version = self.get_driver_version(driverid, exec_)
fchba = fc_hba_model.FcHba(id_,
fcs,
wwn=nodewwn,
vendor=vendor,
model=model,
serial_number=serialnum,
driver_version=driver_version,
firmware_version=fw_version)
ports = []
try:
port_wwn = wwn.parse_from_str(portwwn)
fcstat = Sfn(fcstat_aix.find)(executor)
port_id = None
type_ = None
if fcstat:
fcstat_descriptor = exec_(fcstat(fcs))
if fcstat_descriptor:
port_id = Sfn(int)(fcstat_descriptor.port_fc_id,
16)
type_ = fcstat_descriptor.port_type
port_speed = fcstat_descriptor.running_port_speed
ports.append((fc_hba_model.FcPort(port_id, port_wwn, type_,
None, port_speed), ()))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException(
'Failed to create fcport data object')
result.append((fchba, ports))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fchba data object')
def get_fc_hbas(self, shell):
result = []
executor = command.cmdlet.executeCommand(shell)
lsdev = lsdev_aix.find(executor)
vpd_discoverer = vital_product_data.Discoverer.find_impl(executor)
exec_ = Sfn(self.__get_produce_result_executor(shell).process)
fcadapters = self.list_fc_adapter_names(lsdev, exec_)
for fcs in fcadapters:
try:
descriptor = vpd_discoverer.get_fc_vpd_by_devicename(fcs, executor)
id_ = descriptor.hardware_location_code
nodewwn = descriptor.device_specific.get('Z8')
fw_version = None
if 'Z9' in descriptor.device_specific:
fw_version = descriptor.device_specific.get('Z9')
_, fw_version = fw_version.split('.')
nodewwn = wwn.parse_from_str(nodewwn)
portwwn = descriptor.network_address
serialnum = descriptor.serial_number
model = descriptor.platform_specific.model
driverid = descriptor.driverid
vendor = Sfn(self.parse_vendor_from_driverid)(driverid)
driver_version = self.get_driver_version(driverid, exec_)
fchba = fc_hba_model.FcHba(id_, fcs,
wwn=nodewwn,
vendor=vendor, model=model,
serial_number=serialnum,
driver_version=driver_version,
firmware_version=fw_version)
ports = []
try:
port_wwn = wwn.parse_from_str(portwwn)
fcstat = Sfn(fcstat_aix.find)(executor)
port_id = None
type_ = None
if fcstat:
fcstat_descriptor = exec_(fcstat(fcs))
if fcstat_descriptor:
port_id = Sfn(int)(fcstat_descriptor.port_fc_id, 16)
type_ = fcstat_descriptor.port_type
port_speed = fcstat_descriptor.running_port_speed
ports.append((fc_hba_model.FcPort(port_id, port_wwn, type_, None, port_speed),
()))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fcport data object')
result.append((fchba, ports))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fchba data object')
def _create_target_fchba_details(self, remote_port_descriptors):
result = []
if remote_port_descriptors:
for descriptor in remote_port_descriptors:
try:
wwpn = wwn.parse_from_str(descriptor.remote_port_wwn)
wwnn = wwn.parse_from_str(descriptor.node_wwn)
fchba = fc_hba_model.FcHba('', '', wwn=wwnn)
fcport = fc_hba_model.FcPort(None, wwpn)
result.append((fchba, fcport, None))
except (TypeError, ValueError):
logger.debugException('Failed to create target fchba/fcport data object')
return tuple(result)
def get_fc_hbas(self, shell):
executor = self.__get_produce_result_executor(shell)
list_file_names_fn = self._get_list_dir_fullnames_fn(shell)
get_content_fn = self._get_file_content_fn(shell)
result = defaultdict(list)
for path in self.list_fc_host_instances(list_file_names_fn):
try:
name = path.basename
driver_version = Sfn(self.get_driver_version)(get_content_fn,
name)
fw_version = Sfn(self.get_fw_version)(get_content_fn, name)
model = Sfn(self.get_model_name)(get_content_fn, name)
portwwn = self.get_port_name(get_content_fn, name)
nodewwn = self.get_node_name(get_content_fn, name)
nodewwn = wwn.parse_from_str(nodewwn)
serialnum = Sfn(self.get_serial_num)(get_content_fn, name)
vendor = Sfn(self.get_vendor_by_device_path)(path, executor)
fchba = fc_hba_model.FcHba(name,
unicode(path),
wwn=nodewwn,
vendor=vendor,
model=model,
serial_number=serialnum,
driver_version=driver_version,
firmware_version=fw_version)
remote_ports = self.get_remote_port_descriptors(
list_file_names_fn, get_content_fn, name)
ports = []
try:
port_id = self.get_port_id(get_content_fn, name)
port_id = Sfn(int)(port_id, 16)
port_wwn = wwn.parse_from_str(portwwn)
type_ = self.get_port_type(get_content_fn, name)
port_speed = _parse_port_speed(
self.get_port_speed(get_content_fn, name))
ports.append(
(fc_hba_model.FcPort(port_id, port_wwn, type_, None,
port_speed),
self._create_target_fchba_details(remote_ports)))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException(
'Failed to create fcport data object')
result[fchba].extend(ports)
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fchba data object')
def build(self, fcPort):
'''
@param fcPort: fcPort DO
@return: fcport OSH
'''
if not fcPort:
raise ValueError("fcPort object is None")
fcPortOsh = ObjectStateHolder("fcport")
if fcPort.id is not None:
fcPortOsh.setIntegerAttribute("fcport_portid", fcPort.id)
if fcPort.index is not None:
fcPortOsh.setIntegerAttribute("port_index", fcPort.index)
wwnFormated = ''
try:
wwnFormated = str(wwn.parse_from_str(fcPort.wwn))
except:
logger.debug('error about fcPort.wwn: %s' % fcPort.wwn)
fcPort.wwn and fcPortOsh.setStringAttribute("fcport_wwn", wwnFormated)
fcPort.name and fcPortOsh.setStringAttribute("fcport_symbolicname", fcPort.name)
fcPort.status and fcPortOsh.setStringAttribute("fcport_status", fcPort.status)
fcPort.state and fcPortOsh.setStringAttribute("fcport_state", fcPort.state)
fcPort.portType and fcPortOsh.setStringAttribute("fcport_type", fcPort.portType)
if fcPort.maxSpeedGbps is not None:
fcPortOsh.setAttribute("fcport_maxspeed", fcPort.maxSpeedGbps)
if fcPort.speedGbps is not None:
fcPortOsh.setAttribute("fcport_speed", fcPort.speedGbps)
return fcPortOsh
def buildFCConnectLinks(localOracleClient, portOshDictWWN):
try:
resultVector = ObjectStateHolderVector()
# # FC CONNECT links between STORAGE ARRAY and FC SWITCH
fccQuery = 'SELECT port.port_wwn, port.conn_port_wwn FROM stssys.sts_array_port_connection port WHERE port.port_wwn IS NOT NULL AND port.conn_port_wwn IS NOT NULL'
fccResultSet = doQuery(localOracleClient, fccQuery)
# # Return if query returns no results
if fccResultSet == None:
logger.debug('[buildFCConnectLinks] No FC CONNECT links found between STORAGE ARRAY and FC SWITCH')
else:
# # We have query results!
while fccResultSet.next():
portwwn = wwn.parse_from_str(fccResultSet.getString(1), 16)
conn_portwwn = wwn.parse_from_str(fccResultSet.getString(2), 16)
if portOshDictWWN.has_key(portwwn) and portOshDictWWN.has_key(conn_portwwn):
debugPrint(3, '[buildFCConnectLinks:ARRAY] Got FC CONNECT link between <%s> and <%s>' % (portwwn, conn_portwwn))
resultVector.add(modeling.createLinkOSH('fcconnect', portOshDictWWN[portwwn], portOshDictWWN[conn_portwwn]))
fccResultSet.close()
# # FC CONNECT links between FC SWITCH and HOST
fccQuery = 'SELECT port.port_wwn, port.conn_port_wwn FROM stssys.sts_switch_port port WHERE port.port_wwn IS NOT NULL AND port.conn_port_wwn IS NOT NULL'
fccResultSet = doQuery(localOracleClient, fccQuery)
# # Return if query returns no results
if fccResultSet == None:
logger.debug('[buildFCConnectLinks] No FC CONNECT links found between FC SWITCH and HOST')
else:
# # We have query results!
while fccResultSet.next():
portwwn = wwn.parse_from_str(fccResultSet.getString(1), 16)
conn_portwwn = wwn.parse_from_str(fccResultSet.getString(2), 16)
if portOshDictWWN.has_key(portwwn) and portOshDictWWN.has_key(conn_portwwn):
debugPrint(3, '[buildFCConnectLinks:HOST] Got FC CONNECT link between <%s> and <%s>' % (conn_portwwn, portwwn))
resultVector.add(modeling.createLinkOSH('fcconnect', portOshDictWWN[conn_portwwn], portOshDictWWN[portwwn]))
fccResultSet.close()
return resultVector
except:
excInfo = logger.prepareJythonStackTrace('')
logger.warn('[' + SCRIPT_NAME + ':buildFCConnectLinks] Exception: <%s>' % excInfo)
pass
def get_fc_hbas(self, shell):
executor = self.__get_produce_result_executor(shell)
list_file_names_fn = self._get_list_dir_fullnames_fn(shell)
get_content_fn = self._get_file_content_fn(shell)
result = defaultdict(list)
for path in self.list_fc_host_instances(list_file_names_fn):
try:
name = path.basename
driver_version = Sfn(self.get_driver_version)(get_content_fn, name)
fw_version = Sfn(self.get_fw_version)(get_content_fn, name)
model = Sfn(self.get_model_name)(get_content_fn, name)
portwwn = self.get_port_name(get_content_fn, name)
nodewwn = self.get_node_name(get_content_fn, name)
nodewwn = wwn.parse_from_str(nodewwn)
serialnum = Sfn(self.get_serial_num)(get_content_fn, name)
vendor = Sfn(self.get_vendor_by_device_path)(path, executor)
fchba = fc_hba_model.FcHba(name, unicode(path),
wwn=nodewwn,
vendor=vendor, model=model,
serial_number=serialnum,
driver_version=driver_version,
firmware_version=fw_version)
remote_ports = self.get_remote_port_descriptors(list_file_names_fn, get_content_fn, name)
ports = []
try:
port_id = self.get_port_id(get_content_fn, name)
port_id = Sfn(int)(port_id, 16)
port_wwn = wwn.parse_from_str(portwwn)
type_ = self.get_port_type(get_content_fn, name)
port_speed = _parse_port_speed(self.get_port_speed(get_content_fn, name))
ports.append((fc_hba_model.FcPort(port_id, port_wwn,
type_, None, port_speed),
self._create_target_fchba_details(remote_ports)))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fcport data object')
result[fchba].extend(ports)
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fchba data object')
def get_fc_hbas(self, shell):
executor = command.cmdlet.executeCommand(shell)
fcinfo_impl = find_fcinfo_impl(executor)()
exec_ = command.get_exec_fn(executor)
safe_exec_ = command.get_safe_exec_fn(executor)
descriptors = exec_(fcinfo_impl.hba_port())
result = []
for fchba_descriptor in descriptors:
try:
name = fchba_descriptor.name
nodewwn = wwn.parse_from_str(fchba_descriptor.node_wwn)
portwwn = fchba_descriptor.port_wwn
model = fchba_descriptor.model
vendor = fchba_descriptor.vendor
type_ = fchba_descriptor.type
serialnum = fchba_descriptor.serial_number
driver_version = fchba_descriptor.driver_version
fw_version = fchba_descriptor.firmware_version
port_speed = fchba_descriptor.port_speed
fchba = fc_hba_model.FcHba(name, name,
wwn=nodewwn,
vendor=vendor, model=model,
serial_number=serialnum,
driver_version=driver_version,
firmware_version=fw_version)
ports = []
try:
port_id = None
port_wwn = wwn.parse_from_str(portwwn)
speed = _parse_port_speed(port_speed)
remote_port_descriptors = safe_exec_(fcinfo_impl.remote_port.p(portwwn))
target_fchbas = self._create_target_fchba_details(remote_port_descriptors)
ports.append((fc_hba_model.FcPort(port_id, port_wwn,
type_, None, speed),
target_fchbas))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fcport data object')
result.append((fchba, ports))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fchba data object')
def build(self, fcHba):
'''
@param fcHba: instance of FcHba DO
@raise ValueError: fcHba is not set
@return: fchba Osh
'''
if not fcHba:
raise ValueError("fcHba is not specified")
fcHbaOsh = ObjectStateHolder("fchba")
fcHbaOsh.setStringAttribute('name', fcHba.name)
wwnFormated = str(wwn.parse_from_str(fcHba.wwn))
fcHbaOsh.setStringAttribute('fchba_wwn', wwnFormated)
fcHbaOsh.setStringAttribute('fchba_targetportwwn', wwnFormated)
return fcHbaOsh
def _query_switch_ports(client, switch_id):
'''Query Fiber Channel Port
Each FC Switch has one (zero?) or more ports
@types: Client, str -> list[Port]
'''
columns = (('port_id', types.IntType),
('port_number', types.StringType),
('port_type', types.StringType),
('adport_alias', types.StringType),
('port_wwn', types.StringType),
('port_status', types.StringType),
('conn_port_wwn', types.StringType))
table = 'stssys.sts_switch_port'
ports = _select(columns, table, where='st_id = %s' % switch_id)(client)
ports = [Port(p.port_id, p.port_number, p.port_type,
p.adport_alias, p.port_status,
wwn.parse_from_str(p.port_wwn, 16) if p.port_wwn else None,
wwn.parse_from_str(p.conn_port_wwn, 16) if p.conn_port_wwn else None)
for p in ports]
logger.info("Found %s ports" % len(ports))
return ports
def _query_host_ports(client, host_id):
'@types: Client, str -> list[Port]'
columns = (('port_id', types.IntType),
('port_number', types.StringType),
('adport_alias', types.StringType),
('port_wwn', types.StringType))
table = 'stssys.sts_host_hba'
ports = _select(columns, table, where='host_id = %s' % host_id)(client)
type_, status, conn_port_wwn = None, None, None
ports = [Port(p.port_id, p.port_number, type_,
p.adport_alias, status,
wwn.parse_from_str(p.port_wwn, 16) if p.port_wwn else None,
conn_port_wwn)
for p in ports]
logger.info("Found %s ports" % len(ports))
return ports
def _query_storage_array_ports(client, id_):
'''Query Storage Array Ports
@types: Client, str -> list[Port]
'''
columns = (('port_id', types.IntType),
('port_number', types.StringType),
('port_type', types.StringType),
('adport_alias', types.StringType),
('port_wwn', types.StringType),
('port_status', types.StringType))
table = 'stssys.sts_array_port'
ports = _select(columns, table, where='st_id = %s' % id_)(client)
ports = [Port(p.port_id, p.port_number, p.port_type,
p.adport_alias, p.port_status,
wwn.parse_from_str(p.port_wwn, 16) if p.port_wwn else None, None)
for p in ports]
logger.info("Found %s ports" % len(ports))
return ports
def _query_host_hbas(client, host_id):
'@types: Client, str -> list[HostHba]'
columns = (('ad_id', types.StringType),
('ad_name', types.StringType),
('fibread_nodewwn', types.StringType),
('ad_vendor', types.StringType),
('ad_revision', types.StringType),
('ad_model', types.StringType),
('port_id', types.StringType),
('ad_driver_rev', types.StringType))
table = 'stssys.sts_host_hba'
hbas = []
for h in _select(columns, table, where='host_id = %s' % host_id)(client):
hba = Hba(h.port_id, h.ad_id, h.ad_name)
fibread_nodewwn = None
if h.fibread_nodewwn:
fibread_nodewwn = wwn.parse_from_str(h.fibread_nodewwn, 16)
host_hba = HostHba(h.port_id, hba, h.ad_vendor, h.ad_revision,
h.ad_model, h.ad_driver_rev, fibread_nodewwn)
hbas.append(host_hba)
logger.info("Found %s Host HBAs" % len(hbas))
return hbas
def _decompose_adapter_identifier(self, identifier):
m = re.match('fc\.(.+):(.+)', identifier)
if m:
return [wwn.parse_from_str(wwn_, 16) for wwn_ in m.groups()]
def get_fc_hbas(self, shell):
result = defaultdict(list)
executor = command.cmdlet.executeCommand(shell)
esxcli = find_esxcli_impl(executor)()
esxcli = esxcli.formatter('csv')
esxcli_exec = command.get_exec_fn(esxcli, executor)
storage = EsxcliStorageNamespace(esxcli)
software = EsxcliSoftwareNamespace(esxcli)
scsi_path_by_adapter_identifier = fptools.groupby(methodcaller('get', 'AdapterIdentifier'), esxcli_exec(storage.core.path.list()))
adapters = esxcli_exec(storage.core.adapter.list())
grouped_adapters = dict((adapter.get('HBAName'), adapter)
for adapter in adapters)
grouped = defaultdict(list)
for descriptor in esxcli_exec(storage.san.fc.list()):
grouped[(descriptor.get('Adapter'),
descriptor.get('NodeName'))].append(descriptor)
get_vendor = Sfn(self.get_vendor)
get_fchba_descriptor = Sfn(self._get_fchba_descriptor)
for key, descriptors in grouped.iteritems():
try:
vmhba, nodewwn = key
nodewwn = wwn.parse_from_str(nodewwn)
name = vmhba
id_ = vmhba
adapter_descriptor = grouped_adapters.get(vmhba)
driverversion = None
vendor = get_vendor(vmhba, executor)
model = None
fwversion = None
serialnum = None
if adapter_descriptor:
id_ = adapter_descriptor.get('UID')
driver = adapter_descriptor.get('Driver')
vib_descriptor = esxcli_exec(software.vib.get(vibname=driver))
driverversion = vib_descriptor.get('Version')
fchabdescriptor = get_fchba_descriptor(driver, vmhba, executor)
if fchabdescriptor:
model = fchabdescriptor.model
fwversion = fchabdescriptor.firmwareversion
serialnum = fchabdescriptor.serialnumber
driverversion = fchabdescriptor.driverversion
fchba = fc_hba_model.FcHba(id_, name,
wwn=nodewwn,
vendor=vendor, model=model,
serial_number=serialnum,
driver_version=driverversion,
firmware_version=fwversion)
ports = []
for fcdescriptor in descriptors:
try:
portwwn = fcdescriptor.get('PortName')
porttype = fcdescriptor.get('PortType')
portwwn = wwn.parse_from_str(portwwn)
portid = fcdescriptor.get('PortID')
port_speed = _parse_port_speed(fcdescriptor.get('Speed'))
portid = Sfn(int)(portid, 16)
adapter_identifier = self._compose_adapter_identifier(nodewwn, portwwn)
scsi_paths = scsi_path_by_adapter_identifier.get(adapter_identifier)
target_fcdescriptors = self._create_target_fchba_details(scsi_paths)
ports.append((fc_hba_model.FcPort(portid, portwwn,
porttype, None, port_speed),
target_fcdescriptors))
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fcport data object')
result[fchba].extend(ports)
except (command.ExecuteException, TypeError, ValueError), ex:
logger.debugException('Failed to create fchba data object')
class TopologyBuilder:
'''
General SMI-S topolofy builder
'''
def buildHost(self, node):
'''
@param node: instance of Host DO
@return: node Osh
'''
if node.ip is not None:
return modeling.createHostOSH(ipAddress = node.ip, machineName=node.name)
else:
hostOsh = modeling.ObjectStateHolder('node')
if node.name is not None:
hostOsh.setStringAttribute('name', node.name)
if node.serial is not None:
hostOsh.setStringAttribute('serial_number', node.serial)
if node.model is not None:
hostOsh.setStringAttribute('discovered_model', node.model)
if node.description is not None:
hostOsh.setStringAttribute('os_description', node.description)
if node.vendor is not None:
hostOsh.setStringAttribute('vendor', node.vendor)
return hostOsh
def buildStorageArray(self, node):
'''
@param node: instance of Host DO
@return: Storage Array Osh
'''
if node.ip is not None:
hostOsh = modeling.createHostOSH(hostClassName='storagearray', ipAddress = node.ip)
else:
hostOsh = modeling.ObjectStateHolder('storagearray')
if node.name is not None:
hostOsh.setStringAttribute('name', node.name)
if node.serial is not None:
hostOsh.setStringAttribute('serial_number', node.serial)
if node.version is not None:
hostOsh.setStringAttribute('hardware_version', node.version)
if node.model is not None:
hostOsh.setStringAttribute('discovered_model', node.model)
if node.description is not None:
hostOsh.setStringAttribute('os_description', node.description)
if node.vendor is not None:
hostOsh.setStringAttribute('vendor', node.vendor)
if node.status is not None:
hostOsh.setStringAttribute('storagearray_status', node.status)
return hostOsh
def reportFcSwitchTopolopy(self, fabrics, switches, hosts, fcPorts, switch2FabricLinks={}, portlinks={}):
resultVector = ObjectStateHolderVector()
fabricOshIdMap = {}
switchOshIdMap = {}
hostOshIdMap = {}
portOshIdMap = {}
for fabric in fabrics:
fabricBuilder = StorageFabricBuilder()
fabricReporter = StorageFabricReporter(fabricBuilder)
fabricOsh = fabricReporter.report(fabric)
fabricOshIdMap[fabric.name] = fabricOsh
resultVector.add(fabricOsh)
builder = FcSwitchBuilder()
reporter = FcSwitchReporter(builder)
for switch in switches:
fabricId = switch2FabricLinks.get(switch.wwn)
fabricOsh = fabricId and fabricOshIdMap.get(fabricId)
(switchOsh,vector) = reporter.report(switch, fabricOsh)
switchOshIdMap[switch.wwn] = switchOsh
resultVector.addAll(vector)
for host in hosts:
hostOsh = ObjectStateHolder('node')
if host.name:
hostOsh.setStringAttribute('name', host.name)
hostOshIdMap[host.name] = hostOsh
resultVector.add(hostOsh)
portBuilder = FibreChanelPortBuilder()
portReporter = FibreChannelPortReporter(portBuilder)
for fc in fcPorts:
if fc.parentReference:
containerOsh = fabricOshIdMap.get(fc.parentReference) or \
switchOshIdMap.get(fc.parentReference) or \
hostOshIdMap.get(fc.parentReference)
(portOsh, vector) = portReporter.report(fc, containerOsh)
resultVector.addAll(vector)
portOshIdMap[fc.wwn] = portOsh
for link in portlinks.keys():
end1Osh = portOshIdMap.get(link)
end2Osh = portOshIdMap.get(portlinks.get(link))
if end1Osh and end2Osh:
linkOsh = modeling.createLinkOSH('fcconnect', end1Osh, end2Osh)
resultVector.add(linkOsh)
return resultVector
def reportTopology(self, storageSystems, ports, pools, lvs, endPoints, fcHbas = None, storageProcessors = None,
pvs = None, endpointLinks = None, lunMappings = None, pv2poolLinks = None):
'''
@param ports: collection of FcPort DO instances
@param pools: collection of StoragePool DO instances
@param lvs: collection of LogicaVolumes DO instances
@param fcHbas: collection of FcHba DO instances
@return: OSHV
'''
resultVector = ObjectStateHolderVector()
if not storageSystems:
raise ValueError('No storage system discovered.')
idToHostOshMap = {}
storageSystemIdToOshMap = {}
for storageSystem in storageSystems:
storageSystemOsh = self.buildStorageArray(storageSystem)
resultVector.add(storageSystemOsh)
storageSystemIdToOshMap[storageSystem.id] = storageSystemOsh
resultVector.add(storageSystemOsh)
idToHostOshMap[storageSystem.id] = storageSystemOsh
storageSystem = storageSystems[0]
storageSystemOsh = storageSystemIdToOshMap.get(storageSystem.id)
storageProcessorIdToOshMap = {}
if storageProcessors:
for storageProcessor in storageProcessors:
processorBuilder = StorageProcessorBuilder()
processorReporter = StorageProcessorReporter(processorBuilder)
if storageProcessor.parent:
parentOsh = storageSystemIdToOshMap.get(storageProcessor.parent)
else:
parentOsh = storageSystemOsh
(processorOsh, vector) = processorReporter.report(storageProcessor, parentOsh)
storageProcessorIdToOshMap[storageProcessor.id] = processorOsh
resultVector.addAll(vector)
portRemotePeerToPortOshMap = {}
portBuilder = FibreChanelPortBuilder()
portReporter = FibreChannelPortReporter(portBuilder)
endpointIdToHostOshMap = {}
reporter = RemoteEndPointReporter()
for endpoint in endPoints:
try:
hostOsh = storageSystemIdToOshMap.get(endpoint.name) or storageProcessorIdToOshMap.get(endpoint.name)
(remotePortOsh, remoteNodeOsh, vector) = reporter.report(endpoint, hostOsh)
resultVector.addAll(vector)
portRemotePeerToPortOshMap[endpoint.name] = remotePortOsh
endpointIdToHostOshMap[endpoint.objId] = remoteNodeOsh
except ValueError, e:
logger.debugException('Failed to report fc port')
for port in ports:
containerOsh = idToHostOshMap.get(port.parentReference, None)
if not containerOsh:
containerOsh = storageProcessorIdToOshMap.get(port.parentReference, None)
if containerOsh:
(portOsh, vector) = portReporter.report(port, containerOsh)
resultVector.addAll(vector)
remotePortOsh = portRemotePeerToPortOshMap.get(port.remotePeer)
if remotePortOsh and portOsh:
linkOsh = modeling.createLinkOSH('fcconnect', portOsh, remotePortOsh)
resultVector.add(linkOsh)
if port.storageProcessorId:
processorOsh = storageProcessorIdToOshMap.get(port.storageProcessorId)
if processorOsh:
linkOsh = modeling.createLinkOSH('containment' , processorOsh, portOsh)
resultVector.add(linkOsh)
fcHbaBuilder = FcHbaBuilder()
fcHbaReporter = FcHbaReporter(fcHbaBuilder)
if fcHbas:
for fcHba in fcHbas:
hostOsh = idToHostOshMap.get(fcHba.parentReference)
if hostOsh:
(fcHbaOsh, vector) = fcHbaReporter.report(fcHba, hostOsh)
resultVector.addAll(vector)
pvIdMap = {}
pvBuilder = PhysicalVolumeBuilder()
pvReporter = PhysicalVolumeReporter(pvBuilder)
for pv in pvs:
hostOsh = idToHostOshMap.get(pv.parentReference)
if hostOsh:
(pvOsh, vector) = pvReporter.report(pv, hostOsh)
resultVector.addAll(vector)
pv.Osh = pvOsh
pvIdMap[pv.parentReference+pv.systemObjId] = pv
poolBuilder = StoragePoolBuilder()
poolReporter = StoragePoolReporter(poolBuilder)
poolIdToPoolOsh = {}
for pool in pools:
if pool.parentReference:
parentOsh = storageSystemIdToOshMap.get(pool.parentReference)
else:
parentOsh = storageSystemOsh
(poolOsh, vector) = poolReporter.report(pool, parentOsh)
if pool.cimId:
poolIdToPoolOsh[pool.cimId] = poolOsh
resultVector.addAll(vector)
for poolId in pv2poolLinks.keys():
poolOsh = poolIdToPoolOsh.get(poolId)
if poolOsh:
pvs = pv2poolLinks[poolId]
for pvId in pvs:
pv = pvIdMap.get(pvId)
if pv.Osh:
linkOsh = modeling.createLinkOSH('usage', poolOsh, pv.Osh)
resultVector.add(linkOsh)
lvmBuilder = LogicalVolumeBuilder()
lvmReporter = LogicalVolumeReporter(lvmBuilder)
lvmIdToLvmOshMap = {}
lvSystemNameAndIdToLvmOshMap = {}
for lv in lvs:
hostOsh = idToHostOshMap.get(lv.parentReference)
if hostOsh:
(lvmOsh, vector) = lvmReporter.report(lv, hostOsh)
lvmIdToLvmOshMap[lv.systemObjId] = lvmOsh
lvSystemNameAndIdToLvmOshMap[lv.parentReference+lv.systemObjId] = lvmOsh
resultVector.addAll(vector)
if lv.poolId:
poolOsh = poolIdToPoolOsh.get(lv.poolId)
if poolOsh:
linkOsh = modeling.createLinkOSH('membership', poolOsh, lvmOsh)
resultVector.add(linkOsh)
#building member links
for pool in pools:
(poolOsh, vector) = poolReporter.report(pool, storageSystemOsh)
if pool.lvmIds:
for lvmId in pool.lvmIds:
lvOsh = lvmIdToLvmOshMap.get(lvmId)
if lvOsh:
linkOsh = modeling.createLinkOSH('membership', poolOsh, lvOsh)
resultVector.add(linkOsh)
if pool.childPoolIds:
for poolId in pool.childPoolIds:
plOsh = poolIdToPoolOsh.get(poolId)
if plOsh:
linkOsh = modeling.createLinkOSH('membership', poolOsh, plOsh)
resultVector.add(linkOsh)
if endpointLinks:
lvmIdToLvmMap = {}
for lv in lvs:
lvmIdToLvmMap[lv.systemObjId] = lv
for endpointLink in endpointLinks:
localVolumeOsh = lvmIdToLvmOshMap.get(endpointLink.volume_id)
remoteNodeOsh = endpointIdToHostOshMap.get(endpointLink.host_id)
logVolume = lvmIdToLvmMap.get(endpointLink.volume_id)
if localVolumeOsh and remoteNodeOsh and logVolume:
(remoteLvmOsh, vector) = lvmReporter.report(logVolume, remoteNodeOsh)
resultVector.addAll(vector)
linkOsh = modeling.createLinkOSH('dependency', remoteLvmOsh, localVolumeOsh)
resultVector.add(linkOsh)
for lunMap in lunMappings:
lvOsh = lvSystemNameAndIdToLvmOshMap[lunMap.volume_parent_ref + lunMap.volume_id]
localFcPortOsh = ObjectStateHolder("fcport")
wwnFormated = str(wwn.parse_from_str(lunMap.local_wwn))
localFcPortOsh.setStringAttribute("fcport_wwn", wwnFormated)
resultVector.add(localFcPortOsh)
linkOsh = modeling.createLinkOSH('dependency', lvOsh, localFcPortOsh)
resultVector.add(linkOsh)
remoteFcPortOsh = ObjectStateHolder("fcport")
wwnFormated = str(wwn.parse_from_str(lunMap.remote_wwn))
remoteFcPortOsh.setStringAttribute("fcport_wwn", wwnFormated)
resultVector.add(remoteFcPortOsh)
linkOsh = modeling.createLinkOSH('fcconnect', remoteFcPortOsh, localFcPortOsh)
resultVector.add(linkOsh)
return resultVector