// For VMAX V3 only for now
public CIMInstance getDefaultReplicationSettingData(StorageSystem storage) throws WBEMException {
CIMInstance defaultInstance = null;
CloseableIterator<CIMInstance> repSvcCapIter = null;
try {
repSvcCapIter =
_helper.getAssociatorInstances(
storage,
_cimPath.getControllerReplicationSvcPath(storage),
null,
_cimPath.prefixWithParamName(SmisConstants.REPLICATION_SERVICE_CAPABILTIES),
null,
null,
null);
if (repSvcCapIter != null && repSvcCapIter.hasNext()) {
CIMInstance instance = repSvcCapIter.next();
CIMArgument[] in = _helper.getDefaultReplicationSettingDataInputArgumentsForLocalMirror();
CIMArgument[] out = new CIMArgument[5];
_helper.invokeMethod(
storage,
instance.getObjectPath(),
SmisConstants.GET_DEFAULT_REPLICATION_SETTING_DATA,
in,
out);
defaultInstance =
(CIMInstance) _cimPath.getFromOutputArgs(out, SmisConstants.DEFAULT_INSTANCE);
}
} finally {
if (repSvcCapIter != null) {
repSvcCapIter.close();
}
}
return defaultInstance;
}
/**
* Include only Unified,Virtual [Thin] and Device Storage Pools (Thick Pool)
*
* @param poolInstance
* @return String [] array of pool class name (as a first element) and supported volume types (as
* a second element)
*/
private String[] determinePoolClassNameAndSupportedVolumeTypes(
CIMInstance poolInstance, StorageSystem system) {
if (StoragePool.PoolClassNames.Clar_DeviceStoragePool.toString()
.equalsIgnoreCase(poolInstance.getClassName())) {
return new String[] {
StoragePool.PoolClassNames.Clar_DeviceStoragePool.toString(),
StoragePool.SupportedResourceTypes.THICK_ONLY.toString()
};
} else if (StoragePool.PoolClassNames.Clar_UnifiedStoragePool.toString()
.equalsIgnoreCase(poolInstance.getClassName())) {
return new String[] {
StoragePool.PoolClassNames.Clar_UnifiedStoragePool.toString(),
StoragePool.SupportedResourceTypes.THIN_AND_THICK.toString()
};
}
if (!system.checkIfVmax3()) {
if (StoragePool.PoolClassNames.Symm_DeviceStoragePool.toString()
.equalsIgnoreCase(poolInstance.getClassName())
&& !SupportedProvisioningTypes.THIN
.toString()
.equalsIgnoreCase(system.getSupportedProvisioningType())) {
return new String[] {
StoragePool.PoolClassNames.Symm_DeviceStoragePool.toString(),
StoragePool.SupportedResourceTypes.THICK_ONLY.toString()
};
} else if (StoragePool.PoolClassNames.Symm_VirtualProvisioningPool.toString()
.equalsIgnoreCase(poolInstance.getClassName())
&& !SupportedProvisioningTypes.THICK
.toString()
.equalsIgnoreCase(system.getSupportedProvisioningType())) {
return new String[] {
StoragePool.PoolClassNames.Symm_VirtualProvisioningPool.toString(),
StoragePool.SupportedResourceTypes.THIN_ONLY.toString()
};
}
} else {
// VMAX3 has StorageResourcePools (SRP). These are composed of ThinPools, which we can
// discover, but would not have write access to. So, we will only discovery SRP pools
// and skip over other pool discoveries.
if (StoragePool.PoolClassNames.Symm_SRPStoragePool.toString()
.equalsIgnoreCase(poolInstance.getClassName())) {
return new String[] {
StoragePool.PoolClassNames.Symm_SRPStoragePool.toString(),
StoragePool.SupportedResourceTypes.THIN_ONLY.toString()
};
}
}
return null;
}
private String[] getVMAX3PoolDriveTypes(StorageSystem storageDevice, CIMInstance poolInstance) {
Set<String> driveTypes = new HashSet<String>();
CloseableIterator<CIMInstance> virtualProvisioningPoolItr = null;
_logger.info(
"Trying to get all VirtualProvisioningPools for storage pool {}",
poolInstance.getProperty(SmisConstants.CP_INSTANCE_ID).toString());
CIMObjectPath poolPath = poolInstance.getObjectPath();
try {
virtualProvisioningPoolItr =
getAssociatorInstances(
poolPath,
null,
SmisConstants.SYMM_VIRTUAL_PROVISIONING_POOL,
null,
null,
SmisConstants.PS_V3_VIRTUAL_PROVISIONING_POOL_PROPERTIES);
while (virtualProvisioningPoolItr != null && virtualProvisioningPoolItr.hasNext()) {
CIMInstance virtualProvisioningPoolInstance = virtualProvisioningPoolItr.next();
String diskDriveType =
CIMPropertyFactory.getPropertyValue(
virtualProvisioningPoolInstance, SmisConstants.CP_DISK_DRIVE_TYPE);
if (diskDriveType != null) {
driveTypes.add(diskDriveType);
}
}
} catch (WBEMException e) {
_logger.error("Error getting VirtualProvisioningPools", e);
} finally {
if (virtualProvisioningPoolItr != null) {
virtualProvisioningPoolItr.close();
}
}
String[] driveTypesArr = driveTypes.toArray(new String[driveTypes.size()]);
return driveTypesArr;
}
/*
* determine Operational Status of Pool
* READY , if any of the status Value is 2 (OK).
* otherwise NOTREADY
*/
private String determineOperationalStatus(CIMInstance poolInstance) {
String operationalStatus = StoragePool.PoolOperationalStatus.NOTREADY.toString();
try {
UnsignedInteger16[] opStatus =
(UnsignedInteger16[]) poolInstance.getPropertyValue(OPERATIONAL_STATUS);
for (UnsignedInteger16 status : opStatus) {
if (status.compareTo(new UnsignedInteger16(TWO)) == 0) {
operationalStatus = StoragePool.PoolOperationalStatus.READY.toString();
}
}
} catch (Exception ex) {
_logger.error(
"Discovering Pool Operational Status failed : {}-->",
getCIMPropertyValue(poolInstance, Constants.INSTANCEID),
ex);
}
return operationalStatus;
}
private void setCompatibilityByACLXFlag(
StorageSystem storageSystem, CIMInstance portInstance, StoragePort port) {
Object portAttributesValue = portInstance.getPropertyValue(EMC_PORT_ATTRIBUTES);
if (portAttributesValue != null && storageSystem.checkIfVmax3()) {
boolean foundACLXFlag = false;
UnsignedInteger16[] portAttributes = (UnsignedInteger16[]) portAttributesValue;
for (UnsignedInteger16 portAttribute : portAttributes) {
if (portAttribute.equals(EMC_PORT_ATTRIBUTE_ACLX_FLAG)) {
foundACLXFlag = true;
break;
}
}
String compatibilityStatus =
(foundACLXFlag)
? DiscoveredDataObject.CompatibilityStatus.COMPATIBLE.name()
: DiscoveredDataObject.CompatibilityStatus.INCOMPATIBLE.name();
_logger.info(
String.format(
"setCompatibilityByACLXFlag(%s) = %s", port.getNativeGuid(), compatibilityStatus));
port.setCompatibilityStatus(compatibilityStatus);
}
}
private void setStorageAdapterReference(
StoragePort port, CIMInstance portInstance, StorageSystem device) {
String adapterName = null;
try {
adapterName = portInstance.getObjectPath().getKey(SYSTEMNAME).getValue().toString();
Iterable<String> adapterItr =
Splitter.on(Constants.PATH_DELIMITER_PATTERN).limit(3).split(adapterName);
URIQueryResultList result = new URIQueryResultList();
_dbClient.queryByConstraint(
AlternateIdConstraint.Factory.getStorageHADomainByNativeGuidConstraint(
NativeGUIDGenerator.generateNativeGuid(
device, Iterables.getLast(adapterItr), NativeGUIDGenerator.ADAPTER)),
result);
if (result.iterator().hasNext()) {
URI portGroup = result.iterator().next();
port.setStorageHADomain(portGroup);
StorageHADomain haDomain = _dbClient.queryObject(StorageHADomain.class, portGroup);
port.setPortGroup(haDomain.getAdapterName());
}
} catch (Exception e) {
_logger.warn("Storage Port not found : {}", adapterName);
}
}
/** {@inheritDoc} */
@SuppressWarnings("unchecked")
@Override
public void processResult(Operation operation, Object resultObj, Map<String, Object> keyMap)
throws BaseCollectionException {
try {
final Iterator<CIMInstance> it = (Iterator<CIMInstance>) resultObj;
profile = (AccessProfile) keyMap.get(Constants.ACCESSPROFILE);
Set<String> protocols = (Set<String>) keyMap.get(Constants.PROTOCOLS);
_newPortList = new ArrayList<StoragePort>();
_updatePortList = new ArrayList<StoragePort>();
_dbClient = (DbClient) keyMap.get(Constants.dbClient);
CoordinatorClient coordinator = (CoordinatorClient) keyMap.get(Constants.COORDINATOR_CLIENT);
Map<URI, StoragePool> poolsToMatchWithVpool =
(Map<URI, StoragePool>) keyMap.get(Constants.MODIFIED_STORAGEPOOLS);
Set<URI> systemsToRunRPConnectivity =
(HashSet<URI>) keyMap.get(Constants.SYSTEMS_RUN_RP_CONNECTIVITY);
StorageSystem device = _dbClient.queryObject(StorageSystem.class, profile.getSystemId());
CIMObjectPath storageAdapterPath = getObjectPathfromCIMArgument(args);
Iterable<String> adapterItr =
Splitter.on(Constants.PATH_DELIMITER_PATTERN)
.limit(3)
.split(storageAdapterPath.getKey(Constants.NAME).getValue().toString());
String adapterNativeGuid =
NativeGUIDGenerator.generateNativeGuid(
device, Iterables.getLast(adapterItr), NativeGUIDGenerator.ADAPTER);
StorageHADomain haDomain = getStorageAdapter(_dbClient, adapterNativeGuid);
if (null == haDomain) {
_logger.info("Adapter Not found");
return;
}
while (it.hasNext()) {
CIMInstance portInstance = null;
StoragePort port = null;
try {
portInstance = it.next();
// skip back end ports other than RDF Ports
if (!HADomainType.REMOTE.name().equalsIgnoreCase(haDomain.getAdapterType())
&& "3".equalsIgnoreCase(getCIMPropertyValue(portInstance, USAGERESTRICTION))) {
continue;
}
// only if its an EthernetPort, as protocolEnd point needs
// to run only for Ethernet
// Ports , because SCSI address we don't have it in
// CIM_LogicalPort Class
// 2 - Ethernet Port 4 - FC Port
if ("2".equalsIgnoreCase(getCIMPropertyValue(portInstance, LINKTECHNOLOGY))) {
port = createStoragePort(null, portInstance, profile, haDomain, false, IP, device);
checkProtocolAlreadyExists(protocols, ISCSI);
String deviceId = getCIMPropertyValue(portInstance, DEVICEID);
/*
* For SMI-S 8.x, While getting the iSCSI Port details, we use SystemName property
* (Ex. SYMMETRIX-+-<<SERIAL>>-+-SE-1G-+-0)
* Where this call just add the deviceId to the KeyMap (i.e SE-1G-+-0).
* Hence manually constructing the key.
*/
if (device.getUsingSmis80()) {
String systemName = getCIMPropertyValue(portInstance, SYSTEM_NAME);
StringBuffer deviceIdStrBuf = new StringBuffer(systemName);
deviceIdStrBuf.append(Constants.SMIS80_DELIMITER).append(deviceId);
deviceId = deviceIdStrBuf.toString();
}
_logger.debug("Adding iSCSI Port instance {} to keyMap", deviceId);
keyMap.put(deviceId, port);
addPath(keyMap, operation.getResult(), portInstance.getObjectPath());
} else if ("4".equalsIgnoreCase(getCIMPropertyValue(portInstance, LINKTECHNOLOGY))) {
port = checkStoragePortExistsInDB(portInstance, device, _dbClient);
checkProtocolAlreadyExists(protocols, FC);
createStoragePort(port, portInstance, profile, haDomain, true, FC, device);
} else {
_logger.debug("Unsupported Port : {}", getCIMPropertyValue(portInstance, DEVICEID));
}
} catch (Exception e) {
_logger.warn(
"Port Discovery failed for {}", getCIMPropertyValue(portInstance, DEVICEID), e);
}
}
_dbClient.createObject(_newPortList);
_dbClient.persistObject(_updatePortList);
// ports used later to run Transport Zone connectivity
List<List<StoragePort>> portsUsedToRunTZoneConnectivity =
(List<List<StoragePort>>) keyMap.get(Constants.STORAGE_PORTS);
portsUsedToRunTZoneConnectivity.add(_newPortList);
portsUsedToRunTZoneConnectivity.add(_updatePortList);
List<StoragePool> modifiedPools =
StoragePoolAssociationHelper.getStoragePoolsFromPorts(
_dbClient, _newPortList, _updatePortList);
for (StoragePool pool : modifiedPools) {
// pool matcher will be invoked on this pool
if (!poolsToMatchWithVpool.containsKey(pool.getId())) {
poolsToMatchWithVpool.put(pool.getId(), pool);
}
}
// Systems used to run RP connectivity later after runing pool matcher
systemsToRunRPConnectivity.addAll(
StoragePoolAssociationHelper.getStorageSytemsFromPorts(_newPortList, null));
systemsToRunRPConnectivity.addAll(
StoragePoolAssociationHelper.getStorageSytemsFromPorts(_updatePortList, null));
// discovered ports used later to check for not visible ports
List<StoragePort> discoveredPorts =
(List<StoragePort>) keyMap.get(Constants.DISCOVERED_PORTS);
discoveredPorts.addAll(_newPortList);
discoveredPorts.addAll(_updatePortList);
_logger.debug(
"# Pools used in invoking PoolMatcher during StoragePortProcessor {}",
Joiner.on("\t").join(poolsToMatchWithVpool.keySet()));
} catch (Exception e) {
_logger.error("Port Discovery failed -->{}", getMessage(e));
} finally {
_newPortList = null;
_updatePortList = null;
}
}
/**
* create StoragePort Record, if not present already, else update only the properties.
*
* @param port
* @param portInstance
* @throws URISyntaxException
* @throws IOException
*/
private StoragePort createStoragePort(
StoragePort port,
CIMInstance portInstance,
AccessProfile profile,
StorageHADomain haDomain,
boolean flag,
String transportType,
StorageSystem device)
throws URISyntaxException, IOException {
boolean newPort = false;
if (null == port) {
newPort = true;
port = new StoragePort();
port.setId(URIUtil.createId(StoragePort.class));
// if true, then its FC Port or else its Ethernet, PORTID
// or ethernet will be updated later in ProtocolEndPoint Processor
if (flag) {
port.setPortNetworkId(
WWNUtility.getWWNWithColons(getCIMPropertyValue(portInstance, PORTID)));
}
port.setStorageDevice(profile.getSystemId());
String portNativeGuid = NativeGUIDGenerator.generateNativeGuid(_dbClient, port);
port.setNativeGuid(portNativeGuid);
port.setLabel(portNativeGuid);
port.setPortGroup(haDomain.getAdapterName());
port.setStorageHADomain(haDomain.getId());
}
setPortType(port, portInstance);
port.setTransportType(transportType);
port.setPortName(getCIMPropertyValue(portInstance, PORTNAME));
port.setCompatibilityStatus(DiscoveredDataObject.CompatibilityStatus.COMPATIBLE.name());
port.setDiscoveryStatus(DiscoveredDataObject.DiscoveryStatus.VISIBLE.name());
UnsignedInteger16[] operationalStatusCodes =
(UnsignedInteger16[]) portInstance.getPropertyValue(OPERATIONALSTATUS);
OperationalStatus operationalStatus = getPortOperationalStatus(operationalStatusCodes);
if (OperationalStatus.NOT_OK.equals(operationalStatus)) {
_logger.info(
"StoragePort {} operationalStatus is NOT_OK. operationalStatusCodes collected from SMI-S :{}",
port.getId(),
operationalStatusCodes);
} else {
_logger.debug("operationalStatusCodes :{}", operationalStatusCodes);
// there can be multiple statuses. {OK, Online}, {OK, Stopped}
if (operationalStatusCodes != null
&& operationalStatusCodes.length > 1
&& Arrays.asList(operationalStatusCodes).contains(stopped_code)) {
_logger.info(
"StoragePort {} operational status is {OK, Stopped}. operationalStatusCodes :{}",
port.getId(),
operationalStatusCodes);
}
}
port.setOperationalStatus(operationalStatus.name());
String portSpeed = getCIMPropertyValue(portInstance, SPEED);
if (null != portSpeed) {
// SMI returns port speed in bits per sec ?? Is this always true?
Long portSpeedInBitsPerSec = Long.parseLong(portSpeed);
Long portSpeedInGbps = portSpeedInBitsPerSec / GB;
port.setPortSpeed(portSpeedInGbps);
}
setCompatibilityByACLXFlag(device, portInstance, port);
if (flag) {
if (newPort) {
_logger.info("Creating port - {}:{}", port.getLabel(), port.getNativeGuid());
_newPortList.add(port);
} else {
_logger.info("Updating port - {}:{}", port.getLabel(), port.getNativeGuid());
_updatePortList.add(port);
}
}
;
return port;
}
/**
* create StorageVolume Info Object
*
* @param unManagedVolume
* @param volumeInstance
* @param unManagedVolumeNativeGuid
* @param pool
* @return
*/
private UnManagedVolume createUnManagedVolume(
UnManagedVolume unManagedVolume,
CIMInstance volumeInstance,
String unManagedVolumeNativeGuid,
StoragePool pool,
StorageSystem system,
String volumeNativeGuid,
// to make the code uniform, passed in all the below sets as
// arguments
Map<String, VolHostIOObject> exportedVolumes,
Set<String> existingVolumesInCG,
Map<String, RemoteMirrorObject> volumeToRAGroupMap,
Map<String, LocalReplicaObject> volumeToLocalReplicaMap,
Set<String> poolSupportedSLONames,
Map<String, Object> keyMap) {
_logger.info("Process UnManagedVolume {}", unManagedVolumeNativeGuid);
try {
boolean created = false;
if (null == unManagedVolume) {
unManagedVolume = new UnManagedVolume();
unManagedVolume.setId(URIUtil.createId(UnManagedVolume.class));
unManagedVolume.setNativeGuid(unManagedVolumeNativeGuid);
unManagedVolume.setStorageSystemUri(system.getId());
created = true;
}
// reset the auto-tiering info for unmanaged volumes already present
// in db
// so that the tiering info is updated correctly later
if (!created) {
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.AUTO_TIERING_POLICIES.toString(), "");
unManagedVolume.putVolumeCharacterstics(
SupportedVolumeCharacterstics.IS_AUTO_TIERING_ENABLED.toString(), "false");
// reset local replica info
unManagedVolume.putVolumeCharacterstics(
SupportedVolumeCharacterstics.IS_FULL_COPY.name(), FALSE);
unManagedVolume.putVolumeCharacterstics(
SupportedVolumeCharacterstics.IS_LOCAL_MIRROR.name(), FALSE);
unManagedVolume.putVolumeCharacterstics(
SupportedVolumeCharacterstics.IS_SNAP_SHOT.name(), FALSE);
unManagedVolume.putVolumeCharacterstics(
SupportedVolumeCharacterstics.HAS_REPLICAS.name(), FALSE);
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.REPLICA_STATE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.LOCAL_REPLICA_SOURCE_VOLUME.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.SYNC_STATE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.SYNC_TYPE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.SYNCHRONIZED_INSTANCE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.IS_SYNC_ACTIVE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.NEEDS_COPY_TO_TARGET.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.TECHNOLOGY_TYPE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.SETTINGS_INSTANCE.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.FULL_COPIES.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.MIRRORS.name(), new StringSet());
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.SNAPSHOTS.name(), new StringSet());
}
Map<String, StringSet> unManagedVolumeInformation = new HashMap<String, StringSet>();
Map<String, String> unManagedVolumeCharacteristics = new HashMap<String, String>();
if (null != system) {
StringSet systemTypes = new StringSet();
systemTypes.add(system.getSystemType());
unManagedVolumeInformation.put(
SupportedVolumeInformation.SYSTEM_TYPE.toString(), systemTypes);
}
if (exportedVolumes != null && exportedVolumes.containsKey(volumeNativeGuid)) {
VolHostIOObject obj = exportedVolumes.get(volumeNativeGuid);
if (null != obj) {
StringSet bwValues = new StringSet();
bwValues.add(obj.getHostIoBw());
if (unManagedVolumeInformation.get(
SupportedVolumeInformation.EMC_MAXIMUM_IO_BANDWIDTH.toString())
== null) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.EMC_MAXIMUM_IO_BANDWIDTH.toString(), bwValues);
} else {
unManagedVolumeInformation
.get(SupportedVolumeInformation.EMC_MAXIMUM_IO_BANDWIDTH.toString())
.replace(bwValues);
}
StringSet iopsVal = new StringSet();
iopsVal.add(obj.getHostIops());
if (unManagedVolumeInformation.get(SupportedVolumeInformation.EMC_MAXIMUM_IOPS.toString())
== null) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.EMC_MAXIMUM_IOPS.toString(), iopsVal);
} else {
unManagedVolumeInformation
.get(SupportedVolumeInformation.EMC_MAXIMUM_IOPS.toString())
.replace(iopsVal);
}
}
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_VOLUME_EXPORTED.toString(), TRUE);
} else {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_VOLUME_EXPORTED.toString(), FALSE);
StringSet bwValues = new StringSet();
bwValues.add("0");
if (unManagedVolumeInformation.get(
SupportedVolumeInformation.EMC_MAXIMUM_IO_BANDWIDTH.toString())
== null) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.EMC_MAXIMUM_IO_BANDWIDTH.toString(), bwValues);
} else {
unManagedVolumeInformation
.get(SupportedVolumeInformation.EMC_MAXIMUM_IO_BANDWIDTH.toString())
.replace(bwValues);
}
StringSet iopsVal = new StringSet();
iopsVal.add("0");
if (unManagedVolumeInformation.get(SupportedVolumeInformation.EMC_MAXIMUM_IOPS.toString())
== null) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.EMC_MAXIMUM_IOPS.toString(), iopsVal);
} else {
unManagedVolumeInformation
.get(SupportedVolumeInformation.EMC_MAXIMUM_IOPS.toString())
.replace(iopsVal);
}
}
// Set SLOName only for VMAX3 exported volumes
if (system.checkIfVmax3()) {
// If there are no slonames defined for a pool or no slo
// set for a volume, update the tiering_enabled to false.
if (poolSupportedSLONames.isEmpty() || !keyMap.containsKey(Constants.VOLUMES_WITH_SLOS)) {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_AUTO_TIERING_ENABLED.toString(),
Boolean.FALSE.toString());
} else {
Map<String, String> volumesWithSLO =
(Map<String, String>) keyMap.get(Constants.VOLUMES_WITH_SLOS);
if (volumesWithSLO.containsKey(volumeNativeGuid)) {
String sloName = volumesWithSLO.get(volumeNativeGuid);
_logger.debug("formattedSLOName: {}", sloName);
updateSLOPolicies(
poolSupportedSLONames,
unManagedVolumeInformation,
unManagedVolumeCharacteristics,
sloName);
} else {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_AUTO_TIERING_ENABLED.toString(),
Boolean.FALSE.toString());
}
}
}
if (existingVolumesInCG != null && existingVolumesInCG.contains(volumeNativeGuid)) {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_VOLUME_ADDED_TO_CONSISTENCYGROUP.toString(), TRUE);
} else {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_VOLUME_ADDED_TO_CONSISTENCYGROUP.toString(), FALSE);
}
Object raidLevelObj;
boolean isIngestable;
String isBound;
String isThinlyProvisioned;
String isMetaVolume;
String allocCapacity;
// Set the attributes for new smis version.
if (keyMap.containsKey(Constants.IS_NEW_SMIS_PROVIDER)
&& Boolean.valueOf(keyMap.get(Constants.IS_NEW_SMIS_PROVIDER).toString())) {
unManagedVolume.setLabel(getCIMPropertyValue(volumeInstance, NAME));
raidLevelObj =
volumeInstance.getPropertyValue(
SupportedVolumeInformation.RAID_LEVEL.getAlternateKey());
isBound =
getCIMPropertyValue(
volumeInstance, SupportedVolumeCharacterstics.IS_BOUND.getAlterCharacterstic());
isIngestable = isVolumeIngestable(volumeInstance, isBound, USAGE);
isThinlyProvisioned = getCIMPropertyValue(volumeInstance, THINLY_PROVISIONED);
isMetaVolume =
getCIMPropertyValue(
volumeInstance,
SupportedVolumeCharacterstics.IS_METAVOLUME.getAlterCharacterstic());
allocCapacity =
getAllocatedCapacity(volumeInstance, _volumeToSpaceConsumedMap, system.checkIfVmax3());
} else {
unManagedVolume.setLabel(getCIMPropertyValue(volumeInstance, SVELEMENT_NAME));
isBound =
getCIMPropertyValue(
volumeInstance, SupportedVolumeCharacterstics.IS_BOUND.getCharacterstic());
raidLevelObj =
volumeInstance.getPropertyValue(SupportedVolumeInformation.RAID_LEVEL.getInfoKey());
isIngestable = isVolumeIngestable(volumeInstance, isBound, SVUSAGE);
isThinlyProvisioned = getCIMPropertyValue(volumeInstance, EMC_THINLY_PROVISIONED);
isMetaVolume =
getCIMPropertyValue(
volumeInstance, SupportedVolumeCharacterstics.IS_METAVOLUME.getCharacterstic());
allocCapacity = getCIMPropertyValue(volumeInstance, EMC_ALLOCATED_CAPACITY);
}
if (null != raidLevelObj) {
StringSet raidLevels = new StringSet();
raidLevels.add(raidLevelObj.toString());
unManagedVolumeInformation.put(
SupportedVolumeInformation.RAID_LEVEL.toString(), raidLevels);
}
if (null != isBound) {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_BOUND.toString(), isBound);
}
if (null != isThinlyProvisioned) {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_THINLY_PROVISIONED.toString(), isThinlyProvisioned);
}
if (null != isMetaVolume) {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_METAVOLUME.toString(), isMetaVolume);
}
// only Volumes with Usage 2 can be ingestable, other volumes
// [SAVE,VAULT...] apart from replicas have usage other than 2
// Volumes which are set EMCIsBound as false cannot be ingested
if (isIngestable) {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_INGESTABLE.toString(), TRUE);
} else {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_INGESTABLE.toString(), FALSE);
}
if (volumeToRAGroupMap.containsKey(unManagedVolume.getNativeGuid())) {
RemoteMirrorObject rmObj = volumeToRAGroupMap.get(unManagedVolume.getNativeGuid());
_logger.info("Found RA Object {}", rmObj.toString());
if (RemoteMirrorObject.Types.SOURCE.toString().equalsIgnoreCase(rmObj.getType())) {
_logger.info("Found Source, updating targets {}", rmObj.getTargetVolumenativeGuids());
// setting target Volumes
if (unManagedVolumeInformation.get(SupportedVolumeInformation.REMOTE_MIRRORS.toString())
== null) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.REMOTE_MIRRORS.toString(),
rmObj.getTargetVolumenativeGuids());
} else {
if (null == rmObj.getTargetVolumenativeGuids()
|| rmObj.getTargetVolumenativeGuids().size() == 0) {
unManagedVolumeInformation
.get(SupportedVolumeInformation.REMOTE_MIRRORS.toString())
.clear();
} else {
unManagedVolumeInformation
.get(SupportedVolumeInformation.REMOTE_MIRRORS.toString())
.replace(rmObj.getTargetVolumenativeGuids());
}
}
} else if (RemoteMirrorObject.Types.TARGET.toString().equalsIgnoreCase(rmObj.getType())) {
_logger.info(
"Found Target {}, updating copyMode {}, RA Group",
unManagedVolume.getNativeGuid(),
rmObj.getCopyMode());
// setting srdfParent
StringSet parentVolume = new StringSet();
parentVolume.add(rmObj.getSourceVolumeNativeGuid());
unManagedVolumeInformation.put(
SupportedVolumeInformation.REMOTE_MIRROR_SOURCE_VOLUME.toString(), parentVolume);
// setting RAGroup
StringSet raGroup = new StringSet();
raGroup.add(rmObj.getRaGroupUri().toString());
unManagedVolumeInformation.put(
SupportedVolumeInformation.REMOTE_MIRROR_RDF_GROUP.toString(), raGroup);
}
// setting Copy Modes
StringSet copyModes = new StringSet();
copyModes.add(rmObj.getCopyMode());
if (unManagedVolumeInformation.get(SupportedVolumeInformation.REMOTE_COPY_MODE.toString())
== null) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.REMOTE_COPY_MODE.toString(), copyModes);
} else {
unManagedVolumeInformation
.get(SupportedVolumeInformation.REMOTE_COPY_MODE.toString())
.replace(copyModes);
}
// setting Volume Type
StringSet volumeType = new StringSet();
volumeType.add(rmObj.getType());
unManagedVolumeInformation.put(
SupportedVolumeInformation.REMOTE_VOLUME_TYPE.toString(), volumeType);
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.REMOTE_MIRRORING.toString(), TRUE);
} else {
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.REMOTE_MIRRORING.toString(), FALSE);
}
// handle clones, local mirrors and snapshots
boolean isLocalReplica = false;
if (volumeToLocalReplicaMap.containsKey(unManagedVolume.getNativeGuid())) {
_logger.info("Found in localReplicaMap {}", unManagedVolume.getNativeGuid());
LocalReplicaObject lrObj = volumeToLocalReplicaMap.get(unManagedVolume.getNativeGuid());
isLocalReplica = lrObj.isReplica();
// setting targets
StringSet fullCopies = lrObj.getFullCopies();
if (fullCopies != null && !fullCopies.isEmpty()) {
unManagedVolumeInformation.put(SupportedVolumeInformation.FULL_COPIES.name(), fullCopies);
}
StringSet mirrors = lrObj.getMirrors();
if (mirrors != null && !mirrors.isEmpty()) {
unManagedVolumeInformation.put(SupportedVolumeInformation.MIRRORS.name(), mirrors);
}
StringSet snapshots = lrObj.getSnapshots();
if (snapshots != null && !snapshots.isEmpty()) {
unManagedVolumeInformation.put(SupportedVolumeInformation.SNAPSHOTS.name(), snapshots);
}
if (lrObj.hasReplica()) {
// set the HAS_REPLICAS property
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.HAS_REPLICAS.name(), TRUE);
}
if (LocalReplicaObject.Types.FullCopy.equals(lrObj.getType())) {
_logger.info("Found Clone {}", unManagedVolume.getNativeGuid());
// setting clone specific info
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_FULL_COPY.name(), TRUE);
StringSet sourceVolume = new StringSet();
sourceVolume.add(lrObj.getSourceNativeGuid());
unManagedVolumeInformation.put(
SupportedVolumeInformation.LOCAL_REPLICA_SOURCE_VOLUME.name(), sourceVolume);
StringSet isSyncActive = new StringSet();
isSyncActive.add(new Boolean(lrObj.isSyncActive()).toString());
unManagedVolumeInformation.put(
SupportedVolumeInformation.IS_SYNC_ACTIVE.name(), isSyncActive);
StringSet replicaState = new StringSet();
replicaState.add(lrObj.getReplicaState());
unManagedVolumeInformation.put(
SupportedVolumeInformation.REPLICA_STATE.name(), replicaState);
} else if (LocalReplicaObject.Types.BlockMirror.equals(lrObj.getType())) {
_logger.info("Found Local Mirror {}", unManagedVolume.getNativeGuid());
// setting local mirror specific info
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_LOCAL_MIRROR.name(), TRUE);
StringSet sourceVolume = new StringSet();
sourceVolume.add(lrObj.getSourceNativeGuid());
unManagedVolumeInformation.put(
SupportedVolumeInformation.LOCAL_REPLICA_SOURCE_VOLUME.name(), sourceVolume);
StringSet syncState = new StringSet();
syncState.add(lrObj.getSyncState());
unManagedVolumeInformation.put(SupportedVolumeInformation.SYNC_STATE.name(), syncState);
StringSet syncType = new StringSet();
syncType.add(lrObj.getSyncType());
unManagedVolumeInformation.put(SupportedVolumeInformation.SYNC_TYPE.name(), syncType);
String syncedInst = lrObj.getSynchronizedInstance();
if (syncedInst != null) {
StringSet synchronizedInstance = new StringSet();
synchronizedInstance.add(syncedInst);
unManagedVolumeInformation.put(
SupportedVolumeInformation.SYNCHRONIZED_INSTANCE.name(), synchronizedInstance);
}
} else if (LocalReplicaObject.Types.BlockSnapshot.equals(lrObj.getType())) {
_logger.info("Found Snapshot {}", unManagedVolume.getNativeGuid());
// setting snapshot specific info
unManagedVolumeCharacteristics.put(
SupportedVolumeCharacterstics.IS_SNAP_SHOT.name(), TRUE);
StringSet sourceVolume = new StringSet();
sourceVolume.add(lrObj.getSourceNativeGuid());
unManagedVolumeInformation.put(
SupportedVolumeInformation.LOCAL_REPLICA_SOURCE_VOLUME.name(), sourceVolume);
StringSet isSyncActive = new StringSet();
isSyncActive.add(new Boolean(lrObj.isSyncActive()).toString());
unManagedVolumeInformation.put(
SupportedVolumeInformation.IS_SYNC_ACTIVE.name(), isSyncActive);
StringSet needsCopyToTarget = new StringSet();
needsCopyToTarget.add(new Boolean(lrObj.isNeedsCopyToTarget()).toString());
unManagedVolumeInformation.put(
SupportedVolumeInformation.NEEDS_COPY_TO_TARGET.name(), needsCopyToTarget);
StringSet technologyType = new StringSet();
technologyType.add(lrObj.getTechnologyType());
unManagedVolumeInformation.put(
SupportedVolumeInformation.TECHNOLOGY_TYPE.name(), technologyType);
String settingsInst = lrObj.getSettingsInstance();
if (settingsInst != null) {
StringSet settingsInstance = new StringSet();
settingsInstance.add(settingsInst);
unManagedVolumeInformation.put(
SupportedVolumeInformation.SETTINGS_INSTANCE.name(), settingsInstance);
}
}
}
// set volume's isSyncActive
if (!isLocalReplica) {
StringSet isSyncActive = new StringSet();
isSyncActive.add(TRUE);
unManagedVolumeInformation.put(
SupportedVolumeInformation.IS_SYNC_ACTIVE.name(), isSyncActive);
}
if (null != pool) {
unManagedVolume.setStoragePoolUri(pool.getId());
StringSet pools = new StringSet();
pools.add(pool.getId().toString());
unManagedVolumeInformation.put(SupportedVolumeInformation.STORAGE_POOL.toString(), pools);
StringSet driveTypes = pool.getSupportedDriveTypes();
if (null != driveTypes) {
unManagedVolumeInformation.put(
SupportedVolumeInformation.DISK_TECHNOLOGY.toString(), driveTypes);
}
StringSet matchedVPools =
DiscoveryUtils.getMatchedVirtualPoolsForPool(
_dbClient,
pool.getId(),
unManagedVolumeCharacteristics.get(
SupportedVolumeCharacterstics.IS_THINLY_PROVISIONED.toString()));
if (unManagedVolumeInformation.containsKey(
SupportedVolumeInformation.SUPPORTED_VPOOL_LIST.toString())) {
_logger.debug("Matched Pools :" + Joiner.on("\t").join(matchedVPools));
if (null != matchedVPools && matchedVPools.size() == 0) {
// replace with empty string set doesn't work, hence
// added explicit code to remove all
unManagedVolumeInformation
.get(SupportedVolumeInformation.SUPPORTED_VPOOL_LIST.toString())
.clear();
} else {
// replace with new StringSet
unManagedVolumeInformation
.get(SupportedVolumeInformation.SUPPORTED_VPOOL_LIST.toString())
.replace(matchedVPools);
_logger.info(
"Replaced Pools :"
+ Joiner.on("\t")
.join(
unManagedVolumeInformation.get(
SupportedVolumeInformation.SUPPORTED_VPOOL_LIST.toString())));
}
} else {
unManagedVolumeInformation.put(
SupportedVolumeInformation.SUPPORTED_VPOOL_LIST.toString(), matchedVPools);
}
}
// set allocated capacity
if (allocCapacity != null) {
StringSet allocCapacitySet = new StringSet();
allocCapacitySet.add(allocCapacity);
unManagedVolumeInformation.put(
SupportedVolumeInformation.ALLOCATED_CAPACITY.toString(), allocCapacitySet);
}
StringSet provCapacity = new StringSet();
provCapacity.add(String.valueOf(returnProvisionedCapacity(volumeInstance, keyMap)));
unManagedVolumeInformation.put(
SupportedVolumeInformation.PROVISIONED_CAPACITY.toString(), provCapacity);
injectVolumeInformation(unManagedVolume, volumeInstance, unManagedVolumeInformation);
injectVolumeCharacterstics(unManagedVolume, volumeInstance, unManagedVolumeCharacteristics);
unManagedVolume.getUnmanagedExportMasks().clear();
unManagedVolume.getInitiatorUris().clear();
unManagedVolume.getInitiatorNetworkIds().clear();
if (created) {
_unManagedVolumesInsert.add(unManagedVolume);
} else {
_unManagedVolumesUpdate.add(unManagedVolume);
}
} catch (Exception e) {
_logger.error("Exception: ", e);
}
return unManagedVolume;
}
/**
* Process the volumes to find the unmanaged volumes and populate the volume supported
* information.
*
* @param it
* @param keyMap
* @param operation
* @param pool
* @param system
* @param exportedVolumes
* @param volumesAndReplicas
* @param existingVolumesInCG
* @param volumeToRAGroupMap
* @param poolSupportedSLONames
* @param boundVolumes
*/
private void processVolumes(
Iterator<CIMInstance> it,
Map<String, Object> keyMap,
Operation operation,
StoragePool pool,
StorageSystem system,
Map<String, VolHostIOObject> exportedVolumes,
Set<String> existingVolumesInCG,
Map<String, RemoteMirrorObject> volumeToRAGroupMap,
Map<String, LocalReplicaObject> volumeToLocalReplicaMap,
Set<String> poolSupportedSLONames,
Set<String> boundVolumes) {
List<CIMObjectPath> metaVolumes = new ArrayList<CIMObjectPath>();
List<CIMObjectPath> metaVolumeViews = new ArrayList<CIMObjectPath>();
while (it.hasNext()) {
CIMInstance volumeViewInstance = null;
try {
volumeViewInstance = it.next();
String volumeNativeGuid =
getVolumeViewNativeGuid(volumeViewInstance.getObjectPath(), keyMap);
Volume volume = checkStorageVolumeExistsInDB(volumeNativeGuid, _dbClient);
if (null != volume) {
_logger.debug(
"Skipping discovery, as this Volume {} is already being managed by ViPR.",
volumeNativeGuid);
continue;
}
// skip non-bound volumes for this pool
if (boundVolumes != null) {
String deviceId = null;
if (system.getUsingSmis80()) {
deviceId = volumeViewInstance.getObjectPath().getKey(DEVICE_ID).getValue().toString();
} else {
deviceId = volumeViewInstance.getObjectPath().getKey(SVDEVICEID).getValue().toString();
}
if (!boundVolumes.contains(deviceId)) {
_logger.info(
"Skipping volume, as this Volume {} is not bound to this Thin Storage Pool {}",
volumeNativeGuid,
pool.getLabel());
continue;
}
}
addPath(keyMap, operation.get_result(), volumeViewInstance.getObjectPath());
String unManagedVolumeNativeGuid =
getUnManagedVolumeNativeGuid(volumeViewInstance.getObjectPath(), keyMap);
UnManagedVolume unManagedVolume =
checkUnManagedVolumeExistsInDB(unManagedVolumeNativeGuid, _dbClient);
unManagedVolume =
createUnManagedVolume(
unManagedVolume,
volumeViewInstance,
unManagedVolumeNativeGuid,
pool,
system,
volumeNativeGuid,
exportedVolumes,
existingVolumesInCG,
volumeToRAGroupMap,
volumeToLocalReplicaMap,
poolSupportedSLONames,
keyMap);
// set up UnManagedExportMask information
@SuppressWarnings("unchecked")
Map<String, Set<UnManagedExportMask>> masksMap =
(Map<String, Set<UnManagedExportMask>>)
keyMap.get(Constants.UNMANAGED_EXPORT_MASKS_MAP);
if (masksMap != null) {
Set<UnManagedExportMask> uems = masksMap.get(unManagedVolume.getNativeGuid());
if (uems != null) {
_logger.info(
"{} UnManagedExportMasks found in the keyMap for volume {}",
uems.size(),
unManagedVolume.getNativeGuid());
for (UnManagedExportMask uem : uems) {
_logger.info(
" adding UnManagedExportMask {} to UnManagedVolume", uem.getMaskingViewPath());
unManagedVolume.getUnmanagedExportMasks().add(uem.getId().toString());
uem.getUnmanagedVolumeUris().add(unManagedVolume.getId().toString());
_unManagedExportMasksUpdate.add(uem);
// add the known initiators, too
for (String initUri : uem.getKnownInitiatorUris()) {
_logger.info(" adding known Initiator URI {} to UnManagedVolume", initUri);
unManagedVolume.getInitiatorUris().add(initUri);
Initiator init = _dbClient.queryObject(Initiator.class, URI.create(initUri));
unManagedVolume.getInitiatorNetworkIds().add(init.getInitiatorPort());
}
// log this info for debugging
for (String path : uem.getUnmanagedInitiatorNetworkIds()) {
_logger.info(" UnManagedExportMask has this initiator unknown to ViPR: {}", path);
}
// check if this volume is in a vplex backend mask
// and mark it as such if it is
Object o = keyMap.get(Constants.UNMANAGED_VPLEX_BACKEND_MASKS_SET);
if (o != null) {
Set<String> unmanagedVplexBackendMasks = (Set<String>) o;
if (unmanagedVplexBackendMasks.size() > 0) {
if (unmanagedVplexBackendMasks.contains(uem.getId().toString())) {
_logger.info(
"unmanaged volume {} is a vplex backend volume",
unManagedVolume.getLabel());
unManagedVolume.putVolumeCharacterstics(
SupportedVolumeCharacterstics.IS_VPLEX_BACKEND_VOLUME.toString(), "true");
}
}
}
}
}
}
_logger.debug(
"Going to check if the volume is meta: {}, volume meta property: {}",
volumeViewInstance.getObjectPath(),
unManagedVolume
.getVolumeCharacterstics()
.get(SupportedVolumeCharacterstics.IS_METAVOLUME.toString()));
// Check if the volume is meta volume and add it to the meta
// volume list
String isMetaVolume =
unManagedVolume
.getVolumeCharacterstics()
.get(SupportedVolumeCharacterstics.IS_METAVOLUME.toString());
if (null != isMetaVolume && Boolean.valueOf(isMetaVolume)) {
if (keyMap.containsKey(Constants.IS_NEW_SMIS_PROVIDER)
&& Boolean.valueOf(keyMap.get(Constants.IS_NEW_SMIS_PROVIDER).toString())) {
metaVolumes.add(volumeViewInstance.getObjectPath());
} else {
metaVolumeViews.add(volumeViewInstance.getObjectPath());
}
_logger.info(
"Found meta volume: {}, name: {}",
volumeViewInstance.getObjectPath(),
unManagedVolume.getLabel());
}
// if volumes size reaches 200 , then dump to Db.
if (_unManagedVolumesInsert.size() > BATCH_SIZE) {
_partitionManager.insertInBatches(
_unManagedVolumesInsert, getPartitionSize(keyMap), _dbClient, UNMANAGED_VOLUME);
_unManagedVolumesInsert.clear();
}
if (_unManagedVolumesUpdate.size() > BATCH_SIZE) {
_partitionManager.updateInBatches(
_unManagedVolumesUpdate, getPartitionSize(keyMap), _dbClient, UNMANAGED_VOLUME);
_unManagedVolumesUpdate.clear();
}
if (_unManagedExportMasksUpdate.size() > BATCH_SIZE) {
_partitionManager.updateInBatches(
_unManagedExportMasksUpdate,
getPartitionSize(keyMap),
_dbClient,
UNMANAGED_EXPORT_MASK);
_unManagedExportMasksUpdate.clear();
}
unManagedVolumesReturnedFromProvider.add(unManagedVolume.getId());
} catch (Exception ex) {
_logger.error(
"Processing UnManaged Storage Volume {} ", volumeViewInstance.getObjectPath(), ex);
}
}
// Add meta volumes to the keyMap
try {
if (metaVolumes != null && !metaVolumes.isEmpty()) {
_metaVolumePaths.addAll(metaVolumes);
_logger.info("Added {} meta volumes.", metaVolumes.size());
}
if (metaVolumeViews != null && !metaVolumeViews.isEmpty()) {
_metaVolumeViewPaths.addAll(metaVolumeViews);
_logger.info("Added {} meta volume views.", metaVolumeViews.size());
}
} catch (Exception ex) {
_logger.error("Processing UnManaged meta volumes.", ex);
}
}
/**
* Called to update the job status when the volume expand job completes.
*
* @param jobContext The job context.
*/
public void updateStatus(JobContext jobContext) throws Exception {
CloseableIterator<CIMObjectPath> associatorIterator = null;
CloseableIterator<CIMInstance> instanceIterator = null;
JobStatus jobStatus = getJobStatus();
try {
if (jobStatus == JobStatus.IN_PROGRESS) {
return;
}
DbClient dbClient = jobContext.getDbClient();
CIMConnectionFactory cimConnectionFactory = jobContext.getCimConnectionFactory();
WBEMClient client = getWBEMClient(dbClient, cimConnectionFactory);
// If terminal state update storage pool capacity and remove reservation for volume capacity
// from pool's reserved capacity map.
if (jobStatus == JobStatus.SUCCESS
|| jobStatus == JobStatus.FAILED
|| jobStatus == JobStatus.FATAL_ERROR) {
SmisUtils.updateStoragePoolCapacity(dbClient, client, _storagePoolURI);
StoragePool pool = dbClient.queryObject(StoragePool.class, _storagePoolURI);
StringMap reservationMap = pool.getReservedCapacityMap();
URI volumeId = getTaskCompleter().getId();
// remove from reservation map
reservationMap.remove(volumeId.toString());
dbClient.persistObject(pool);
}
String opId = getTaskCompleter().getOpId();
StringBuilder logMsgBuilder =
new StringBuilder(
String.format(
"Updating status of job %s to %s, task: %s",
this.getJobName(), jobStatus.name(), opId));
if (jobStatus == JobStatus.SUCCESS) {
VolumeExpandCompleter taskCompleter = (VolumeExpandCompleter) getTaskCompleter();
Volume volume = dbClient.queryObject(Volume.class, taskCompleter.getId());
// set requested capacity
volume.setCapacity(taskCompleter.getSize());
// set meta related properties
volume.setTotalMetaMemberCapacity(taskCompleter.getTotalMetaMembersSize());
volume.setMetaMemberCount(taskCompleter.getMetaMemberCount());
volume.setMetaMemberSize(taskCompleter.getMetaMemberSize());
volume.setIsComposite(taskCompleter.isComposite());
volume.setCompositionType(taskCompleter.getMetaVolumeType());
// set provisioned capacity
associatorIterator =
client.associatorNames(getCimJob(), null, SmisConstants.CIM_STORAGE_VOLUME, null, null);
if (associatorIterator.hasNext()) {
CIMObjectPath volumePath = associatorIterator.next();
CIMInstance volumeInstance = client.getInstance(volumePath, true, false, null);
if (volumeInstance != null) {
CIMProperty consumableBlocks =
volumeInstance.getProperty(SmisConstants.CP_CONSUMABLE_BLOCKS);
CIMProperty blockSize = volumeInstance.getProperty(SmisConstants.CP_BLOCK_SIZE);
// calculate provisionedCapacity = consumableBlocks * block size
Long provisionedCapacity =
Long.valueOf(consumableBlocks.getValue().toString())
* Long.valueOf(blockSize.getValue().toString());
volume.setProvisionedCapacity(provisionedCapacity);
}
// set allocated capacity
instanceIterator =
client.referenceInstances(
volumePath,
SmisConstants.CIM_ALLOCATED_FROM_STORAGEPOOL,
null,
false,
SmisConstants.PS_SPACE_CONSUMED);
if (instanceIterator.hasNext()) {
CIMInstance allocatedFromStoragePoolPath = instanceIterator.next();
CIMProperty spaceConsumed =
allocatedFromStoragePoolPath.getProperty(SmisConstants.CP_SPACE_CONSUMED);
if (null != spaceConsumed) {
volume.setAllocatedCapacity(Long.valueOf(spaceConsumed.getValue().toString()));
}
}
}
logMsgBuilder.append(
String.format(
"%n Capacity: %s, Provisioned capacity: %s, Allocated Capacity: %s",
volume.getCapacity(),
volume.getProvisionedCapacity(),
volume.getAllocatedCapacity()));
if (volume.getIsComposite()) {
logMsgBuilder.append(
String.format(
"%n Is Meta: %s, Total meta member capacity: %s, Meta member count %s, Meta member size: %s",
volume.getIsComposite(),
volume.getTotalMetaMemberCapacity(),
volume.getMetaMemberCount(),
volume.getMetaMemberSize()));
}
_log.info(logMsgBuilder.toString());
// Reset list of meta member volumes in the volume
if (volume.getMetaVolumeMembers() != null) {
volume.getMetaVolumeMembers().clear();
}
StorageSystem storageSystem =
dbClient.queryObject(StorageSystem.class, volume.getStorageController());
// set the RP tag on the volume if the volume is RP protected
if (volume.checkForRp()
&& storageSystem.getSystemType() != null
&& storageSystem
.getSystemType()
.equalsIgnoreCase(DiscoveredDataObject.Type.vmax.toString())) {
SmisCommandHelper helper = jobContext.getSmisCommandHelper();
List<CIMObjectPath> volumePathList = new ArrayList<CIMObjectPath>();
volumePathList.add(helper.getVolumeMember(storageSystem, volume));
helper.setRecoverPointTag(storageSystem, volumePathList, true);
}
dbClient.persistObject(volume);
// Reset list of meta members native ids in WF data (when meta is created meta members are
// removed from array)
WorkflowService.getInstance().storeStepData(opId, new ArrayList<String>());
}
} catch (Exception e) {
_log.error("Caught an exception while trying to updateStatus for SmisVolumeExpandJob", e);
setPostProcessingErrorStatus(
"Encountered an internal error during volume expand job status processing : "
+ e.getMessage());
} finally {
_metaVolumeTaskCompleter.setLastStepStatus(jobStatus);
if (associatorIterator != null) {
associatorIterator.close();
}
if (instanceIterator != null) {
instanceIterator.close();
}
super.updateStatus(jobContext);
}
}
private void processVolumes(
CloseableIterator<CIMInstance> volumeInstances, Map<String, Object> keyMap)
throws IOException {
List<CIMObjectPath> metaVolumes = new ArrayList<>();
while (volumeInstances.hasNext()) {
CIMInstance volumeViewInstance = volumeInstances.next();
String nativeGuid = getVolumeViewNativeGuid(volumeViewInstance.getObjectPath(), keyMap);
if (isSnapShot(volumeViewInstance)) {
BlockSnapshot snapShot = checkSnapShotExistsInDB(nativeGuid, _dbClient);
if (null == snapShot || snapShot.getInactive()) {
_logger.debug("Skipping Snapshot, as its not being managed in Bourne");
continue;
}
updateBlockSnapShot(volumeViewInstance, snapShot, keyMap);
if (_updateSnapShots.size() > BATCH_SIZE) {
_partitionManager.updateInBatches(
_updateSnapShots, getPartitionSize(keyMap), _dbClient, BLOCK_SNAPSHOT);
_updateSnapShots.clear();
}
} else if (isMirror(volumeViewInstance)) {
BlockMirror mirror = checkBlockMirrorExistsInDB(nativeGuid, _dbClient);
if (null == mirror || mirror.getInactive()) {
_logger.debug("Skipping Mirror, as its not being managed in Bourne");
continue;
}
updateBlockMirror(volumeViewInstance, mirror, keyMap);
if (_updateMirrors.size() > BATCH_SIZE) {
_partitionManager.updateInBatches(
_updateMirrors, getPartitionSize(keyMap), _dbClient, BLOCK_MIRROR);
_updateMirrors.clear();
}
} else {
Volume storageVolume = checkStorageVolumeExistsInDB(nativeGuid, _dbClient);
if (null == storageVolume || storageVolume.getInactive()) {
continue;
}
_logger.debug("Volume managed by Bourne :" + storageVolume.getNativeGuid());
updateStorageVolume(volumeViewInstance, storageVolume, keyMap);
// Check if this is a meta volume and if we need to set missing meta volume related
// properties.
// This is applicable for meta volumes discovered as unmanaged volumes and ingested prior to
// vipr controller 2.2 .
if (storageVolume.getIsComposite()
&& (storageVolume.getCompositionType() == null
|| storageVolume.getCompositionType().isEmpty())) {
// meta volume is missing meta related data. Need to discover this data and set in the
// volume.
metaVolumes.add(volumeViewInstance.getObjectPath());
_logger.info(
"Found meta volume in vipr with missing data: {}, name: {}",
volumeViewInstance.getObjectPath(),
storageVolume.getLabel());
}
}
if (_updateVolumes.size() > BATCH_SIZE) {
_partitionManager.updateInBatches(
_updateVolumes, getPartitionSize(keyMap), _dbClient, VOLUME);
_updateVolumes.clear();
}
}
// Add meta volumes to the keyMap
try {
if (metaVolumes != null && !metaVolumes.isEmpty()) {
_metaVolumeViewPaths.addAll(metaVolumes);
_logger.info("Added {} meta volumes.", metaVolumes.size());
}
} catch (Exception ex) {
_logger.error("Processing meta volumes.", ex);
}
}
/** {@inheritDoc} */
@SuppressWarnings("unchecked")
@Override
public void processResult(Operation operation, Object resultObj, Map<String, Object> keyMap)
throws BaseCollectionException {
final Iterator<CIMInstance> it = (Iterator<CIMInstance>) resultObj;
profile = (AccessProfile) keyMap.get(Constants.ACCESSPROFILE);
try {
_newPoolList = new ArrayList<StoragePool>();
_updatePoolList = new ArrayList<StoragePool>();
_dbClient = (DbClient) keyMap.get(Constants.dbClient);
_cimClient = (WBEMClient) keyMap.get(Constants._cimClient);
_coordinator = (CoordinatorClient) keyMap.get(Constants.COORDINATOR_CLIENT);
_eventManager = (RecordableEventManager) keyMap.get(Constants.EVENT_MANAGER);
_logger.info("StoragePoolProcessor --- event manager: " + _eventManager);
StorageSystem device = getStorageSystem(_dbClient, profile.getSystemId());
if (SupportedProvisioningTypes.NONE
.toString()
.equalsIgnoreCase(device.getSupportedProvisioningType())) {
_logger.info(
"Storage System doesn't support volume creations :" + device.getSerialNumber());
return;
}
Set<String> protocols = (Set<String>) keyMap.get(Constants.PROTOCOLS);
Map<URI, StoragePool> poolsToMatchWithVpool =
(Map<URI, StoragePool>) keyMap.get(Constants.MODIFIED_STORAGEPOOLS);
while (it.hasNext()) {
CIMInstance poolInstance = null;
try {
poolInstance = it.next();
// Supporting both thick and thin pools
String[] poolClassNameAndSupportedVolumeTypes =
determinePoolClassNameAndSupportedVolumeTypes(poolInstance, device);
if (null != poolClassNameAndSupportedVolumeTypes) {
String instanceID = getCIMPropertyValue(poolInstance, Constants.INSTANCEID);
addPath(keyMap, operation.getResult(), poolInstance.getObjectPath());
StoragePool pool =
checkStoragePoolExistsInDB(getNativeIDFromInstance(instanceID), _dbClient, device);
createStoragePool(
pool,
poolInstance,
profile,
poolClassNameAndSupportedVolumeTypes[0],
poolClassNameAndSupportedVolumeTypes[1],
protocols,
poolsToMatchWithVpool,
device);
if (DiscoveredDataObject.Type.vnxblock
.toString()
.equalsIgnoreCase(device.getSystemType())) {
addPath(keyMap, Constants.VNXPOOLS, poolInstance.getObjectPath());
}
if (DiscoveredDataObject.Type.vmax
.toString()
.equalsIgnoreCase(device.getSystemType())) {
addPath(keyMap, Constants.VMAXPOOLS, poolInstance.getObjectPath());
if (!device.checkIfVmax3()) {
addPath(keyMap, Constants.VMAX2POOLS, poolInstance.getObjectPath());
}
}
// This approach deviates from the existing built plugin framework for plugin
// Discovery
// To follow the existing pattern, we need to have different SMI-S calls
// 1st to get Device StoragePools alone ,and 2nd to get Thin Pools.
// Its a tradeoff between whether to go with the current plugin design or
// reduce the number of calls to SMI Provider.
// I chose the 2nd option.
if (!poolClassNameAndSupportedVolumeTypes[0].contains(DEVICE_STORAGE_POOL)) {
addPath(keyMap, Constants.THINPOOLS, poolInstance.getObjectPath());
}
addPath(keyMap, Constants.DEVICEANDTHINPOOLS, poolInstance.getObjectPath());
} else {
_logger.debug(
"Skipping Pools other than Unified & Virtual & Device : {}",
poolInstance.getObjectPath().toString());
}
} catch (Exception e) {
_logger.warn(
"StoragePool Discovery failed for {}",
getCIMPropertyValue(poolInstance, Constants.INSTANCEID),
e);
}
}
_dbClient.createObject(_newPoolList);
_dbClient.updateAndReindexObject(_updatePoolList);
// find the pools not visible in this discovery
List<StoragePool> discoveredPools = new ArrayList<StoragePool>(_newPoolList);
discoveredPools.addAll(_updatePoolList);
List<StoragePool> notVisiblePools =
DiscoveryUtils.checkStoragePoolsNotVisible(discoveredPools, _dbClient, device.getId());
for (StoragePool notVisiblePool : notVisiblePools) {
poolsToMatchWithVpool.put(notVisiblePool.getId(), notVisiblePool);
}
// If any storage ports on the storage system are in a transport
// zone, there is an implicit connection to the transport zone
// varray. We need to add these implicit varray
// connections for the new storage pool.
StoragePoolAssociationHelper.setStoragePoolVarrays(device.getId(), _newPoolList, _dbClient);
} catch (Exception e) {
_logger.error("StoragePool Discovery failed --> {}", getMessage(e));
} finally {
_newPoolList = null;
_updatePoolList = null;
}
}
private void processVolumes(
Iterator<CIMInstance> it, Map<String, Object> keyMap, Operation operation) {
while (it.hasNext()) {
try {
CIMInstance volumeInstance = it.next();
CIMObjectPath volumePath = volumeInstance.getObjectPath();
// TODO add logic to get Access
String access = null;
Object value =
volumeInstance.getPropertyValue(SupportedVolumeInformation.ACCESS.toString());
if (value != null) {
access = value.toString();
}
StringSet statusDesc = new StringSet();
String[] descriptions = null;
value =
volumeInstance.getPropertyValue(
SupportedVolumeInformation.STATUS_DESCRIPTIONS.toString());
if (value != null) {
descriptions = (String[]) value;
for (String desc : descriptions) {
statusDesc.add(desc);
}
}
String volumeNativeGuid = getVolumeNativeGuid(volumePath);
Volume volume = checkStorageVolumeExistsInDB(volumeNativeGuid, _dbClient);
if (null != volume) {
_logger.debug(
"Skipping discovery, as this Volume is already being managed by ViPR :"
+ volumeNativeGuid);
continue;
}
String unManagedVolumeNativeGuid = getUnManagedVolumeNativeGuidFromVolumePath(volumePath);
UnManagedVolume unManagedVolume =
checkUnManagedVolumeExistsInDB(unManagedVolumeNativeGuid, _dbClient);
if (null != unManagedVolume) {
_logger.debug("Adding Access {}", unManagedVolumeNativeGuid);
StringSet accessSet = new StringSet();
if (access != null) {
accessSet.add(access);
}
if (null
== unManagedVolume
.getVolumeInformation()
.get(SupportedVolumeInformation.ACCESS.toString())) {
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.ACCESS.toString(), accessSet);
} else {
unManagedVolume
.getVolumeInformation()
.get(SupportedVolumeInformation.ACCESS.toString())
.replace(accessSet);
}
if (null
== unManagedVolume
.getVolumeInformation()
.get(SupportedVolumeInformation.STATUS_DESCRIPTIONS.toString())) {
unManagedVolume
.getVolumeInformation()
.put(SupportedVolumeInformation.STATUS_DESCRIPTIONS.toString(), statusDesc);
} else {
unManagedVolume
.getVolumeInformation()
.get(SupportedVolumeInformation.STATUS_DESCRIPTIONS.toString())
.replace(statusDesc);
}
_unManagedVolumesUpdate.add(unManagedVolume);
}
if (_unManagedVolumesUpdate.size() > BATCH_SIZE) {
_partitionManager.updateInBatches(
_unManagedVolumesUpdate, getPartitionSize(keyMap), _dbClient, "UnManagedVolume");
_unManagedVolumesUpdate.clear();
}
} catch (Exception ex) {
_logger.error("Processing UnManaged Storage Volume", ex);
}
}
}
/**
* Adds the computer system to DB and determines what path to go based on the
* CIM_ComputerSystem.dedicated
*
* @param cc
* @param cim_class
*/
@SuppressWarnings("unchecked")
public void getComputerSystem(WBEMClient cc, String cim_class, String namespace) {
if (cc != null) {
try {
this.cim_DT = new CIM_DataTypes();
CIMObjectPath cop = new CIMObjectPath(cim_class, namespace);
PerformanceMetrics pm = new PerformanceMetrics();
long statInstanceMean = pm.enumerationTime(cc, cop);
CloseableIterator computerSystemEnum = cc.enumerateInstances(cop, true, false, false, null);
while (computerSystemEnum.hasNext()) {
this.cs = new CIM_ComputerSystem();
Calendar statCalBefore = Calendar.getInstance();
long msBeforeforTotalDisc = statCalBefore.getTimeInMillis();
this.cs.setInstanceTimeMean(Long.valueOf(statInstanceMean));
CIMInstance ci = (CIMInstance) computerSystemEnum.next();
int instancePropertySize = ci.getPropertyCount();
this.cs.setInstancePropertySize(instancePropertySize);
CIMObjectPath instanceCOP = ci.getObjectPath();
CIMProperty cp = instanceCOP.getKey("Name");
this.enumerationNameKey = cp.getValue().toString();
// this.logger.info("Name = " + this.enumerationNameKey);
// this.logger.debug(this.CN + " computerSystemName " + this.enumerationNameKey);
String enumerationNameKey = null;
String enumerationCreationClassNameKey = null;
String elementName = "Not Available";
String operationalStatus = null;
String statusDescriptions = null;
String description = null;
int enabledState = 0;
enumerationNameKey = cp.getValue().toString();
cp = instanceCOP.getKey("CreationClassName");
enumerationCreationClassNameKey = cp.getValue().toString();
// this.logger.info("CreationClassName = " + enumerationCreationClassNameKey);
String caption = "";
try {
caption = this.cim_DT.getCIMInstancePropertyValueString(ci, "Caption");
} catch (Exception e) {
caption = "Not Available";
}
// this.logger.info("Caption = " + caption);
String description1 = "";
try {
description1 = this.cim_DT.getCIMInstancePropertyValueString(ci, "Description");
} catch (Exception e) {
description1 = "Not Available";
}
// this.logger.info("Description = " + description1);
try {
elementName = this.cim_DT.getCIMInstancePropertyValueString(ci, "ElementName");
} catch (Exception e) {
elementName = "Not Available";
}
// this.logger.info("ElementName = " + elementName);
int requestedState = 0;
try {
requestedState =
this.cim_DT
.getCIMInstancePropertyUnsignedInt16Value(ci, "RequestedState")
.intValue();
} catch (Exception localException1) {
}
int enabledDefault = 0;
try {
enabledDefault =
this.cim_DT
.getCIMInstancePropertyUnsignedInt16Value(ci, "EnabledDefault")
.intValue();
} catch (Exception localException2) {
}
String nameFormat = null;
try {
nameFormat = this.cim_DT.getCIMInstancePropertyValueString(ci, "NameFormat");
} catch (Exception e) {
// this.logger.error(this.CN, e);
}
try {
UnsignedInteger16[] operationalStatusArray =
this.cim_DT.getUint16ArrayPropertyValue(ci, "OperationalStatus");
int operationalStatusSize = 0;
if (operationalStatusArray != null) {
operationalStatusSize = operationalStatusArray.length;
}
// this.logger.debug("operationalStatusSize = " + operationalStatusSize);
Vector operationalStatusString = new Vector();
for (int x = 0; x < operationalStatusSize; ++x) {
UnsignedInteger16 opstsint = operationalStatusArray[x];
int operationalStatusInt = Integer.parseInt(opstsint.toString());
String operationalStatusValue = this.cim_Q.operationalStatus(operationalStatusInt);
operationalStatusString.add(operationalStatusValue);
}
String operationalStatusFinal =
this.cim_Q.buildStringFromVector(operationalStatusString, ",");
this.cs.setOperationalStatus(operationalStatusFinal);
} catch (Exception e) {
// this.logger.error("OperationalStatus", e);
this.cs.setOperationalStatus("Unknown");
}
String statusDescriptionsFinal = null;
try {
String[] statusDescriptionsArray =
this.cim_DT.getStringArrayPropertyValue(ci, "StatusDescriptions");
int statusDescriptionsSize = 0;
if (statusDescriptionsArray != null) {
statusDescriptionsSize = statusDescriptionsArray.length;
}
// this.logger.debug("statusDescriptionsSize = " + statusDescriptionsSize);
Vector statusDescriptionsString = new Vector();
for (int y = 0; y < statusDescriptionsSize; ++y) {
String statusDescriptionsValue = statusDescriptionsArray[y].toString();
statusDescriptionsString.add(statusDescriptionsValue);
}
statusDescriptionsFinal =
this.cim_Q.buildStringFromVector(statusDescriptionsString, ",");
} catch (Exception e) {
// this.logger.error("StatusDescriptions", e);
}
String otherIdentifyingInfoFinal = null;
try {
String[] otherIdentifyingInfoArray =
this.cim_DT.getStringArrayPropertyValue(ci, "OtherIdentifyingInfo");
int otherIdentifyingInfoSize = 0;
if (otherIdentifyingInfoArray != null) {
otherIdentifyingInfoSize = otherIdentifyingInfoArray.length;
}
// this.logger.debug("otherIdentifyingInfoSize = " + otherIdentifyingInfoSize);
Vector otherIdentifyingInfoString = new Vector();
for (int y = 0; y < otherIdentifyingInfoSize; ++y) {
String otherIdentifyingInfoValue = otherIdentifyingInfoArray[y].toString();
otherIdentifyingInfoString.add(otherIdentifyingInfoValue);
}
otherIdentifyingInfoFinal =
this.cim_Q.buildStringFromVector(otherIdentifyingInfoString, ",");
// this.logger.info("OtherIdentifyingInfo = " + otherIdentifyingInfoFinal);
} catch (Exception e) {
// this.logger.error("OtherIdentifyingInfo", e);
}
String identifyingDescriptionsFinal = null;
try {
String[] identifyingDescriptionsArray =
this.cim_DT.getStringArrayPropertyValue(ci, "IdentifyingDescriptions");
int identifyingDescriptionsSize = 0;
if (identifyingDescriptionsArray != null) {
identifyingDescriptionsSize = identifyingDescriptionsArray.length;
}
// this.logger.debug("identifyingDescriptinsSize = " + identifyingDescriptionsSize);
Vector identifyingDescriptionsString = new Vector();
for (int y = 0; y < identifyingDescriptionsSize; ++y) {
String identfyingDescriptionsValue = identifyingDescriptionsArray[y].toString();
identifyingDescriptionsString.add(identfyingDescriptionsValue);
}
identifyingDescriptionsFinal =
this.cim_Q.buildStringFromVector(identifyingDescriptionsString, ",");
// this.logger.info("IdentifyingDescriptions = " + identifyingDescriptionsFinal);
} catch (Exception e) {
// this.logger.error("IdentifyingDescriptions", e);
}
try {
enabledState =
Integer.parseInt(
this.cim_DT
.getCIMInstancePropertyUnsignedInt16Value(ci, "enabledState")
.toString());
} catch (Exception e) {
// this.logger.warn("enabledState does not exist for CIMOM = " + enumerationNameKey);
}
// this.logger.debug("description = " + description +
// " operationalStatus = " + operationalStatus + " statusDescriptions = " +
// statusDescriptions +
// " enabledState = " + enabledState);
this.cs.setName(enumerationNameKey);
this.cs.setCreationClassName(enumerationCreationClassNameKey);
this.cs.setCaption(caption);
this.cs.setDescription(description1);
this.cs.setRequestedState(requestedState);
this.cs.setElementName(elementName);
this.cs.setStatusDescriptions(statusDescriptionsFinal);
this.cs.setEnabledDefault(enabledDefault);
this.cs.setNameFormat(nameFormat);
this.cs.setEnabledState(enabledState);
Calendar cal = Calendar.getInstance();
Date now = new Date();
this.cs.setTimeOfCreation(cal);
this.cs.setTimeOfCreationString(
DateFormat.getDateTimeInstance(3, 3).format(now).toString());
// Integer cimom_Id_Integer = new Integer(cimom_Id);
// this.cs.setCimomID(cimom_Id_Integer);
int dedicatedSize = 0;
UnsignedInteger16 dedicatedFill = new UnsignedInteger16("555");
UnsignedInteger16[] dedicated = {dedicatedFill};
try {
dedicated = this.cim_DT.getUint16ArrayPropertyValue(ci, "Dedicated");
if (dedicated != null) dedicatedSize = dedicated.length;
} catch (Exception e) {
// this.logger.error(this.CN, e);
}
// this.logger.info("dedicatedSize = " + dedicatedSize);
int intDedicated1 = 0;
int intDedicated2 = 0;
int intDedicated3 = 0;
int intDedicated4 = 0;
int intDedicated5 = 0;
this.cs.setDedicated("555");
String dedicated1;
if (dedicatedSize == 1) {
dedicated1 = dedicated[0].toString();
intDedicated1 = Integer.parseInt(dedicated1);
this.cs.setDedicated(dedicated1);
// this.logger.info("DedicateFilter1 = " + intDedicated1);
} else {
String dedicated2;
if (dedicatedSize == 2) {
dedicated1 = dedicated[0].toString();
intDedicated1 = Integer.parseInt(dedicated1);
dedicated2 = dedicated[1].toString();
intDedicated2 = Integer.parseInt(dedicated2);
this.cs.setDedicated(dedicated1 + "," + dedicated2);
// this.logger.info("DedicateFilter1 = " + intDedicated1 + " DedicatedFilter2 = " +
// intDedicated2);
} else {
String dedicated3;
if (dedicatedSize == 3) {
dedicated1 = dedicated[0].toString();
intDedicated1 = Integer.parseInt(dedicated1);
dedicated2 = dedicated[1].toString();
intDedicated2 = Integer.parseInt(dedicated2);
dedicated3 = dedicated[2].toString();
intDedicated3 = Integer.parseInt(dedicated3);
this.cs.setDedicated(dedicated1 + "," + dedicated2 + "," + dedicated3);
// this.logger.info("DedicateFilter1 = " + intDedicated1 + " DedicatedFilter2 = " +
// intDedicated2 + " DedicatedFilter3 = " + intDedicated3);
} else {
String dedicated4;
if (dedicatedSize == 4) {
dedicated1 = dedicated[0].toString();
intDedicated1 = Integer.parseInt(dedicated1);
dedicated2 = dedicated[1].toString();
intDedicated2 = Integer.parseInt(dedicated2);
dedicated3 = dedicated[2].toString();
intDedicated3 = Integer.parseInt(dedicated3);
dedicated4 = dedicated[3].toString();
intDedicated4 = Integer.parseInt(dedicated4);
this.cs.setDedicated(
dedicated1 + "," + dedicated2 + "," + dedicated3 + "," + dedicated4);
// this.logger.info("DedicateFilter1 = " + intDedicated1 + " DedicatedFilter2 = "
// + intDedicated2 + " DedicateFilter3 = " + intDedicated3 + " DedicatedFilter4 =
// " + intDedicated4);
} else if (dedicatedSize == 5) {
dedicated1 = dedicated[0].toString();
intDedicated1 = Integer.parseInt(dedicated1);
dedicated2 = dedicated[1].toString();
intDedicated2 = Integer.parseInt(dedicated2);
dedicated3 = dedicated[2].toString();
intDedicated3 = Integer.parseInt(dedicated3);
dedicated4 = dedicated[3].toString();
intDedicated4 = Integer.parseInt(dedicated4);
String dedicated5 = dedicated[4].toString();
intDedicated5 = Integer.parseInt(dedicated5);
this.cs.setDedicated(
dedicated1
+ ","
+ dedicated2
+ ","
+ dedicated3
+ ","
+ dedicated4
+ ","
+ dedicated5);
// this.logger.info("DedicateFilter1 = " + intDedicated1 + " DedicatedFilter2 = "
// + intDedicated2 + " DedicateFilter3 = " + intDedicated3 + " DedicatedFilter4 =
// " + intDedicated4 + " DedicatedFilter5 = " + intDedicated5);
}
}
}
}
// this.logger.info("Dedicated = " + this.cs.getDedicated());
// this.logger.info("------------------------------------------COMPUTER SYSTEM
// END------------------------------------------");
try {
CloseableIterator cim_PhysicalPackageEnum =
cc.associators(
instanceCOP,
"CIM_SystemPackaging",
"CIM_PhysicalPackage",
"Dependent",
"Antecedent",
false,
false,
null);
this.fujitsuE6000Model = false;
this.ibm511Model = false;
this.netappManufacturer = false;
while (cim_PhysicalPackageEnum.hasNext()) {
// this.logger.debug(this.CN + " Enumerated PhysicalPackage and has more elements");
CIMInstance cim_PhysicalPackageCI = (CIMInstance) cim_PhysicalPackageEnum.next();
this.fujitsuE6000Model = false;
this.ibm511Model = false;
if (cim_PhysicalPackageEnum == null) continue;
try {
this.model =
this.cim_DT.getCIMInstancePropertyValueString(cim_PhysicalPackageCI, "Model");
this.fujitsuE6000Model = this.model.startsWith("E6000");
this.ibm511Model = this.model.startsWith("511");
this.ibm921Model = this.model.startsWith("921");
this.ibm931Model = this.model.startsWith("931");
} catch (NullPointerException npe) {
this.model = null;
}
try {
this.manufacturer =
this.cim_DT.getCIMInstancePropertyValueString(
cim_PhysicalPackageCI, "Manufacturer");
this.netappManufacturer = this.manufacturer.startsWith("Network Appliance");
} catch (NullPointerException npe) {
this.manufacturer = null;
}
}
} catch (Exception e) {
// this.logger.warn("No Physical Package for " + this.cs.getCreationClassName());
}
if ((!(this.cs.getDedicated().equals("555")))
&& (!(this.cs.getCreationClassName().equals("LSISSI_StorageProcessorSystem")))
&& (!(this.cs.getCreationClassName().equals("HPEVA_StorageProcessorSystem")))
&& (!(this.cs.getCreationClassName().equals("HITACHI_StorageProcessorSystem")))
&& (!(this.cs.getCreationClassName().equals("Brocade_PhysicalComputerSystem")))
&& (!(this.cs.getCreationClassName().equals("CISCO_LogicalComputerSystem")))
&& (!(this.cs.getCreationClassName().equals("SunStorEdge_DSPStorageProcessorSystem")))
&& (!(this.cs.getCreationClassName().equals("OpenWBEM_UnitaryComputerSystem")))
&& (!(this.cs.getCreationClassName().equals("IBMTSSVC_IOGroup")))
&& (!(this.cs.getCreationClassName().equals("HPMSA_ArrayController")))
&& (((this.cs.getDedicated().equals("3,15"))
|| (this.cs.getDedicated().equals("15,3"))
|| (this.cs.getDedicated().equals("3"))
|| (this.cs.getDedicated().equals("0"))
|| (this.cs.getDedicated().equals("3,15,16,25"))
|| (this.cs.getDedicated().equals("3,15,16,21,25"))
|| (this.cs.getDedicated().equals("3,15,25"))
|| (this.cs.getDedicated().equals("15"))
|| (this.cs.getDedicated().equals("5"))
|| (this.cs.getDedicated().equals("3,22"))
|| (this.cs.getDedicated().equals("3,15,21"))
|| (this.cs.getDedicated().equals("15,21"))))) {
// session.save(this.cs);
/* String computerSystemID = session.getIdentifier(this.cs).toString();
Integer computerSystemIDp = Integer.valueOf(computerSystemID);
setComputerSystemIDFinal(computerSystemIDp);
*/
// this.logger.debug("computerSystemIDp = " + computerSystemIDp);
///// && (computerSystemIDp != null)
if ((enumerationNameKey != null) && (dedicated != null)) {
// this.logger.info("Started Discovery For " + this.cs.getCreationClassName());
if (((intDedicated1 == 3) && (intDedicated2 == 15) && (intDedicated3 != 25))
|| ((intDedicated1 == 15) && (intDedicated2 == 3) && (intDedicated3 != 25))) {
if (this.cs.getCreationClassName().equals("Symm_StorageSystem")) {
this.mapSymmDD = new MapSymmetrixDiskDrives(cc, instanceCOP, this.cs);
} else {
this.mapDD = new MapDiskDrives(cc, instanceCOP, this.cs);
}
this.mapIP = new MapInitiatorPorts(cc, instanceCOP, this.cs);
if ((this.fujitsuE6000Model)
|| (this.ibm511Model)
|| (this.ibm921Model)
|| (this.ibm931Model)
|| (this.netappManufacturer)) {
this.mapFujitsuFCP = new MapFCPortsFujitsuE6000(cc, instanceCOP, cs);
} else {
this.mapFCP = new MMapFCPorts(cc, instanceCOP, this.cs, "");
}
this.mapV = new MMapVolumes(cc, instanceCOP, this.cs, "");
this.mapPP = new MapPhysicalPackages(cc, instanceCOP, this.cs);
this.mapSI = new MapSoftwareIdentity(cc, instanceCOP, this.cs);
this.mapAS = new MapArrayStats(cc, instanceCOP, this.cs);
} else if ((intDedicated1 == 15) && (intDedicated2 == 21)) {
this.mapFCP = new MMapFCPorts(cc, instanceCOP, this.cs, this.ftag);
this.mapV = new MMapVolumes(cc, instanceCOP, this.cs, this.ftag);
} else if (intDedicated1 == 0) {
if (this.cs.getCreationClassName().equals("Linux_ComputerSystem")) {
// this.logger.debug("Host For Linux");
// this.mapBase = new MapBase(session, cc, instanceCOP,
// computerSystemIDp);
// this.mapFSVol = new MapFSVol(session, cc, instanceCOP,
// computerSystemIDp);
// this.mapNetwork = new MapNetwork(session, cc, instanceCOP,
// computerSystemIDp);
} else {
// this.logger.debug("Host For FCHBA");
// session, , computerSystemIDp
this.mapHBA = new MapHBA(cc, instanceCOP, this.cs);
}
} else if ((intDedicated1 == 5)
&& (!(this.cs.getCreationClassName().equals("CISCO_LogicalComputerSystem")))) {
if ((this.cs.getElementName() != null)
|| (!(this.cs.getElementName().equals("")))) {
// this.logger.debug("Switch");
this.mapSwitchPP = new MapSwitchPhysicalPackages(cc, instanceCOP, cs);
this.mapSwitchSI = new MapSwitchSoftwareIdentity(cc, instanceCOP, cs);
this.mapSwitchFCP = new MapSwitchFCPorts(cc, instanceCOP, cs);
this.mapSwitchF = new MapSwitchFabric(cc, instanceCOP, cs);
}
} else if ((intDedicated1 == 3) && (intDedicated2 == 22)) {
// this.logger.debug("Tape");
// this.mapPhysicalPackagesTape = new
// MapPhysicalPackagesTape(session, cc, instanceCOP, computerSystemIDp);
// this.mapSoftwareIdentityTape = new
// MapSoftwareIdentityTape(session, cc, instanceCOP, computerSystemIDp);
// this.mapMediaAccessDevicesTape = new
// MapMediaAccessDevicesTape(session, cc, instanceCOP, computerSystemIDp);
// this.mapChangerDeviceTape = new MapChangerDeviceTape(session, cc,
// instanceCOP, computerSystemIDp);
// this.mapAccessPointsTape = new MapAccessPointsTape(session, cc,
// instanceCOP, computerSystemIDp);
// this.mapFCPortsTape = new MapFCPortsTape(session, cc,
// instanceCOP, computerSystemIDp);
// this.mapLimitedAccessPortTape = new MapLimitedAccessPort(session,
// cc, instanceCOP, computerSystemIDp);
} else if ((intDedicated1 == 3) && (intDedicated2 == 15) && (intDedicated3 == 25)) {
// new MapNASDiskDrives(session, cc, instanceCOP,
// computerSystemIDp);
// new MapNASInitiatorPorts(session, cc, instanceCOP,
// computerSystemIDp);
// new MapNASFCPorts(session, cc, instanceCOP, computerSystemIDp);
// new MapNASVolumes(session, cc, instanceCOP, computerSystemIDp);
// new MapNASPhysicalPackages(session, cc, instanceCOP,
// computerSystemIDp);
// new MapNASSoftwareIdentity(session, cc, instanceCOP,
// computerSystemIDp);
} else if ((intDedicated1 == 15)
&& (this.cs.getCreationClassName().equals("VMWARE_ESXComputerSystem"))) {
// this.logger.debug("VMWare");
// this.mapVM = new MapVirtualMachines(session, cc, instanceCOP, computerSystemIDp);
// this.mapESXStorageExtents = new MapESXStorageExtents(session, cc, instanceCOP,
// computerSystemIDp);
// this.mapESXStoragePools = new MapESXStoragePools(session, cc, instanceCOP,
// computerSystemIDp);
// this.mapESXStorageVolumes = new MapESXStorageVolumes(session, cc, instanceCOP,
// computerSystemIDp);
} else {
// this.logger.info("NOTHING");
}
// this.logger.info("Finished Discovery For " + this.cs.getCreationClassName());
}
}
try {
/* Calendar statCalAfter = Calendar.getInstance();
long msAfterforTotalDisc = statCalAfter.getTimeInMillis();
long totalDiscoveryTimeFinal = (msAfterforTotalDisc - msBeforeforTotalDisc) / 1000L;
//this.logger.info("MSAFTERTIME = " + msAfterforTotalDisc + "MSBEFORE = " + msBeforeforTotalDisc);
//this.logger.info("Discovery Time = " + totalDiscoveryTimeFinal);
//this.logger.info("COMUTERSYSTEMID = " + getComputerSystemIDFinal());
CIM_ComputerSystem ccs1 = (CIM_ComputerSystem)session.get(CIM_ComputerSystem.class, getComputerSystemIDFinal());
ccs1.setTotalDiscoveryTime(Long.valueOf(totalDiscoveryTimeFinal));
//session.save(ccs1);
setComputerSystemIDFinal(null);
*/
} catch (Exception localException3) {
}
}
// session.getTransaction().commit();
// session.close();
// session.disconnect();
// session.flush();
// close session.
if (cc != null) cc.close();
// Call the garbage collection to run
// System.gc();
} catch (WBEMException ce) {
ce.printStackTrace();
// logger.warn("Unable to login at this time");
} catch (Exception e) {
e.printStackTrace();
e.getCause();
} finally {
// session.close();
}
} else {
// logger.info("Unable to login at this time");
}
}
