use of com.emc.storageos.networkcontroller.impl.mds.ZoneMember in project coprhd-controller by CoprHD.
the class NetworkDeviceController method getZonesets.
@Override
public List<Zoneset> getZonesets(URI uri, String fabricId, String fabricWwn, String zoneName, boolean excludeMembers, boolean excludeAliases) throws ControllerException {
NetworkSystem device = getNetworkSystemObject(uri);
// Get the file device reference for the type of file device managed
// by the controller.
NetworkSystemDevice networkDevice = getDevice(device.getSystemType());
if (networkDevice == null) {
throw NetworkDeviceControllerException.exceptions.getZonesetsFailedNull(device.getSystemType());
}
try {
List<Zoneset> zonesets = networkDevice.getZonesets(device, fabricId, fabricWwn, zoneName, excludeMembers, excludeAliases);
// Object pointers, so remove them here!
for (Zoneset zs : zonesets) {
zs.setCimObjectPath(null);
for (Zone zo : zs.getZones()) {
zo.setCimObjectPath(null);
for (ZoneMember zm : zo.getMembers()) {
zm.setCimObjectPath(null);
}
}
}
return zonesets;
} catch (Exception ex) {
Date date = new Date();
throw NetworkDeviceControllerException.exceptions.getZonesetsFailedExc(uri.toString(), date.toString(), ex);
}
}
use of com.emc.storageos.networkcontroller.impl.mds.ZoneMember in project coprhd-controller by CoprHD.
the class NetworkDeviceController method addRemoveZones.
/**
* Add/remove a group of zones as given by their NetworkFabricInfo structures.
* ALL fabricInfos must be using the same NetworkDevice, and the same fabricId. There is a higher level
* subroutine to split complex requests into sets of requests with the same NetworkDevice and fabricId.
*
* @param networkSystem NetworkDevice
* @param fabricId String
* @param exportGroupUri The ExportGroup URI. Used for reference counting.
* @param fabricInfos - Describe each zone.
* @param activateZones - activate active zoneset after zones change
* @param retryAltNetworkDevice - a boolean to indicate if re-try to be done.
* This is to stop this function from running again after the alternate
* system is retried once.
* @return BiosCommandResult
* @throws ControllerException
*/
private BiosCommandResult addRemoveZones(NetworkSystem networkSystem, String fabricId, String fabricWwn, URI exportGroupUri, List<NetworkFCZoneInfo> fabricInfos, boolean doRemove, boolean retryAltNetworkDevice) throws ControllerException {
BiosCommandResult result = null;
String taskId = UUID.randomUUID().toString();
List<Zone> zones = new ArrayList<Zone>();
// Make the zone operations. Don't make the same zone more than once,
// as determined by its key. The same zone shows up multiple times because it
// must be recorded for each volume in the FCZoneReference table.
HashSet<String> keySet = new HashSet<String>();
for (NetworkFCZoneInfo fabricInfo : fabricInfos) {
String key = fabricInfo.makeEndpointsKey();
if (false == keySet.contains(key)) {
keySet.add(key);
// neither create nor delete zones found on the switch
if (fabricInfo.isExistingZone()) {
_log.info("Zone {} will not be created or removed on {}, as it is not vipr created. ", fabricInfo.getZoneName(), fabricInfo.toString());
// neither create nor delete zones found on the switch
continue;
}
// Don't actually remove the zone if it's not the last reference
if (doRemove && !fabricInfo._isLastReference) {
_log.info("Zone {} will not be removed on {}, as still the zone is used to expose other volumes in export groups ", fabricInfo.getZoneName(), fabricInfo.toString());
continue;
}
Zone zone = new Zone(fabricInfo.getZoneName());
for (String address : fabricInfo.getEndPoints()) {
ZoneMember member = new ZoneMember(address, ConnectivityMemberType.WWPN);
zone.getMembers().add(member);
}
zones.add(zone);
}
}
// Get the network device reference for the type of network device managed
// by the controller.
NetworkSystemDevice networkDevice = getDevice(networkSystem.getSystemType());
if (networkDevice == null) {
throw NetworkDeviceControllerException.exceptions.addRemoveZonesFailedNull(networkSystem.getSystemType());
}
// Lock to prevent concurrent operations on the same VSAN / FABRIC.
InterProcessLock fabricLock = NetworkFabricLocker.lockFabric(fabricId, _coordinator);
try {
if (doRemove) {
/* Removing zones */
result = networkDevice.removeZones(networkSystem, zones, fabricId, fabricWwn, true);
if (result.isCommandSuccess()) {
for (NetworkFCZoneInfo fabricInfo : fabricInfos) {
String refKey = fabricInfo.getZoneName() + " " + fabricInfo.getFcZoneReferenceId().toString();
try {
FCZoneReference ref = deleteFCZoneReference(fabricInfo);
if (ref != null && !zones.isEmpty()) {
recordZoneEvent(ref, OperationTypeEnum.REMOVE_SAN_ZONE.name(), OperationTypeEnum.REMOVE_SAN_ZONE.getDescription());
}
} catch (DatabaseException ex) {
_log.error("Could not delete FCZoneReference: " + refKey);
}
}
}
} else {
/* Adding zones */
_log.debug("Adding zones on network system {} ", networkSystem.getNativeGuid());
result = networkDevice.addZones(networkSystem, zones, fabricId, fabricWwn, true);
if (result.isCommandSuccess()) {
for (NetworkFCZoneInfo fabricInfo : fabricInfos) {
String refKey = fabricInfo.getZoneName() + " " + fabricInfo.getVolumeId().toString();
try {
String[] newOrExisting = new String[1];
FCZoneReference ref = addZoneReference(exportGroupUri, fabricInfo, newOrExisting);
// this is needed for rollback
fabricInfo.setFcZoneReferenceId(ref.getId());
_log.info(String.format("%s FCZoneReference key: %s volume %s group %s", newOrExisting[0], ref.getPwwnKey(), ref.getVolumeUri(), exportGroupUri));
if (!zones.isEmpty()) {
recordZoneEvent(ref, OperationTypeEnum.ADD_SAN_ZONE.name(), OperationTypeEnum.ADD_SAN_ZONE.getDescription());
}
} catch (DatabaseException ex) {
_log.error("Could not persist FCZoneReference: " + refKey);
}
}
}
}
// Update the FCZoneInfo structures if we changed device state for rollback.
Map<String, String> map = (Map<String, String>) result.getObjectList().get(0);
for (NetworkFCZoneInfo info : fabricInfos) {
if (NetworkSystemDevice.SUCCESS.equals(map.get(info.getZoneName()))) {
info.setCanBeRolledBack(true);
} else {
info.setCanBeRolledBack(false);
}
}
if (!result.isCommandSuccess()) {
ServiceError serviceError = NetworkDeviceControllerException.errors.addRemoveZonesFailed(networkSystem.getSystemType());
setStatus(ExportGroup.class, exportGroupUri, taskId, false, serviceError);
} else {
setStatus(ExportGroup.class, exportGroupUri, taskId, true, null);
}
return result;
} catch (ControllerException ex) {
String operation = doRemove ? "Remove Zones" : "Add Zones";
_log.info(String.format("waiting for 2 min before retrying %s with alternate device", operation));
try {
Thread.sleep(1000 * 120);
} catch (InterruptedException e) {
_log.warn("Thread sleep interrupted. Allowing to continue without sleep");
}
NetworkFCZoneInfo fabricInfo = fabricInfos.get(0);
URI primaryUri = fabricInfo.getNetworkDeviceId();
URI altUri = fabricInfo.getAltNetworkDeviceId();
// If we took an error, attempt a retry with an alternate device if possible.
if (altUri != null && retryAltNetworkDevice) {
NetworkFabricLocker.unlockFabric(fabricId, fabricLock);
fabricLock = null;
_log.error("Zone operation failed using device: " + primaryUri + " retrying with alternate device: " + altUri);
fabricInfo.setNetworkDeviceId(altUri);
networkSystem = getNetworkSystemObject(altUri);
return addRemoveZones(networkSystem, fabricId, fabricWwn, exportGroupUri, fabricInfos, doRemove, false);
} else {
if (result != null) {
if (!result.isCommandSuccess()) {
ServiceError serviceError = NetworkDeviceControllerException.errors.addRemoveZonesFailed(networkSystem.getSystemType());
setStatus(ExportGroup.class, exportGroupUri, taskId, false, serviceError);
} else {
setStatus(ExportGroup.class, exportGroupUri, taskId, true, null);
}
}
throw ex;
}
} finally {
NetworkFabricLocker.unlockFabric(fabricId, fabricLock);
}
}
use of com.emc.storageos.networkcontroller.impl.mds.ZoneMember in project coprhd-controller by CoprHD.
the class NetworkDeviceController method removeZone.
/**
* Remove a zone.
*
* @param volUri URI of the Volume
* @param fabricInfo NetworkFabricInfo generated by NetworkScheduler
* @return BiosCommandResult
*/
public BiosCommandResult removeZone(URI volUri, NetworkFCZoneInfo fabricInfo, boolean activateZones) throws ControllerException {
ServiceError serviceError = NetworkDeviceControllerException.errors.zoningFailedArgs(volUri.toString());
BiosCommandResult result = BiosCommandResult.createErrorResult(serviceError);
List<Zone> zones = new ArrayList<Zone>();
Zone zone = new Zone(fabricInfo.getZoneName());
zones.add(zone);
String taskId = UUID.randomUUID().toString();
for (String address : fabricInfo.getEndPoints()) {
ZoneMember member = new ZoneMember(address, ConnectivityMemberType.WWPN);
zone.getMembers().add(member);
}
// Lock to prevent concurrent operations on the same VSAN / FABRIC.
InterProcessLock fabricLock = NetworkFabricLocker.lockFabric(fabricInfo.getFabricId(), _coordinator);
try {
NetworkSystem device = getNetworkSystemObject(fabricInfo.getNetworkDeviceId());
// Get the file device reference for the type of file device managed
// by the controller.
NetworkSystemDevice networkDevice = getDevice(device.getSystemType());
if (networkDevice == null) {
throw NetworkDeviceControllerException.exceptions.removeZoneFailedNull(device.getSystemType());
}
if (fabricInfo.isLastReference() == true && !fabricInfo.isExistingZone()) {
result = networkDevice.removeZones(device, zones, fabricInfo.getFabricId(), fabricInfo.getFabricWwn(), activateZones);
} else {
// This is not the last reference, just mark our FCZoneReference for deletion
result = BiosCommandResult.createSuccessfulResult();
}
if (result.isCommandSuccess()) {
if (fabricInfo.getFcZoneReferenceId() != null) {
try {
// Mark our FcZoneReference object for removal
FCZoneReference reference = _dbClient.queryObject(FCZoneReference.class, fabricInfo.getFcZoneReferenceId());
if (reference != null) {
_dbClient.markForDeletion(reference);
recordZoneEvent(reference, OperationTypeEnum.REMOVE_SAN_ZONE.name(), OperationTypeEnum.REMOVE_SAN_ZONE.getDescription());
}
} catch (Exception ex) {
_log.error("Can't mark object for removal: " + fabricInfo.getFcZoneReferenceId());
}
}
}
if (!result.isCommandSuccess()) {
ServiceError svcError = NetworkDeviceControllerException.errors.removeZoneFailed(volUri.toString(), device.getSystemType());
setStatus(Volume.class, volUri, taskId, false, svcError);
} else {
setStatus(Volume.class, volUri, taskId, true, null);
}
} catch (ControllerException ex) {
_log.info("waiting for 2 min before retrying removeZone with alternate device");
try {
Thread.sleep(1000 * 120);
} catch (InterruptedException e) {
_log.warn("Thread sleep interrupted. Allowing to continue without sleep");
}
URI primaryUri = fabricInfo.getNetworkDeviceId();
URI altUri = fabricInfo.getAltNetworkDeviceId();
if (altUri != null && altUri != primaryUri) {
NetworkFabricLocker.unlockFabric(fabricInfo.getFabricId(), fabricLock);
fabricLock = null;
_log.error("Remove Zone failed using device: " + primaryUri + " retrying with alternate device: " + altUri);
fabricInfo.setNetworkDeviceId(altUri);
return removeZone(volUri, fabricInfo, activateZones);
} else {
ServiceError svcError = NetworkDeviceControllerException.errors.removeZoneFailedExc(volUri.toString());
setStatus(Volume.class, volUri, taskId, false, svcError);
throw ex;
}
} finally {
NetworkFabricLocker.unlockFabric(fabricInfo.getFabricId(), fabricLock);
}
return result;
}
use of com.emc.storageos.networkcontroller.impl.mds.ZoneMember in project coprhd-controller by CoprHD.
the class NetworkSystemDeviceImpl method sameMembers.
/**
* Check if 2 zones has the same members
*
* @param zoneInFabric
* @param zone
* @return true if both zone has the same wwn and alias members
*/
protected boolean sameMembers(Zone zoneInFabric, Zone zone) {
boolean same = true;
if (zoneInFabric.getMembers().size() == zone.getMembers().size()) {
Collection<String> wwnsInFabric = getWwnsInZone(zoneInFabric);
Collection<String> aliasesInFabric = getAliasesInZone(zoneInFabric);
for (ZoneMember member : zone.getMembers()) {
if (!StringUtils.isEmpty(member.getAddress()) && !wwnsInFabric.contains(member.getAddress())) {
_log.info("Zone member WWN {} not found in active zone {}", member.getAddress(), zone.getName());
same = false;
break;
} else if (!StringUtils.isEmpty(member.getAlias()) && !aliasesInFabric.contains(member.getAlias())) {
_log.info("Zone member alias {} not found in active zone {}", member.getAlias(), zone.getName());
same = false;
break;
}
}
} else {
same = false;
}
// if zones do not have same info, log their info for debugging.
if (!same) {
_log.info("Zones {} and {} do not have the same info", zoneInFabric.getName(), zone.getName());
_log.info("Zone {} has {} members in fabric.", zoneInFabric.getName(), zoneInFabric.getMembers().size());
_log.info("and intended zone {} has {} members.", zone.getName(), zone.getMembers().size());
zoneInFabric.print();
zone.print();
}
return same;
}
use of com.emc.storageos.networkcontroller.impl.mds.ZoneMember in project coprhd-controller by CoprHD.
the class NetworkSystemDeviceImpl method getZonesToBeAdded.
/**
* Given a list of zones requested to be added, and a list of existing zones on
* the device, return a list of zones that should really be added.
* Zones which already exist will not be added again (if they match by content and
* name). Zones with match members but have a different name (and are therefore
* assumed to be externally created) are ignored.
*
* @param zones -- Zones requested to be created.
* @param existingZones -- Existing zones on the device.
* @return -- Zones to be added
* @throws NetworkDeviceControllerException
*/
protected List<Zone> getZonesToBeAdded(List<Zone> zones, List<Zone> existingZones) throws NetworkDeviceControllerException {
// Now, we want to add only new zones.
// Zones that have members completely in a zone in the active zoneset already are
// ignored, if they match the zoneset name we have.
// Make an array of sets containing the members of the active zones.
// The next paragraph below checks each zone to be created against each existing zone and looks for matches.
// key is an existing zone name
Map<String, Set<String>> memberSetMap = new HashMap<String, Set<String>>();
for (Zone azone : existingZones) {
Set<String> memberAddressSet = new HashSet<String>();
for (ZoneMember amember : azone.getMembers()) {
if (amember.getAddress() != null) {
memberAddressSet.add(amember.getAddress());
}
if (amember.getAlias() != null) {
memberAddressSet.add(amember.getAlias());
}
}
memberSetMap.put(azone.getName(), memberAddressSet);
}
// Check each zone to be added to see if it's matched by an active set.
List<Zone> zonesToBeAdded = new ArrayList<Zone>();
for (Zone zone : zones) {
boolean addIt = true;
for (String azoneName : memberSetMap.keySet()) {
Set<String> activeSet = memberSetMap.get(azoneName);
boolean match = true;
for (ZoneMember member : zone.getMembers()) {
if ((member.getAddress() != null && !WWNUtility.isValidWWN(member.getAddress())) || (member.getAlias() != null && !WWNUtility.isValidWWNAlias(member.getAlias()))) {
throw NetworkDeviceControllerException.exceptions.getZonesToBeAddedFailedIllegalAddress(member.getAddress());
}
if ((member.getAddress() != null && !activeSet.contains(member.getAddress())) || (member.getAlias() != null && !activeSet.contains(member.getAlias()))) {
match = false;
}
}
if (match == true) {
// Check to see if it's the same zone name that we wanted. Otherwise, log a duplicate zone.
if (azoneName.equals(zone.getName())) {
addIt = false;
} else {
_log.info("Found duplicate zone: " + azoneName + " for: " + zone.getName() + " ... ignoring");
}
}
}
if (addIt) {
zonesToBeAdded.add(zone);
}
}
return zonesToBeAdded;
}
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