Examples with AssociatedPool com.emc.storageos.vasa.data.internal.Volume.AssociatedPool used on opensource projects

Example 1 with AssociatedPool

use of com.emc.storageos.vasa.data.internal.Volume.AssociatedPool in project coprhd-controller by CoprHD.

the class SOSAlarmManager method getThinlyProvisionedStatus.

public String getThinlyProvisionedStatus(SyncManager manager, Volume volume) throws StorageFault {
    final String methodName = "getThinlyProvisioningStatus(): ";
    log.debug(methodName + "Called with input:" + volume);
    if (volume != null && volume.isThinlyProvisioned()) {
        if (volume.getAllocatedCapacityInGB() >= volume.getRequestedCapacityInGB()) {
            return AlarmStatusEnum.Green.getValue();
        }
        try {
            if (volume.getHaVolumeList() != null && volume.getHaVolumeList().getHaVolumeList() != null) {
                // This is a VPlex volume
                return getThinlyProvisionStatusOfHAVolumes(manager, volume.getHaVolumeList().getHaVolumeList());
            } else {
                // This is a normal volume
                AssociatedPool associatedPool = manager.fetchAssociatedPoolOfVolume(volume.getId());
                StoragePool storagePool = manager.fetchStoragePoolByHref(associatedPool.getStoragepool().getLink().getHref());
                return this.getThinlyProvisionStatusOfStoragePool(storagePool);
            }
        } catch (SOSFailure e) {
            log.error(methodName + "SOSFailure failure occured", e);
            throw FaultUtil.StorageFault(e);
        }
    }
    return AlarmStatusEnum.Green.getValue();
}

Example 2 with AssociatedPool

use of com.emc.storageos.vasa.data.internal.Volume.AssociatedPool in project coprhd-controller by CoprHD.

the class SOSManager method queryDRSMigrationCapabilityForPerformance.

public synchronized boolean queryDRSMigrationCapabilityForPerformance(String srcUniqueId, String dstUniqueId, String entityType) throws InvalidArgument, NotFound, InvalidSession, StorageFault {
    final String methodName = "queryDRSMigrationCapabilityForPerformance(): ";
    log.debug(methodName + "Entry with input(s) srcUniqueId[" + srcUniqueId + "] dstUniqueId[" + dstUniqueId + "] entityType[" + entityType + "]");
    try {
        if (Util.isEmpty(entityType)) {
            throw FaultUtil.InvalidArgument("Given entity type is invalid: [" + entityType + "]");
        }
        List<String> validEntityTypeList = new ArrayList<String>();
        validEntityTypeList.add(EntityTypeEnum.StorageFileSystem.getValue());
        validEntityTypeList.add(EntityTypeEnum.StorageLun.getValue());
        if (validEntityTypeList.contains(entityType) == false) {
            throw FaultUtil.InvalidArgument("Given entity type is invalid: [" + entityType + "]");
        }
        if (Util.isEmpty(srcUniqueId) || Util.isEmpty(dstUniqueId)) {
            throw FaultUtil.InvalidArgument("Given identifiers are invalid");
        }
        Boolean supportsFile = new Boolean(_config.getConfigValue("config/service/storageTopology/storageArray/support-file-profile"));
        if (EntityTypeEnum.StorageFileSystem.getValue().equals(entityType)) {
            if (!supportsFile) {
                throw FaultUtil.InvalidArgument("Given entity type is invalid: [" + entityType + "]. It does not match with the supported array profile");
            }
            if (!srcUniqueId.startsWith(FILESYSTEM_IDENTIFIER_PREFIX) || !dstUniqueId.startsWith(FILESYSTEM_IDENTIFIER_PREFIX)) {
                throw FaultUtil.InvalidArgument("Given identifiers are invalid");
            }
        }
        Boolean supportsBlock = new Boolean(_config.getConfigValue("config/service/storageTopology/storageArray/support-block-profile"));
        if (EntityTypeEnum.StorageLun.getValue().equals(entityType)) {
            if (!supportsBlock) {
                throw FaultUtil.InvalidArgument("Given entity type is invalid: [" + entityType + "]. It does not match with the supported array profile");
            }
            if (!srcUniqueId.startsWith(VOLUME_IDENTIFIER_PREFIX) || !dstUniqueId.startsWith(VOLUME_IDENTIFIER_PREFIX)) {
                throw FaultUtil.InvalidArgument("Given identifiers are invalid");
            }
        }
        List<String> inputIdList = new ArrayList<String>();
        inputIdList.add(srcUniqueId);
        inputIdList.add(dstUniqueId);
        if (EntityTypeEnum.StorageFileSystem.getValue().equals(entityType)) {
            this.setFileSystemIds();
            if (srcUniqueId.startsWith(FILESYSTEM_IDENTIFIER_PREFIX) && dstUniqueId.startsWith(VOLUME_IDENTIFIER_PREFIX)) {
                return false;
            } else {
                if (!_reportedFileSystemIdList.contains(srcUniqueId)) {
                    log.error(methodName + "Source Id does not exist for the entity type[" + entityType + "]");
                    throw FaultUtil.NotFound("Source Id does not exist for the entity type[" + entityType + "]");
                }
                if (!_reportedFileSystemIdList.contains(dstUniqueId)) {
                    log.error(methodName + "Destination Id does not exist for the entity type[" + entityType + "]");
                    throw FaultUtil.NotFound("Destination Id does not exist for the entity type[" + entityType + "]");
                }
            }
            List<FileShare> fileShareList = _syncManager.getFileSystemDetailList(inputIdList);
            FileShare fileShare1 = fileShareList.get(0);
            FileShare fileShare2 = fileShareList.get(1);
            if (fileShare1.getPool() != null && fileShare2.getPool() != null && fileShare1.getPool().getId() != null && fileShare2.getPool().getId() != null) {
                if (fileShare1.getPool().getId().equals(fileShare2.getPool().getId())) {
                    return false;
                } else {
                    return true;
                }
            }
        }
        if (EntityTypeEnum.StorageLun.getValue().equals(entityType)) {
            this.setVolumeIds();
            if (srcUniqueId.startsWith(FILESYSTEM_IDENTIFIER_PREFIX) && dstUniqueId.startsWith(VOLUME_IDENTIFIER_PREFIX)) {
                return false;
            } else {
                if (!_reportedVolumeIdList.contains(srcUniqueId)) {
                    log.error(methodName + "Source  Id does not exist for the entity type[" + entityType + "]");
                    throw FaultUtil.NotFound("Source Id does not exist for the entity type[" + entityType + "]");
                }
                if (!_reportedVolumeIdList.contains(dstUniqueId)) {
                    log.error(methodName + "Destination  Id does not exist for the entity type[" + entityType + "]");
                    throw FaultUtil.NotFound("Destination Id does not exist for the entity type[" + entityType + "]");
                }
            }
            // Check if src and dest are VPLEX volumes
            List<Volume> volumeDetailList = _syncManager.getVolumeDetailList(inputIdList);
            for (Volume volume : volumeDetailList) {
                if (volume != null) {
                    HighAvailabilityVolumes haVolumes = volume.getHaVolumeList();
                    if (haVolumes != null && haVolumes.getHaVolumeList() != null) {
                        return false;
                    }
                }
            }
            // Regular volumes
            AssociatedPool associatedPoolForVolume1 = _syncManager.fetchAssociatedPoolOfVolume(srcUniqueId);
            AssociatedPool associatedPoolForVolume2 = _syncManager.fetchAssociatedPoolOfVolume(dstUniqueId);
            if (associatedPoolForVolume1 != null && associatedPoolForVolume2 != null) {
                if (associatedPoolForVolume1.getStoragepool().getId().equals(associatedPoolForVolume2.getStoragepool().getId())) {
                    return false;
                } else {
                    return true;
                }
            }
        }
    } catch (SOSFailure e) {
        log.error("StorageOSFailure occured", e);
        throw FaultUtil.StorageFault("StorageOSFailure occured", e);
    } catch (InvalidArgument e) {
        log.error(methodName + "InvalidArgument occured ", e);
        throw e;
    } catch (NotFound e) {
        log.error(methodName + "NotFound occured ", e);
        throw e;
    }
    return false;
}

Example 3 with AssociatedPool

use of com.emc.storageos.vasa.data.internal.Volume.AssociatedPool in project coprhd-controller by CoprHD.

the class SyncManager method fetchAssociatedPoolOfVolume.

public synchronized AssociatedPool fetchAssociatedPoolOfVolume(String volumeID) throws SOSFailure {
    final String methodName = "fetchAssociatedPoolForVolume(): ";
    log.trace(methodName + "Entry with volumeID[" + volumeID + "]");
    final String ASSOCIATED_POOL_OF_VOLUME_URI = "/block/volumes/%s/storage-pool";
    AssociatedPool associatedPool = null;
    try {
        associatedPool = _client.queryObject(String.format(ASSOCIATED_POOL_OF_VOLUME_URI, volumeID), Volume.AssociatedPool.class);
        associatedPool = associatedPool.getStoragepool() == null ? null : associatedPool;
    } catch (NoSuchAlgorithmException e) {
        log.error(methodName + "NoSuchAlgorithmException occured", e);
        throw new SOSFailure(e);
    } catch (UniformInterfaceException e) {
        log.error(methodName + "UniformInterfaceException occured", e);
        throw new SOSFailure(e);
    }
    log.trace(methodName + "Exit returning associated storage pool[" + associatedPool + "]");
    return associatedPool;
}

Example 4 with AssociatedPool

use of com.emc.storageos.vasa.data.internal.Volume.AssociatedPool in project coprhd-controller by CoprHD.

the class SOSAlarmManager method getThinlyProvisionStatusOfHAVolumes.

private String getThinlyProvisionStatusOfHAVolumes(SyncManager manager, List<HighAvailabilityVolume> haVolList) throws StorageFault {
    final String methodName = "getThinlyProvisionStatusOfHAVolumes(): ";
    log.debug(methodName + "Entry with input: haVolList" + haVolList);
    String alarmStatus = null;
    StoragePool storagePool = null;
    Set<String> alarmSet = new HashSet<String>();
    for (HighAvailabilityVolume haVol : haVolList) {
        try {
            AssociatedPool associatedPool = manager.fetchAssociatedPoolOfVolume(haVol.getId());
            if (log.isTraceEnabled()) {
                log.trace(methodName + haVol.getId() + " is associated with " + associatedPool);
            }
            storagePool = manager.fetchStoragePoolByHref(associatedPool.getStoragepool().getLink().getHref());
            alarmStatus = this.getThinlyProvisionStatusOfStoragePool(storagePool);
            alarmSet.add(alarmStatus);
        } catch (SOSFailure e) {
            log.error(methodName + "SOSFailure failure occured", e);
            throw FaultUtil.StorageFault(e);
        }
    }
    if (alarmSet.contains(AlarmStatusEnum.Red.getValue())) {
        log.debug(methodName + "Exit returning [RED]");
        return AlarmStatusEnum.Red.getValue();
    }
    if (alarmSet.contains(AlarmStatusEnum.Yellow.getValue())) {
        log.debug(methodName + "Exit returning [YELLOW]");
        return AlarmStatusEnum.Yellow.getValue();
    }
    log.debug(methodName + "Exit returning [GREEN]");
    return AlarmStatusEnum.Green.getValue();
}