use of com.emc.storageos.hp3par.command.VolumeDetailsCommandResult in project coprhd-controller by CoprHD.
the class HP3PARStorageDriver method discoverStoragePools.
/**
* Get storage pool information and its capabilities
*/
@Override
public DriverTask discoverStoragePools(StorageSystem storageSystem, List<StoragePool> storagePools) {
// For this 3PAR system
_log.info("3PARDriver: discoverStoragePools information for storage system {}, nativeId {} - start", storageSystem.getIpAddress(), storageSystem.getNativeId());
DriverTask task = createDriverTask(HP3PARConstants.TASK_TYPE_DISCOVER_STORAGE_POOLS);
DeduplicationCapabilityDefinition dedupCapabilityDefinition = new DeduplicationCapabilityDefinition();
try {
// get Api client
HP3PARApi hp3parApi = hp3parUtil.getHP3PARDeviceFromNativeId(storageSystem.getNativeId(), this.driverRegistry);
// get storage pool details
CPGCommandResult cpgResult = hp3parApi.getAllCPGDetails();
// for each ViPR Storage pool = 3PAR CPG
for (CPGMember currMember : cpgResult.getMembers()) {
StoragePool pool = new StoragePool();
String cpgName = currMember.getName();
pool.setPoolName(cpgName);
pool.setStorageSystemId(storageSystem.getNativeId());
Set<Protocols> supportedProtocols = new HashSet<>();
supportedProtocols.add(Protocols.iSCSI);
supportedProtocols.add(Protocols.FC);
pool.setProtocols(supportedProtocols);
CPGSpaceCommandResult cpgSpaceResult = hp3parApi.getCPGSpaceDetails(cpgName);
// CPG common space is space available to the CPG from the common pool
Long cpgCommonSpace = cpgSpaceResult.getUsableFreeMiB().longValue();
// CPG allocated capacity is what is currently allocated to the CPG
Long cpgAllocatedCapacity = currMember.getUsrUsage().getTotalMiB().longValue() + currMember.getSAUsage().getTotalMiB().longValue() + currMember.getSDUsage().getTotalMiB().longValue();
// CPG used capacity is what is currently used within the CPG
Long cpgUsedCapacity = currMember.getUsrUsage().getUsedMiB().longValue() + currMember.getSAUsage().getUsedMiB().longValue() + currMember.getSDUsage().getUsedMiB().longValue();
// CPG Free capacity is what is currently free within the CPG
Long cpgFreeCapacity = cpgAllocatedCapacity - cpgUsedCapacity;
// CPG total potentially usable capacity is the sum of these two
// Here we are assuming that the CPG can potentially use all of the common capacity
// Although in practice this is shared with all CPGs of the same type
Long cpgTotalCapacity = cpgAllocatedCapacity + cpgCommonSpace;
// We add the common space to the free capacity because it can also be used by the CPG
cpgFreeCapacity += cpgCommonSpace;
pool.setTotalCapacity(cpgTotalCapacity * HP3PARConstants.KILO_BYTE);
pool.setFreeCapacity(cpgFreeCapacity * HP3PARConstants.KILO_BYTE);
VolumesCommandResult volumesOfCpg = hp3parApi.getVolumesofCPG(cpgName);
Long cpgSubscribedCapacity = (long) 0;
Iterator<VolumeDetailsCommandResult> volIter = volumesOfCpg.getMembers().iterator();
while (volIter.hasNext()) {
cpgSubscribedCapacity += volIter.next().getSizeMiB();
}
pool.setSubscribedCapacity(cpgSubscribedCapacity * HP3PARConstants.KILO_BYTE);
_log.info("3PARDriver: For CPG {}:", cpgName);
_log.info("Number of volumes in CPG = {}", volumesOfCpg.getTotal());
_log.info("Total Capacity = {} MB, Subscribed Capacity = {} MB, Free Capacity = {} MB", cpgTotalCapacity, cpgSubscribedCapacity, cpgFreeCapacity);
// Note that subscribed capacity need not be equal to (total - free capacity) for thin pools
pool.setOperationalStatus(currMember.getState() == 1 ? PoolOperationalStatus.READY : PoolOperationalStatus.NOTREADY);
Set<RaidLevels> supportedRaidLevels = new HashSet<>();
switch(currMember.getSDGrowth().getLDLayout().getRAIDType()) {
case 1:
supportedRaidLevels.add(RaidLevels.RAID0);
break;
case 2:
supportedRaidLevels.add(RaidLevels.RAID1);
break;
case 3:
supportedRaidLevels.add(RaidLevels.RAID5);
break;
case 4:
supportedRaidLevels.add(RaidLevels.RAID6);
break;
}
pool.setSupportedRaidLevels(supportedRaidLevels);
if (currMember.getSDGrowth().getLDLayout().getDiskPatterns() == null) {
_log.warn("3PARDriver: Neglecting storage pool {} as there is no disk associated with it", currMember.getName());
continue;
}
Set<SupportedDriveTypes> supportedDriveTypes = new HashSet<>();
for (int j = 0; j < currMember.getSDGrowth().getLDLayout().getDiskPatterns().size(); j++) {
switch(currMember.getSDGrowth().getLDLayout().getDiskPatterns().get(j).getDiskType()) {
case 1:
supportedDriveTypes.add(SupportedDriveTypes.FC);
break;
case 2:
supportedDriveTypes.add(SupportedDriveTypes.NL_SAS);
break;
case 3:
supportedDriveTypes.add(SupportedDriveTypes.SSD);
break;
}
}
pool.setSupportedDriveTypes(supportedDriveTypes);
pool.setMaximumThinVolumeSize(16 * HP3PARConstants.MEGA_BYTE);
pool.setMinimumThinVolumeSize(256 * HP3PARConstants.KILO_BYTE);
pool.setMaximumThickVolumeSize(16 * HP3PARConstants.MEGA_BYTE);
pool.setMinimumThickVolumeSize(256 * HP3PARConstants.KILO_BYTE);
pool.setSupportedResourceType(SupportedResourceType.THIN_AND_THICK);
pool.setPoolServiceType(PoolServiceType.block);
// Storage object properties
// SB SDK is not sending pool name in volume creation
pool.setNativeId(currMember.getName());
pool.setDeviceLabel(currMember.getName());
pool.setDisplayName(currMember.getName());
storageSystem.setAccessStatus(AccessStatus.READ_WRITE);
// SDK requires initialization
List<CapabilityInstance> capabilities = new ArrayList<>();
// setting appropriate capability for dedup supported pool
if (currMember.isDedupCapable()) {
Boolean dedupEnabled = true;
Map<String, List<String>> props = new HashMap<>();
props.put(DeduplicationCapabilityDefinition.PROPERTY_NAME.ENABLED.name(), Arrays.asList(dedupEnabled.toString()));
CapabilityInstance capabilityInstance = new CapabilityInstance(dedupCapabilityDefinition.getId(), dedupCapabilityDefinition.getId(), props);
capabilities.add(capabilityInstance);
}
pool.setCapabilities(capabilities);
_log.info("3PARDriver: added storage pool {}, native id {}", pool.getPoolName(), pool.getNativeId());
storagePools.add(pool);
}
// for each storage pool
task.setStatus(DriverTask.TaskStatus.READY);
_log.info("3PARDriver: discoverStoragePools information for storage system {}, nativeId {} - end", storageSystem.getIpAddress(), storageSystem.getNativeId());
} catch (Exception e) {
String msg = String.format("3PARDriver: Unable to discover the storage pool information for storage system %s native id %s; Error: %s.\n", storageSystem.getSystemName(), storageSystem.getNativeId(), e);
_log.error(msg);
_log.error(CompleteError.getStackTrace(e));
task.setMessage(msg);
task.setStatus(DriverTask.TaskStatus.FAILED);
e.printStackTrace();
}
return task;
}
use of com.emc.storageos.hp3par.command.VolumeDetailsCommandResult in project coprhd-controller by CoprHD.
the class HP3PARApi method restorePhysicalCopy.
public void restorePhysicalCopy(String name) throws Exception {
_log.info("3PARDriver: restorePhysicalCopy enter");
ClientResponse clientResp = null;
Boolean offline = false;
String intermediateSnapshot = name;
// Offline restore is performed on intermediate snapshot
String offlinePayload = "{\"action\":4, \"online\": " + offline + " }";
try {
VolumeDetailsCommandResult volResult = null;
volResult = getVolumeDetails(name);
if (volResult != null && volResult.getProvisioningType() != 3) {
// get intermediate snapshot of clone/physical copy
intermediateSnapshot = volResult.getCopyOf();
}
final String path = MessageFormat.format(URI_RESTORE_VOLUME_CLONE, intermediateSnapshot);
// trying offline restore
clientResp = put(path, offlinePayload);
if (clientResp == null) {
_log.error("3PARDriver: restorePhysicalCopy There is no response from 3PAR");
throw new HP3PARException("There is no response from 3PAR");
} else if (clientResp.getStatus() != 200) {
String errResp = getResponseDetails(clientResp);
_log.info("3PARDriver: restorePhysicalCopy error {} ", errResp);
throw new HP3PARException(errResp);
} else {
_log.info("3PARDriver: restorePhysicalCopy success");
}
} catch (Exception e) {
_log.info("3PARDriver: restorePhysicalCopy exception info {} ", e.getMessage());
throw e;
} finally {
if (clientResp != null) {
clientResp.close();
}
_log.info("3PARDriver: restorePhysicalCopy leave");
}
// end try/catch/finally
}
use of com.emc.storageos.hp3par.command.VolumeDetailsCommandResult in project coprhd-controller by CoprHD.
the class HP3PARApi method getVolumeDetails.
public VolumeDetailsCommandResult getVolumeDetails(String name) throws Exception {
_log.info("3PARDriver:getVolumeDetails enter");
ClientResponse clientResp = null;
final String path = MessageFormat.format(URI_VOLUME_DETAILS, name);
_log.info("3PARDriver: getVolumeDetails path is {}", path);
try {
clientResp = get(path);
if (clientResp == null) {
_log.error("3PARDriver:There is no response from 3PAR");
throw new HP3PARException("There is no response from 3PAR");
} else if (clientResp.getStatus() != 200) {
String errResp = getResponseDetails(clientResp);
throw new HP3PARException(errResp);
} else {
String responseString = clientResp.getEntity(String.class);
_log.info("3PARDriver:getVolumeDetails 3PAR response is {}", responseString);
VolumeDetailsCommandResult volResult = new Gson().fromJson(sanitize(responseString), VolumeDetailsCommandResult.class);
return volResult;
}
} catch (Exception e) {
throw e;
} finally {
if (clientResp != null) {
clientResp.close();
}
_log.info("3PARDriver:getVolumeDetails leave");
}
// end try/catch/finally
}
use of com.emc.storageos.hp3par.command.VolumeDetailsCommandResult in project coprhd-controller by CoprHD.
the class HP3PARCGHelper method createConsistencyGroupClone.
/**
* Creating physical copy for VVset or CG clone Rest API expects created
* VVset with its corresponding volumes types for clone destination So,
* There are many ways for implementation
*
* 1. Customer will provide the VVSet name which already exist in Array
* with its corresponding similar volumes for cloning
*
* 2. Customer will not provide any existing and matching VV set with
* corresponding volumes for CG clone
*
* 3. Customer will provide VVset name which is created but volumes are not
* matching for clone creation.
*
* Create new VV Set / CG . Create new volumes similar to parent VVSet
* volumes Use this newly created VV set for CG clone
*
* option 2 is implemented, need to handle negative / error cases of option
* 3
*/
public DriverTask createConsistencyGroupClone(VolumeConsistencyGroup consistencyGroup, List<VolumeClone> clones, List<CapabilityInstance> capabilities, DriverTask task, Registry driverRegistry) {
_log.info("3PARDriver: createConsistencyGroupClone for storage system id {}, Base CG name {} , Base CG native id {} - start", consistencyGroup.getStorageSystemId(), consistencyGroup.getDisplayName(), consistencyGroup.getNativeId());
String VVsetNameForClone = consistencyGroup.getDisplayName();
VolumeDetailsCommandResult volResult = null;
HashMap<String, VolumeClone> clonesMap = new HashMap<String, VolumeClone>();
try {
Boolean saveSnapshot = true;
// get Api client
HP3PARApi hp3parApi = hp3parUtil.getHP3PARDeviceFromNativeId(consistencyGroup.getStorageSystemId(), driverRegistry);
// get Vipr generated clone name
for (VolumeClone clone : clones) {
// native id = null ,
_log.info("3PARDriver: createConsistencyGroupClone generated clone parent id {}, display name {} ", clone.getParentId(), clone.getDisplayName());
String generatedCloneName = clone.getDisplayName();
VVsetNameForClone = generatedCloneName.substring(0, generatedCloneName.lastIndexOf("-"));
_log.info("3PARDriver: createConsistencyGroupClone CG name {} to be used in cloning ", VVsetNameForClone);
clonesMap.put(clone.getParentId(), clone);
}
_log.info("3PARDriver: createConsistencyGroupClone clonesMap {}", clonesMap.toString());
// Create vvset clone
VVSetVolumeClone[] result = hp3parApi.createVVsetPhysicalCopy(consistencyGroup.getNativeId(), VVsetNameForClone, clones, saveSnapshot);
_log.info("3PARDriver: createConsistencyGroupClone outPut of CG clone result {} ", result.toString());
for (VVSetVolumeClone cloneCreated : result) {
VolumeClone clone = clonesMap.get(cloneCreated.getParent());
_log.info("createConsistencyGroupClone cloneCreated {} and local clone obj nativeid = {} , parent id = {}", cloneCreated.getValues(), clone.getNativeId(), clone.getParentId());
volResult = hp3parApi.getVolumeDetails(cloneCreated.getChild());
_log.info("createConsistencyGroupClone cloneCreated All values {} ", volResult.getAllValues());
clone.setWwn(volResult.getWwn());
clone.setNativeId(volResult.getId());
clone.setDeviceLabel(volResult.getName());
// snap.setAccessStatus(volResult.getAccessStatus());
clone.setDisplayName(volResult.getName());
clone.setReplicationState(VolumeClone.ReplicationState.SYNCHRONIZED);
clone.setProvisionedCapacity(clone.getRequestedCapacity());
// Allocated capacity is the sum of user, snapshot and admin reserved space
Long allocatedCapacity = volResult.getUserSpace().getReservedMiB();
allocatedCapacity += volResult.getSnapshotSpace().getReservedMiB();
allocatedCapacity += volResult.getAdminSpace().getReservedMiB();
clone.setAllocatedCapacity(allocatedCapacity * HP3PARConstants.MEGA_BYTE);
}
task.setStatus(DriverTask.TaskStatus.READY);
_log.info("createConsistencyGroupClone for storage system native id {}, CG display Name {}, CG native id {} - end", consistencyGroup.getStorageSystemId(), consistencyGroup.getDisplayName(), consistencyGroup.getNativeId());
} catch (Exception e) {
String msg = String.format("3PARDriver: createConsistencyGroupClone Unable to create vv set snap name %s and its native id %s whose storage system id is %s; Error: %s.\n", VVsetNameForClone, consistencyGroup.getNativeId(), consistencyGroup.getStorageSystemId(), e.getMessage());
_log.error(msg);
task.setMessage(msg);
task.setStatus(DriverTask.TaskStatus.PARTIALLY_FAILED);
e.printStackTrace();
}
return task;
}
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