@Override
public void prepare(
Collection<UnderReplicatedBlock> removed,
Collection<UnderReplicatedBlock> newed,
Collection<UnderReplicatedBlock> modified)
throws StorageException {
HopsSession session = connector.obtainSession();
List<UnderReplicatedBlocksDTO> changes = new ArrayList<UnderReplicatedBlocksDTO>();
List<UnderReplicatedBlocksDTO> deletions = new ArrayList<UnderReplicatedBlocksDTO>();
for (UnderReplicatedBlock urBlock : removed) {
UnderReplicatedBlocksDTO newInstance = session.newInstance(UnderReplicatedBlocksDTO.class);
createPersistable(urBlock, newInstance);
deletions.add(newInstance);
}
for (UnderReplicatedBlock urBlock : newed) {
UnderReplicatedBlocksDTO newInstance = session.newInstance(UnderReplicatedBlocksDTO.class);
createPersistable(urBlock, newInstance);
changes.add(newInstance);
}
for (UnderReplicatedBlock urBlock : modified) {
UnderReplicatedBlocksDTO newInstance = session.newInstance(UnderReplicatedBlocksDTO.class);
createPersistable(urBlock, newInstance);
changes.add(newInstance);
}
session.deletePersistentAll(deletions);
session.savePersistentAll(changes);
}
@Override
public void add(YarnRunningPrice yarnRunningPrice) throws StorageException {
HopsSession session = connector.obtainSession();
YarnRunningPriceClusterJ.YarnRunningPriceDTO toAdd =
createPersistable(yarnRunningPrice, session);
session.savePersistent(toAdd);
session.release(toAdd);
}
@Override
public void removeAll(Collection<SchedulerApplication> toRemove) throws StorageException {
HopsSession session = connector.obtainSession();
List<SchedulerApplicationDTO> toPersist = new ArrayList<SchedulerApplicationDTO>();
for (SchedulerApplication entry : toRemove) {
toPersist.add(session.newInstance(SchedulerApplicationDTO.class, entry.getAppid()));
}
session.deletePersistentAll(toPersist);
session.release(toPersist);
}
@Override
public List<UnderReplicatedBlock> findAll() throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> dobj =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(dobj);
query.setOrdering(Query.Ordering.ASCENDING, "level", "timestamp");
List<UnderReplicatedBlock> blocks = createUrBlockList(query.getResultList());
return blocks;
}
@Override
public void addAll(Collection<SchedulerApplication> toAdd) throws StorageException {
HopsSession session = connector.obtainSession();
List<SchedulerApplicationDTO> toPersist = new ArrayList<SchedulerApplicationDTO>();
for (SchedulerApplication req : toAdd) {
toPersist.add(createPersistable(req, session));
}
session.savePersistentAll(toPersist);
session.flush();
session.release(toPersist);
}
@Override
public Map<String, SchedulerApplication> getAll() throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<SchedulerApplicationDTO> dobj =
qb.createQueryDefinition(SchedulerApplicationClusterJ.SchedulerApplicationDTO.class);
HopsQuery<SchedulerApplicationDTO> query = session.createQuery(dobj);
List<SchedulerApplicationClusterJ.SchedulerApplicationDTO> queryResults = query.getResultList();
Map<String, SchedulerApplication> result = createApplicationIdMap(queryResults);
session.release(queryResults);
return result;
}
@Override
public List<UnderReplicatedBlock> findByINodeIds(int[] inodeIds) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> qdt =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred1 = qdt.get("iNodeId").in(qdt.param("idParam"));
qdt.where(pred1);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(qdt);
query.setParameter("idParam", Ints.asList(inodeIds));
return createUrBlockList(query.getResultList());
}
@Override
public List<QuotaUpdate> findByInodeId(int inodeId) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<QuotaUpdateDTO> dobj = qb.createQueryDefinition(QuotaUpdateDTO.class);
HopsPredicate pred1 = dobj.get("inodeId").equal(dobj.param(INODE_ID_PARAM));
dobj.where(pred1);
HopsQuery<QuotaUpdateDTO> query = session.createQuery(dobj);
query.setParameter(INODE_ID_PARAM, inodeId);
List<QuotaUpdateDTO> results = query.getResultList();
return convertAndRelease(session, results);
}
@Override
public List<UnderReplicatedBlock> findByLevel(int level) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> dobj =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred = dobj.get("level").equal(dobj.param("level"));
dobj.where(pred);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(dobj);
query.setParameter("level", level);
query.setOrdering(Query.Ordering.ASCENDING, "level", "timestamp");
return createUrBlockList(query.getResultList());
}
@Override
public UnderReplicatedBlock findByPk(long blockId, int inodeId) throws StorageException {
HopsSession session = connector.obtainSession();
Object[] pk = new Object[2];
pk[0] = inodeId;
pk[1] = blockId;
UnderReplicatedBlocksDTO urbt = session.find(UnderReplicatedBlocksDTO.class, pk);
if (urbt == null) {
return null;
}
return createUrBlock(urbt);
}
@Override
public List<UnderReplicatedBlock> findByINodeId(int inodeId) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> qdt =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred1 = qdt.get("iNodeId").equal(qdt.param("idParam"));
qdt.where(pred1);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(qdt);
query.setParameter("idParam", inodeId);
// FIXME[M]: it throws ClusterJUserException: There is no index containing the ordering fields.
// http://bugs.mysql.com/bug.php?id=67765
// query.setOrdering(HopsQuery.Ordering.ASCENDING, "level", "timestamp");
return createUrBlockList(query.getResultList());
}
@Override
public Map<YarnRunningPrice.PriceType, YarnRunningPrice> getAll() throws StorageException {
LOG.debug("HOP :: ClusterJ YarnRunningPrice.getAll - START");
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<YarnRunningPriceClusterJ.YarnRunningPriceDTO> dobj =
qb.createQueryDefinition(YarnRunningPriceClusterJ.YarnRunningPriceDTO.class);
HopsQuery<YarnRunningPriceClusterJ.YarnRunningPriceDTO> query = session.createQuery(dobj);
List<YarnRunningPriceClusterJ.YarnRunningPriceDTO> queryResults = query.getResultList();
LOG.debug("HOP :: ClusterJ YarnRunningPrice.getAll - STOP");
Map<YarnRunningPrice.PriceType, YarnRunningPrice> result = createMap(queryResults);
session.release(queryResults);
return result;
}
@Override
public void prepare(Collection<QuotaUpdate> added, Collection<QuotaUpdate> removed)
throws StorageException {
HopsSession session = connector.obtainSession();
List<QuotaUpdateDTO> changes = new ArrayList<QuotaUpdateDTO>();
List<QuotaUpdateDTO> deletions = new ArrayList<QuotaUpdateDTO>();
if (removed != null) {
for (QuotaUpdate update : removed) {
QuotaUpdateDTO persistable = createPersistable(update, session);
deletions.add(persistable);
}
}
if (added != null) {
for (QuotaUpdate update : added) {
QuotaUpdateDTO persistable = createPersistable(update, session);
changes.add(persistable);
}
}
session.deletePersistentAll(deletions);
session.savePersistentAll(changes);
session.release(deletions);
session.release(changes);
}
public class SchedulerApplicationClusterJ
implements TablesDef.SchedulerApplicationTableDef,
SchedulerApplicationDataAccess<SchedulerApplication> {
@PersistenceCapable(table = TABLE_NAME)
public interface SchedulerApplicationDTO {
@PrimaryKey
@Column(name = APPID)
String getappid();
void setappid(String appid);
@Column(name = USER)
String getuser();
void setuser(String user);
@Column(name = QUEUENAME)
String getqueuename();
void setqueuename(String queuename);
}
private final ClusterjConnector connector = ClusterjConnector.getInstance();
@Override
public Map<String, SchedulerApplication> getAll() throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<SchedulerApplicationDTO> dobj =
qb.createQueryDefinition(SchedulerApplicationClusterJ.SchedulerApplicationDTO.class);
HopsQuery<SchedulerApplicationDTO> query = session.createQuery(dobj);
List<SchedulerApplicationClusterJ.SchedulerApplicationDTO> queryResults = query.getResultList();
Map<String, SchedulerApplication> result = createApplicationIdMap(queryResults);
session.release(queryResults);
return result;
}
@Override
public void addAll(Collection<SchedulerApplication> toAdd) throws StorageException {
HopsSession session = connector.obtainSession();
List<SchedulerApplicationDTO> toPersist = new ArrayList<SchedulerApplicationDTO>();
for (SchedulerApplication req : toAdd) {
toPersist.add(createPersistable(req, session));
}
session.savePersistentAll(toPersist);
session.flush();
session.release(toPersist);
}
@Override
public void removeAll(Collection<SchedulerApplication> toRemove) throws StorageException {
HopsSession session = connector.obtainSession();
List<SchedulerApplicationDTO> toPersist = new ArrayList<SchedulerApplicationDTO>();
for (SchedulerApplication entry : toRemove) {
toPersist.add(session.newInstance(SchedulerApplicationDTO.class, entry.getAppid()));
}
session.deletePersistentAll(toPersist);
session.release(toPersist);
}
private Map<String, SchedulerApplication> createApplicationIdMap(
List<SchedulerApplicationClusterJ.SchedulerApplicationDTO> list) {
Map<String, SchedulerApplication> schedulerApplications =
new HashMap<String, SchedulerApplication>();
for (SchedulerApplicationClusterJ.SchedulerApplicationDTO persistable : list) {
SchedulerApplication app = createHopSchedulerApplication(persistable);
schedulerApplications.put(app.getAppid(), app);
}
return schedulerApplications;
}
private SchedulerApplication createHopSchedulerApplication(
SchedulerApplicationDTO schedulerApplicationDTO) {
return new SchedulerApplication(
schedulerApplicationDTO.getappid(),
schedulerApplicationDTO.getuser(),
schedulerApplicationDTO.getqueuename());
}
private SchedulerApplicationDTO createPersistable(SchedulerApplication hop, HopsSession session)
throws StorageException {
SchedulerApplicationClusterJ.SchedulerApplicationDTO schedulerApplicationDTO =
session.newInstance(SchedulerApplicationClusterJ.SchedulerApplicationDTO.class);
schedulerApplicationDTO.setappid(hop.getAppid());
schedulerApplicationDTO.setuser(hop.getUser());
schedulerApplicationDTO.setqueuename(hop.getQueuename());
return schedulerApplicationDTO;
}
}
public class UnderReplicatedBlockClusterj
implements TablesDef.UnderReplicatedBlockTableDef,
UnderReplicatedBlockDataAccess<UnderReplicatedBlock> {
@Override
public int countByLevel(int level) throws StorageException {
return MySQLQueryHelper.countWithCriterion(TABLE_NAME, String.format("%s=%d", LEVEL, level));
}
@Override
public int countLessThanALevel(int level) throws StorageException {
return MySQLQueryHelper.countWithCriterion(TABLE_NAME, String.format("%s<%d", LEVEL, level));
}
@PersistenceCapable(table = TABLE_NAME)
@PartitionKey(column = INODE_ID)
@Index(name = "level")
public interface UnderReplicatedBlocksDTO {
@PrimaryKey
@Column(name = INODE_ID)
int getINodeId();
void setINodeId(int inodeId);
@PrimaryKey
@Column(name = BLOCK_ID)
long getBlockId();
void setBlockId(long bid);
@Column(name = LEVEL)
int getLevel();
void setLevel(int level);
@Column(name = TIMESTAMP)
long getTimestamp();
void setTimestamp(long timestamp);
}
private ClusterjConnector connector = ClusterjConnector.getInstance();
@Override
public UnderReplicatedBlock findByPk(long blockId, int inodeId) throws StorageException {
HopsSession session = connector.obtainSession();
Object[] pk = new Object[2];
pk[0] = inodeId;
pk[1] = blockId;
UnderReplicatedBlocksDTO urbt = session.find(UnderReplicatedBlocksDTO.class, pk);
if (urbt == null) {
return null;
}
return createUrBlock(urbt);
}
@Override
public void prepare(
Collection<UnderReplicatedBlock> removed,
Collection<UnderReplicatedBlock> newed,
Collection<UnderReplicatedBlock> modified)
throws StorageException {
HopsSession session = connector.obtainSession();
List<UnderReplicatedBlocksDTO> changes = new ArrayList<UnderReplicatedBlocksDTO>();
List<UnderReplicatedBlocksDTO> deletions = new ArrayList<UnderReplicatedBlocksDTO>();
for (UnderReplicatedBlock urBlock : removed) {
UnderReplicatedBlocksDTO newInstance = session.newInstance(UnderReplicatedBlocksDTO.class);
createPersistable(urBlock, newInstance);
deletions.add(newInstance);
}
for (UnderReplicatedBlock urBlock : newed) {
UnderReplicatedBlocksDTO newInstance = session.newInstance(UnderReplicatedBlocksDTO.class);
createPersistable(urBlock, newInstance);
changes.add(newInstance);
}
for (UnderReplicatedBlock urBlock : modified) {
UnderReplicatedBlocksDTO newInstance = session.newInstance(UnderReplicatedBlocksDTO.class);
createPersistable(urBlock, newInstance);
changes.add(newInstance);
}
session.deletePersistentAll(deletions);
session.savePersistentAll(changes);
}
private void createPersistable(UnderReplicatedBlock block, UnderReplicatedBlocksDTO persistable) {
persistable.setBlockId(block.getBlockId());
persistable.setLevel(block.getLevel());
persistable.setINodeId(block.getInodeId());
persistable.setTimestamp(System.currentTimeMillis());
}
private UnderReplicatedBlock createUrBlock(UnderReplicatedBlocksDTO bit) {
UnderReplicatedBlock block =
new UnderReplicatedBlock(bit.getLevel(), bit.getBlockId(), bit.getINodeId());
return block;
}
private List<UnderReplicatedBlock> createUrBlockList(List<UnderReplicatedBlocksDTO> bitList) {
List<UnderReplicatedBlock> blocks = new ArrayList<UnderReplicatedBlock>();
for (UnderReplicatedBlocksDTO bit : bitList) {
blocks.add(createUrBlock(bit));
}
return blocks;
}
@Override
public int countAll() throws StorageException {
return MySQLQueryHelper.countAll(TABLE_NAME);
}
@Override
public List<UnderReplicatedBlock> findAll() throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> dobj =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(dobj);
query.setOrdering(Query.Ordering.ASCENDING, "level", "timestamp");
List<UnderReplicatedBlock> blocks = createUrBlockList(query.getResultList());
return blocks;
}
@Override
public List<UnderReplicatedBlock> findByLevel(int level) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> dobj =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred = dobj.get("level").equal(dobj.param("level"));
dobj.where(pred);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(dobj);
query.setParameter("level", level);
query.setOrdering(Query.Ordering.ASCENDING, "level", "timestamp");
return createUrBlockList(query.getResultList());
}
@Override
public List<UnderReplicatedBlock> findByLevel(int level, int offset, int count)
throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> dobj =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred = dobj.get("level").equal(dobj.param("level"));
dobj.where(pred);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(dobj);
query.setParameter("level", level);
query.setOrdering(Query.Ordering.ASCENDING, "level", "timestamp");
query.setLimits(offset, count);
return createUrBlockList(query.getResultList());
}
@Override
public List<UnderReplicatedBlock> findByINodeId(int inodeId) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> qdt =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred1 = qdt.get("iNodeId").equal(qdt.param("idParam"));
qdt.where(pred1);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(qdt);
query.setParameter("idParam", inodeId);
// FIXME[M]: it throws ClusterJUserException: There is no index containing the ordering fields.
// http://bugs.mysql.com/bug.php?id=67765
// query.setOrdering(HopsQuery.Ordering.ASCENDING, "level", "timestamp");
return createUrBlockList(query.getResultList());
}
@Override
public List<UnderReplicatedBlock> findByINodeIds(int[] inodeIds) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<UnderReplicatedBlocksDTO> qdt =
qb.createQueryDefinition(UnderReplicatedBlocksDTO.class);
HopsPredicate pred1 = qdt.get("iNodeId").in(qdt.param("idParam"));
qdt.where(pred1);
HopsQuery<UnderReplicatedBlocksDTO> query = session.createQuery(qdt);
query.setParameter("idParam", Ints.asList(inodeIds));
return createUrBlockList(query.getResultList());
}
@Override
public void removeAll() throws StorageException {
HopsSession session = connector.obtainSession();
session.deletePersistentAll(UnderReplicatedBlocksDTO.class);
}
}
public class YarnRunningPriceClusterJ
implements YarnRunningPriceTableDef, YarnRunningPriceDataAccess<YarnRunningPrice> {
private static final Log LOG = LogFactory.getLog(YarnRunningPriceClusterJ.class);
@PersistenceCapable(table = TABLE_NAME)
public interface YarnRunningPriceDTO {
@PrimaryKey
@Column(name = ID)
String getId();
void setId(String id);
@Column(name = TIME)
long getTime();
void setTime(long time);
@Column(name = PRICE)
float getPrice();
void setPrice(float price);
}
private final ClusterjConnector connector = ClusterjConnector.getInstance();
@Override
public Map<YarnRunningPrice.PriceType, YarnRunningPrice> getAll() throws StorageException {
LOG.debug("HOP :: ClusterJ YarnRunningPrice.getAll - START");
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<YarnRunningPriceClusterJ.YarnRunningPriceDTO> dobj =
qb.createQueryDefinition(YarnRunningPriceClusterJ.YarnRunningPriceDTO.class);
HopsQuery<YarnRunningPriceClusterJ.YarnRunningPriceDTO> query = session.createQuery(dobj);
List<YarnRunningPriceClusterJ.YarnRunningPriceDTO> queryResults = query.getResultList();
LOG.debug("HOP :: ClusterJ YarnRunningPrice.getAll - STOP");
Map<YarnRunningPrice.PriceType, YarnRunningPrice> result = createMap(queryResults);
session.release(queryResults);
return result;
}
public static Map<YarnRunningPrice.PriceType, YarnRunningPrice> createMap(
List<YarnRunningPriceClusterJ.YarnRunningPriceDTO> results) {
Map<YarnRunningPrice.PriceType, YarnRunningPrice> map =
new HashMap<YarnRunningPrice.PriceType, YarnRunningPrice>();
for (YarnRunningPriceClusterJ.YarnRunningPriceDTO persistable : results) {
YarnRunningPrice hop = createHopYarnRunningPrice(persistable);
map.put(hop.getId(), hop);
}
return map;
}
private static YarnRunningPrice createHopYarnRunningPrice(
YarnRunningPriceClusterJ.YarnRunningPriceDTO csDTO) {
YarnRunningPrice hop =
new YarnRunningPrice(
YarnRunningPrice.PriceType.valueOf(csDTO.getId()), csDTO.getTime(), csDTO.getPrice());
return hop;
}
@Override
public void add(YarnRunningPrice yarnRunningPrice) throws StorageException {
HopsSession session = connector.obtainSession();
YarnRunningPriceClusterJ.YarnRunningPriceDTO toAdd =
createPersistable(yarnRunningPrice, session);
session.savePersistent(toAdd);
session.release(toAdd);
}
private YarnRunningPriceClusterJ.YarnRunningPriceDTO createPersistable(
YarnRunningPrice hopPQ, HopsSession session) throws StorageException {
YarnRunningPriceClusterJ.YarnRunningPriceDTO pqDTO =
session.newInstance(YarnRunningPriceClusterJ.YarnRunningPriceDTO.class);
// Set values to persist new YarnRunningPriceDTO
pqDTO.setId(hopPQ.getId().name());
pqDTO.setTime(hopPQ.getTime());
pqDTO.setPrice(hopPQ.getPrice());
return pqDTO;
}
}
@Override
public void removeAll() throws StorageException {
HopsSession session = connector.obtainSession();
session.deletePersistentAll(UnderReplicatedBlocksDTO.class);
}
public class QuotaUpdateClusterj
implements TablesDef.QuotaUpdateTableDef, QuotaUpdateDataAccess<QuotaUpdate> {
@PersistenceCapable(table = TABLE_NAME)
public interface QuotaUpdateDTO {
@PrimaryKey
@Column(name = ID)
int getId();
void setId(int id);
@PrimaryKey
@Column(name = INODE_ID)
int getInodeId();
void setInodeId(int id);
@Column(name = NAMESPACE_DELTA)
long getNamespaceDelta();
void setNamespaceDelta(long namespaceDelta);
@Column(name = DISKSPACE_DELTA)
long getDiskspaceDelta();
void setDiskspaceDelta(long diskspaceDelta);
}
private ClusterjConnector connector = ClusterjConnector.getInstance();
private MysqlServerConnector mysqlConnector = MysqlServerConnector.getInstance();
@Override
public void prepare(Collection<QuotaUpdate> added, Collection<QuotaUpdate> removed)
throws StorageException {
HopsSession session = connector.obtainSession();
List<QuotaUpdateDTO> changes = new ArrayList<QuotaUpdateDTO>();
List<QuotaUpdateDTO> deletions = new ArrayList<QuotaUpdateDTO>();
if (removed != null) {
for (QuotaUpdate update : removed) {
QuotaUpdateDTO persistable = createPersistable(update, session);
deletions.add(persistable);
}
}
if (added != null) {
for (QuotaUpdate update : added) {
QuotaUpdateDTO persistable = createPersistable(update, session);
changes.add(persistable);
}
}
session.deletePersistentAll(deletions);
session.savePersistentAll(changes);
session.release(deletions);
session.release(changes);
}
private static final String FIND_QUERY =
"SELECT * FROM " + TABLE_NAME + " ORDER BY " + ID + " LIMIT ";
@Override
public List<QuotaUpdate> findLimited(int limit) throws StorageException {
ArrayList<QuotaUpdate> resultList;
try {
Connection conn = mysqlConnector.obtainSession();
PreparedStatement s = conn.prepareStatement(FIND_QUERY + limit);
ResultSet result = s.executeQuery();
resultList = new ArrayList<QuotaUpdate>();
while (result.next()) {
int id = result.getInt(ID);
int inodeId = result.getInt(INODE_ID);
int namespaceDelta = result.getInt(NAMESPACE_DELTA);
long diskspaceDelta = result.getLong(DISKSPACE_DELTA);
resultList.add(new QuotaUpdate(id, inodeId, namespaceDelta, diskspaceDelta));
}
} catch (SQLException ex) {
throw HopsSQLExceptionHelper.wrap(ex);
} finally {
mysqlConnector.closeSession();
}
return resultList;
}
private QuotaUpdateDTO createPersistable(QuotaUpdate update, HopsSession session)
throws StorageException {
QuotaUpdateDTO dto = session.newInstance(QuotaUpdateDTO.class);
dto.setId(update.getId());
dto.setInodeId(update.getInodeId());
dto.setNamespaceDelta(update.getNamespaceDelta());
dto.setDiskspaceDelta(update.getDiskspaceDelta());
return dto;
}
private List<QuotaUpdate> convertAndRelease(HopsSession session, List<QuotaUpdateDTO> list)
throws StorageException {
List<QuotaUpdate> result = new ArrayList<QuotaUpdate>();
for (QuotaUpdateDTO dto : list) {
result.add(
new QuotaUpdate(
dto.getId(), dto.getInodeId(), dto.getNamespaceDelta(), dto.getDiskspaceDelta()));
session.release(dto);
}
return result;
}
private static final String INODE_ID_PARAM = "inodeId";
@Override
public List<QuotaUpdate> findByInodeId(int inodeId) throws StorageException {
HopsSession session = connector.obtainSession();
HopsQueryBuilder qb = session.getQueryBuilder();
HopsQueryDomainType<QuotaUpdateDTO> dobj = qb.createQueryDefinition(QuotaUpdateDTO.class);
HopsPredicate pred1 = dobj.get("inodeId").equal(dobj.param(INODE_ID_PARAM));
dobj.where(pred1);
HopsQuery<QuotaUpdateDTO> query = session.createQuery(dobj);
query.setParameter(INODE_ID_PARAM, inodeId);
List<QuotaUpdateDTO> results = query.getResultList();
return convertAndRelease(session, results);
}
}