/**
* INTERNAL: Return the results from exeucting the database query. the arguments should be a
* database row with raw data values. Find the correct child session to broker the query to, and
* return the result of the session executing the query.
*/
public Object internalExecuteQuery(DatabaseQuery query, AbstractRecord row)
throws DatabaseException, QueryException {
AbstractSession sessionByQuery = getSessionForQuery(query);
// Note, this disables local profilers.
return sessionByQuery.internalExecuteQuery(query, row);
}
/** INTERNAL: Return the create table statement. */
public Writer buildCreationWriter(AbstractSession session, Writer writer)
throws ValidationException {
try {
DatabasePlatform platform = session.getPlatform();
writer.write("CREATE PACKAGE " + getFullName());
writer.write(" AS");
writer.write("\n");
for (Enumeration statementsEnum = getStatements().elements();
statementsEnum.hasMoreElements(); ) {
writer.write((String) statementsEnum.nextElement());
writer.write(platform.getBatchDelimiterString());
writer.write("\n");
}
for (Enumeration proceduresEnum = getProcedures().elements();
proceduresEnum.hasMoreElements(); ) {
writer.write("\n");
String procedureString =
((StoredProcedureDefinition) proceduresEnum.nextElement())
.buildCreationWriter(session, writer)
.toString();
writer.write(procedureString.substring(7, procedureString.length()));
writer.write("\n");
}
writer.write(platform.getBatchEndString());
writer.write("\n" + session.getPlatform().getStoredProcedureTerminationToken());
} catch (IOException ioException) {
throw ValidationException.fileError(ioException);
}
return writer;
}
/**
* INTERNAL: Return the value of the field from the row or a value holder on the query to obtain
* the object. Check for batch + aggregation reading.
*/
public Object valueFromRow(
AbstractRecord row,
JoinedAttributeManager joinManager,
ObjectBuildingQuery query,
AbstractSession executionSession)
throws DatabaseException {
Ref ref = (Ref) row.get(getField());
if (ref == null) {
return null;
}
Struct struct;
try {
((DatabaseAccessor) executionSession.getAccessor()).incrementCallCount(executionSession);
java.sql.Connection connection =
((DatabaseAccessor) executionSession.getAccessor()).getConnection();
struct =
(Struct) executionSession.getPlatform().getRefValue(ref, executionSession, connection);
} catch (java.sql.SQLException exception) {
throw DatabaseException.sqlException(exception, executionSession, false);
}
AbstractRecord targetRow =
((ObjectRelationalDataTypeDescriptor) getReferenceDescriptor())
.buildRowFromStructure(struct);
((DatabaseAccessor) executionSession.getAccessor()).decrementCallCount();
return getReferenceDescriptor().getObjectBuilder().buildObject(query, targetRow, joinManager);
}
/**
* INTERNAL: Return a clone of the attribute.
*
* @param buildDirectlyFromRow indicates that we are building the clone directly from a row as
* opposed to building the original from the row, putting it in the shared cache, and then
* cloning the original.
*/
public Object cloneAttribute(
Object attributeValue,
Object original,
CacheKey cacheKey,
Object clone,
Integer refreshCascade,
AbstractSession cloningSession,
boolean buildDirectlyFromRow) {
// Since valueFromRow was called with the UnitOfWork, attributeValue
// is already a registered result.
if (buildDirectlyFromRow) {
return attributeValue;
}
if (!cloningSession.isUnitOfWork()) {
return mapping.buildContainerClone(attributeValue, cloningSession);
}
boolean isExisting =
!cloningSession.isUnitOfWork()
|| (((UnitOfWorkImpl) cloningSession).isObjectRegistered(clone)
&& (!(((UnitOfWorkImpl) cloningSession).isOriginalNewObject(original))));
return this.getMapping()
.buildCloneForPartObject(
attributeValue,
original,
cacheKey,
clone,
cloningSession,
refreshCascade,
isExisting,
isExisting); // only assume from shared cache if it is existing
}
/** INTERNAL: Get a value from the object and set that in the respective field of the row. */
@Override
public Object valueFromObject(Object object, DatabaseField field, AbstractSession session) {
// First check if the value can be obtained from the value holder's row.
AbstractRecord referenceRow =
getIndirectionPolicy().extractReferenceRow(getAttributeValueFromObject(object));
if (referenceRow != null) {
Object value = referenceRow.get(field);
// Must ensure the classification to get a cache hit.
try {
value = session.getDatasourcePlatform().convertObject(value, getFieldClassification(field));
} catch (ConversionException e) {
throw ConversionException.couldNotBeConverted(this, getDescriptor(), e);
}
return value;
}
// 2.5.1.6 PWK. added to support batch reading on variable one to ones
Object referenceObject = getRealAttributeValueFromObject(object, session);
String queryKeyName = (String) getSourceToTargetQueryKeyNames().get(field);
ClassDescriptor objectDescriptor = session.getDescriptor(referenceObject.getClass());
DatabaseField targetField =
objectDescriptor.getObjectBuilder().getTargetFieldForQueryKeyName(queryKeyName);
if (targetField == null) {
return null;
}
return objectDescriptor
.getObjectBuilder()
.extractValueFromObjectForField(referenceObject, targetField, session);
}
/**
* PUBLIC: Return a session broker that behaves as a client session broker. An acquire session
* broker is done under the covers on each session inside the session broker, and a new broker is
* returned.
*
* <p>NOTE: when finished with the client broker, it should be releases. See
* releaseClientSessionBroker.
*/
public SessionBroker acquireClientSessionBroker() {
log(SessionLog.FINER, SessionLog.CONNECTION, "acquire_client_session_broker");
SessionBroker clientBroker = copySessionBroker();
clientBroker.parent = this;
clientBroker
.getIdentityMapAccessorInstance()
.setIdentityMapManager(getIdentityMapAccessorInstance().getIdentityMapManager());
clientBroker.commitManager = getCommitManager();
clientBroker.commandManager = getCommandManager();
clientBroker.externalTransactionController = getExternalTransactionController();
clientBroker.setServerPlatform(getServerPlatform());
String sessionName;
AbstractSession serverSession;
Iterator names = this.getSessionsByName().keySet().iterator();
while (names.hasNext()) {
sessionName = (String) names.next();
serverSession = getSessionForName(sessionName);
if (serverSession instanceof org.eclipse.persistence.sessions.server.ServerSession) {
if (serverSession.getProject().hasIsolatedClasses()) {
throw ValidationException.isolatedDataNotSupportedInSessionBroker(sessionName);
}
clientBroker.internalRegisterSession(
sessionName,
((org.eclipse.persistence.sessions.server.ServerSession) serverSession)
.acquireClientSession());
} else {
throw ValidationException.cannotAcquireClientSessionFromSession();
}
}
clientBroker.initializeSequencing();
return clientBroker;
}
/** INTERNAL: Build a ADT structure from the row data. */
public Struct buildStructureFromRow(
AbstractRecord row, AbstractSession session, java.sql.Connection connection)
throws DatabaseException {
Struct structure;
boolean reconnected = false;
try {
if (connection == null) {
((DatabaseAccessor) session.getAccessor()).incrementCallCount(session);
reconnected = true;
connection = ((DatabaseAccessor) session.getAccessor()).getConnection();
}
Object[] fields = new Object[getOrderedFields().size()];
for (int index = 0; index < getOrderedFields().size(); index++) {
DatabaseField field = (DatabaseField) getOrderedFields().elementAt(index);
fields[index] = row.get(field);
}
structure =
session.getPlatform().createStruct(getStructureName(), fields, session, connection);
} catch (java.sql.SQLException exception) {
throw DatabaseException.sqlException(exception, session, false);
} finally {
if (reconnected) {
((DatabaseAccessor) session.getAccessor()).decrementCallCount();
}
}
return structure;
}
/**
* INTERNAL: Build and return the appropriate field value for the specified set of nested rows.
* The database better be expecting an ARRAY. It looks like we can ignore inheritance here....
*/
public Object buildFieldValueFromNestedRows(
Vector nestedRows, String structureName, AbstractSession session) throws DatabaseException {
Object[] fields = new Object[nestedRows.size()];
java.sql.Connection connection = ((DatabaseAccessor) session.getAccessor()).getConnection();
boolean reconnected = false;
try {
if (connection == null) {
((DatabaseAccessor) session.getAccessor()).incrementCallCount(session);
reconnected = true;
connection = ((DatabaseAccessor) session.getAccessor()).getConnection();
}
int i = 0;
for (Enumeration stream = nestedRows.elements(); stream.hasMoreElements(); ) {
AbstractRecord nestedRow = (AbstractRecord) stream.nextElement();
fields[i++] = this.buildStructureFromRow(nestedRow, session, connection);
}
return session.getPlatform().createArray(structureName, fields, session, connection);
} catch (java.sql.SQLException exception) {
throw DatabaseException.sqlException(exception, session, false);
} finally {
if (reconnected) {
((DatabaseAccessor) session.getAccessor()).decrementCallCount();
}
}
}
protected static boolean verifyField(
AbstractSession session, DatabaseField field, ClassDescriptor descriptor) {
boolean ok = true;
if (field.equals(descriptor.getSequenceNumberField())) {
ok = false;
session
.getIntegrityChecker()
.handleError(
DescriptorException.returningPolicyFieldNotSupported(field.getName(), descriptor));
} else if (descriptor.hasInheritance()
&& field.equals(descriptor.getInheritancePolicy().getClassIndicatorField())) {
ok = false;
session
.getIntegrityChecker()
.handleError(
DescriptorException.returningPolicyFieldNotSupported(field.getName(), descriptor));
} else if (descriptor.usesOptimisticLocking()) {
OptimisticLockingPolicy optimisticLockingPolicy = descriptor.getOptimisticLockingPolicy();
if (optimisticLockingPolicy instanceof VersionLockingPolicy) {
VersionLockingPolicy versionLockingPolicy = (VersionLockingPolicy) optimisticLockingPolicy;
if (field.equals(versionLockingPolicy.getWriteLockField())) {
ok = false;
session
.getIntegrityChecker()
.handleError(
DescriptorException.returningPolicyFieldNotSupported(
field.getName(), descriptor));
}
}
}
return ok;
}
/**
* INTERNAL: The mapping is initialized with the given session. This mapping is fully initialized
* after this.
*/
public void initialize(AbstractSession session) throws DescriptorException {
// modified so that reference class on composite mappings is no longer mandatory
String referenceClassName = getReferenceClassName();
if (this.referenceClass == null && referenceClassName != null) {
if (!referenceClassName.equals(XMLConstants.UNKNOWN_OR_TRANSIENT_CLASS)) {
setReferenceClass(
session
.getDatasourcePlatform()
.getConversionManager()
.convertClassNameToClass(referenceClassName));
}
}
initializeReferenceDescriptorAndField(session);
ContainerPolicy cp = getContainerPolicy();
if (cp != null) {
if (cp.getContainerClass() == null) {
Class cls =
session
.getDatasourcePlatform()
.getConversionManager()
.convertClassNameToClass(cp.getContainerClassName());
cp.setContainerClass(cls);
}
if (cp instanceof MapContainerPolicy) {
initializeMapContainerPolicy(session, (MapContainerPolicy) cp);
}
}
if (null != getContainerAccessor()) {
getContainerAccessor().initializeAttributes(this.referenceClass);
}
}
/**
* INTERNAL: This method is used to unwrap the oracle connection wrapped by the application
* server. TopLink needs this unwrapped connection for certain Oracle Specific support. (ie
* TIMESTAMPTZ) This is added as a workaround for bug 4565190
*/
public Connection getConnection(AbstractSession session, Connection connection) {
if (session.getServerPlatform() != null
&& (session.getLogin()).shouldUseExternalConnectionPooling()) {
// This is added as a workaround for bug 4460996
return session.getServerPlatform().unwrapConnection(connection);
}
return connection;
}
/**
* PUBLIC: set the integrityChecker. IntegrityChecker holds all the ClassDescriptor Exceptions.
*/
public void setIntegrityChecker(IntegrityChecker integrityChecker) {
super.setIntegrityChecker(integrityChecker);
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
session.setIntegrityChecker(integrityChecker);
}
}
/**
* PUBLIC: Set the profiler for the session. This allows for performance operations to be
* profiled.
*/
public void setProfiler(SessionProfiler profiler) {
super.setProfiler(profiler);
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
session.setProfiler(profiler);
}
}
/**
* PUBLIC: Set the message log.
*
* @see #logMessages()
*/
public void setLog(Writer log) {
super.setLog(log);
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
session.setLog(log);
}
}
/**
* INTERNAL: Return the qualified canonical name of the given qualified class name. This method
* will check the session for a corresponding class that was processed during deploy. If one is
* not found, will build the canonical name applying any default package and the default suffix
* qualifier "_".
*/
public static String getQualifiedCanonicalName(String qualifiedName, AbstractSession session) {
String sessionStaticMetamodelClass = session.getStaticMetamodelClass(qualifiedName);
if (sessionStaticMetamodelClass == null) {
return getQualifiedCanonicalName(qualifiedName, session.getProperties());
} else {
return sessionStaticMetamodelClass;
}
}
/** PUBLIC: Return if this session is a server session broker. */
public boolean isServerSessionBroker() {
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
if (session.isServerSession()) {
return true;
}
}
return false;
}
/** Set the value on the underlying POJO, unwrapping values as necessary. */
public void setDeclaredProperty(int propertyIndex, Object value) {
SDOProperty declaredProperty =
(SDOProperty) dataObject.getType().getDeclaredProperties().get(propertyIndex);
if (declaredProperty.getType().isChangeSummaryType()) {
return;
}
Mapping mapping = this.getJAXBMappingForProperty(declaredProperty);
Object newValue = value;
Object oldValue = mapping.getAttributeAccessor().getAttributeValueFromObject(entity);
if (declaredProperty.getType().isDataType()) {
if (!declaredProperty.isMany()) {
AbstractSession session =
((JAXBContext) jaxbHelperContext.getJAXBContext()).getXMLContext().getSession(entity);
XMLDirectMapping directMapping = (XMLDirectMapping) mapping;
if (directMapping.hasConverter()) {
newValue = directMapping.getConverter().convertDataValueToObjectValue(newValue, session);
} else {
CoreField field = mapping.getField();
newValue =
session
.getDatasourcePlatform()
.getConversionManager()
.convertObject(
newValue,
descriptor.getObjectBuilder().getFieldClassification((XMLField) field));
}
}
mapping.setAttributeValueInObject(entity, newValue);
} else if (declaredProperty.isMany()) {
// Get a ListWrapper and set it's current elements
ListWrapper listWrapper = (ListWrapper) getDeclaredProperty(propertyIndex);
listWrapper.addAll((List) newValue);
} else {
// OLD VALUE
if (mapping.isAbstractCompositeObjectMapping()) {
XMLCompositeObjectMapping compositeMapping = (XMLCompositeObjectMapping) mapping;
if (oldValue != null && compositeMapping.getContainerAccessor() != null) {
compositeMapping.getContainerAccessor().setAttributeValueInObject(oldValue, null);
}
}
// NEW VALUE
newValue = jaxbHelperContext.unwrap((DataObject) value);
mapping.getAttributeAccessor().setAttributeValueInObject(entity, newValue);
if (mapping.isAbstractCompositeObjectMapping()) {
XMLCompositeObjectMapping compositeMapping = (XMLCompositeObjectMapping) mapping;
if (value != null && compositeMapping.getContainerAccessor() != null) {
compositeMapping.getContainerAccessor().setAttributeValueInObject(newValue, entity);
}
}
}
}
/**
* PUBLIC: Release the session. This does nothing by default, but allows for other sessions such
* as the ClientSession to do something.
*/
public void release() {
if (isClientSessionBroker()) {
log(SessionLog.FINER, SessionLog.CONNECTION, "releasing_client_session_broker");
}
AbstractSession session;
for (Iterator enumtr = getSessionsByName().values().iterator(); enumtr.hasNext(); ) {
session = (AbstractSession) enumtr.next();
session.release();
}
super.release();
}
/** Compare objects. */
public static void compareObjects(Object obj1, Object obj2, String persistenceUnit) {
AbstractSession dbs = getDatabaseSession(persistenceUnit);
if (!dbs.compareObjects(obj1, obj2)) {
fail(
"Objects "
+ obj1
+ " and "
+ obj2
+ " are not equal. See log (on finest) for what did not match.");
}
}
/**
* INTERNAL: This method notifies the accessor that a particular sets of writes has completed.
* This notification can be used for such thing as flushing the batch mechanism
*/
public void writesCompleted() {
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
if (!session.isConnected()) {
throw DatabaseException.databaseAccessorNotConnected();
}
}
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
session.writesCompleted();
}
}
// precondition: info1.field.equals(info2.field);
static Info mergeInfos(
Info info1, Info info2, AbstractSession session, ClassDescriptor descriptor) {
boolean ok = true;
DatabaseField fieldMerged = info1.getField();
if (info2.getField().getType() != null) {
if (info1.getField().getType() == null) {
fieldMerged = info2.field;
} else if (!info1.getField().getType().equals(info2.getField().getType())) {
session
.getIntegrityChecker()
.handleError(
DescriptorException.returningPolicyFieldTypeConflict(
info1.getField().getName(),
info1.getField().getType().getName(),
info2.getField().getType().getName(),
descriptor));
ok = false;
}
}
boolean isInsertMerged = false;
boolean isInsertModeReturnOnlyMerged = false;
if (info1.isInsert() && !info2.isInsert()) {
isInsertMerged = true;
isInsertModeReturnOnlyMerged = info1.isInsertModeReturnOnly();
} else if (!info1.isInsert() && info2.isInsert()) {
isInsertMerged = true;
isInsertModeReturnOnlyMerged = info2.isInsertModeReturnOnly();
} else if (info1.isInsert() && info2.isInsert()) {
isInsertMerged = true;
isInsertModeReturnOnlyMerged = info1.isInsertModeReturnOnly();
if (info1.isInsertModeReturnOnly() != info2.isInsertModeReturnOnly()) {
session
.getIntegrityChecker()
.handleError(
DescriptorException.returningPolicyFieldInsertConflict(
info1.getField().getName(), descriptor));
ok = false;
}
}
if (ok) {
// merging
boolean isUpdateMerged = info1.isUpdate() || info2.isUpdate();
return new Info(fieldMerged, isInsertMerged, isInsertModeReturnOnlyMerged, isUpdateMerged);
} else {
// there is a problem - can't merge
return null;
}
}
/**
* INTERNAL: Commit the transaction on all child sessions. This assumes that the commit of the
* transaction will not fail because all of the modification has already taken place and no errors
* would have occurred.
*/
protected void basicCommitTransaction() throws DatabaseException {
// Do one last check it make sure that all sessions are still connected.
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
if (!session.isConnected()) {
throw DatabaseException.databaseAccessorNotConnected();
}
}
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
session.commitTransaction();
}
}
/** Append the string containing the SQL insert string for the given table. */
protected SQLCall buildCallWithoutReturning(AbstractSession session) {
SQLCall call = new SQLCall();
call.returnNothing();
Writer writer = new CharArrayWriter(200);
try {
writer.write("INSERT ");
if (getHintString() != null) {
writer.write(getHintString());
writer.write(" ");
}
writer.write("INTO ");
writer.write(getTable().getQualifiedNameDelimited(session.getPlatform()));
writer.write(" (");
Vector fieldsForTable = new Vector();
for (Enumeration fieldsEnum = getModifyRow().keys(); fieldsEnum.hasMoreElements(); ) {
DatabaseField field = (DatabaseField) fieldsEnum.nextElement();
if (field.getTable().equals(getTable()) || (!field.hasTableName())) {
fieldsForTable.addElement(field);
}
}
if (fieldsForTable.isEmpty()) {
throw QueryException.objectToInsertIsEmpty(getTable());
}
for (int i = 0; i < fieldsForTable.size(); i++) {
writer.write(
((DatabaseField) fieldsForTable.elementAt(i)).getNameDelimited(session.getPlatform()));
if ((i + 1) < fieldsForTable.size()) {
writer.write(", ");
}
}
writer.write(") VALUES (");
for (int i = 0; i < fieldsForTable.size(); i++) {
DatabaseField field = (DatabaseField) fieldsForTable.elementAt(i);
call.appendModify(writer, field);
if ((i + 1) < fieldsForTable.size()) {
writer.write(", ");
}
}
writer.write(")");
call.setSQLString(writer.toString());
} catch (IOException exception) {
throw ValidationException.fileError(exception);
}
return call;
}
/**
* INTERNAL: Build the appropriate field value for the specified set of direct values. The
* database better be expecting an ARRAY.
*/
public Object buildFieldValueFromDirectValues(
Vector directValues, String elementDataTypeName, AbstractSession session)
throws DatabaseException {
Object[] fields = Helper.arrayFromVector(directValues);
try {
((DatabaseAccessor) session.getAccessor()).incrementCallCount(session);
java.sql.Connection connection = ((DatabaseAccessor) session.getAccessor()).getConnection();
return session.getPlatform().createArray(elementDataTypeName, fields, session, connection);
} catch (java.sql.SQLException ex) {
throw DatabaseException.sqlException(ex, session, false);
} finally {
((DatabaseAccessor) session.getAccessor()).decrementCallCount();
}
}
/** PUBLIC: Return if all sessions are still connected to the database. */
public boolean isConnected() {
if ((getSessionsByName() == null) || (getSessionsByName().isEmpty())) {
return false;
}
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
if (!session.isConnected()) {
return false;
}
}
return true;
}
protected void logDebugLocalPreallocation(
AbstractSession writeSession, String seqName, Vector sequences, Accessor accessor) {
if (writeSession.shouldLog(SessionLog.FINEST, SessionLog.SEQUENCING)) {
Object[] args = {
seqName, new Integer(sequences.size()), sequences.firstElement(), sequences.lastElement()
};
writeSession.log(
SessionLog.FINEST,
SessionLog.SEQUENCING,
"sequencing_localPreallocation",
args,
accessor);
}
}
/**
* Return if pessimistic locking/select for update nowait is supported for this test platform.
* Currently testing supports nowait on Oracle, SQLServer. PostgreSQL also supports NOWAIT, but
* doesn't support the outer joins used in the tests.
*/
public static boolean isSelectForUpateNoWaitSupported(String puName) {
AbstractSession dbSession = getDatabaseSession(puName);
if (dbSession.isBroker()) {
for (AbstractSession memberSession :
((SessionBroker) dbSession).getSessionsByName().values()) {
if (!isSelectForUpateSupported(memberSession.getPlatform())) {
return false;
}
}
return true;
} else {
return isSelectForUpateNoWaitSupported(dbSession.getPlatform());
}
}
/** Verifies that the object was deleted from the database correctly. */
public void verifyDelete(Object writtenObject, String persistenceUnit) {
AbstractSession dbs = getDatabaseSession(persistenceUnit);
boolean ok;
if (dbs.isServerSession()) {
ok = ((ServerSession) dbs).acquireClientSession().verifyDelete(writtenObject);
} else if (dbs.isSessionBroker()) {
ok = ((SessionBroker) dbs).acquireClientSessionBroker().verifyDelete(writtenObject);
} else {
ok = dbs.verifyDelete(writtenObject);
}
if (!ok) {
fail("Object not deleted from the database correctly: " + writtenObject);
}
}
/** INTERNAL: Rollback the transaction on all child sessions. */
protected void basicRollbackTransaction() throws DatabaseException {
DatabaseException globalException = null;
for (Iterator sessionEnum = getSessionsByName().values().iterator(); sessionEnum.hasNext(); ) {
AbstractSession session = (AbstractSession) sessionEnum.next();
try {
session.rollbackTransaction();
} catch (DatabaseException exception) {
globalException = exception;
}
}
if (globalException != null) {
throw globalException;
}
}
public void waitUntilUnlocked(long timeToWaitBeforeVerify) throws InterruptedException {
if (isLocked()) {
long n = timeToWaitBeforeVerify / 100;
for (int i = 0; i < n && isLocked(); i++) {
if (isStateEnabled(UNLOCKED_BY_SOURCE_SESSION)) {
// source session remote connection has been removed
if (sourceSession
.getCommandManager()
.getTransportManager()
.getConnectionsToExternalServices()
.isEmpty()) {
// the following line unlocks, unless UNLOCKED_BY_SOURCE_SESSION state is disabled
unlock(UNLOCKED_BY_SOURCE_SESSION);
}
}
if (isLocked()) {
Thread.sleep(100);
}
}
if (isLocked()) {
unlock(UNLOCKED_BY_TIMER);
} else if (state == UNLOCKED_BY_TARGET_LISTENER) {
Thread.sleep(100);
}
}
}