Uses of Class
org.eclipse.persistence.exceptions.EclipseLinkException

Packages that use EclipseLinkException

Package	Description
org.eclipse.persistence.eis
org.eclipse.persistence.exceptions
org.eclipse.persistence.internal.identitymaps
org.eclipse.persistence.internal.indirection
org.eclipse.persistence.platform.xml
org.eclipse.persistence.sessions
org.eclipse.persistence.tools.schemaframework

Uses of EclipseLinkException in org.eclipse.persistence.eis

Subclasses of EclipseLinkException in org.eclipse.persistence.eis

Modifier and Type	Class	Description
class	EISException	Use an EISException when any problem is detected while interacting with an EIS datasource

Uses of EclipseLinkException in org.eclipse.persistence.exceptions

Subclasses of EclipseLinkException in org.eclipse.persistence.exceptions

Modifier and Type	Class	Description
class	BeanValidationException	BeanValidationException should be used to represent any exception that happens during Bean Validation in MOXy.
class	CommunicationException	Purpose:This exception wraps all RMI or CORBA or IO exception that may occur.
class	ConcurrencyException	Purpose: Concurrency deadlock or interupts will raise this exception.
class	ConversionException	Purpose: Conversion exceptions such as method or class not defined will raise this exception.
class	DatabaseException	Purpose: Wrapper for any database exception that occurred through EclipseLink.
class	DBWSException	PUBLIC: runtime exception for EclipseLink DBWS Service
class	DescriptorException	Purpose: This exception is used for any problem that is detected with a descriptor or mapping.
class	DiscoveryException	Instances of this exception are raised if a problem is detected during the discovery of a TopLink cluster.
class	DynamicException	Custom exception type that provides information about failure cases encountered when using a GenericEntity with TopLink.
class	EntityManagerSetupException
class	IntegrityException	Purpose: IntegrityExceptions is used to throw all the Descriptors exceptions.
class	JAXBException	Purpose: This class provides an implementation of EclipseLinkException specific to the EclipseLink JAXB implementation
class	JPQLException	Purpose: EJBQL parsing and resolution problems will raise this exception
class	JSONException	Purpose: This class provides an implementation of EclipseLinkException specific to the EclipseLink JSON handling (marshall, unmarshall, Jersey provider)
class	OptimisticLockException	Purpose: This exception is used when TopLink's optimistic locking feature is used.
class	PersistenceUnitLoadingException
class	QueryException	Purpose: This exception is used for any problem that is detected with a query.
class	RemoteCommandManagerException	Instances of this exception are raised if a problem is detected in the RemoteCommandManager (RCM) feature.
class	SDOException	Purpose: This class provides an implementation of EclipseLinkException specific to the EclipseLink SDO (Service Data Objects) API.
class	ServerPlatformException
class	SessionLoaderException
class	StaticWeaveException
class	TransactionException
class	ValidationException	Purpose: This exception is used if incorrect state or method arguments are detected in a general TopLink object.
class	XMLConversionException	Purpose: XML conversion exceptions are raised for any problem when converting Java types to/from XML.
class	XMLMarshalException	Purpose: XMLMarshalExceptions are raised when issues are encountered during XMLMarshaller or XMLUnmarshaller operations.
class	XMLParseException

Uses of EclipseLinkException in org.eclipse.persistence.internal.identitymaps

Methods in org.eclipse.persistence.internal.identitymaps that throw EclipseLinkException

Modifier and Type	Method	Description
void	IdentityMapManager.initializeIdentityMap(Class<?> theClass)	Reset the identity map for only the instances of the class.

Uses of EclipseLinkException in org.eclipse.persistence.internal.indirection

Methods in org.eclipse.persistence.internal.indirection that throw EclipseLinkException

Modifier and Type	Method	Description
protected T	BatchValueHolder.instantiate(AbstractSession session)	Instantiate the object by having the mapping extract its value from the query.

Uses of EclipseLinkException in org.eclipse.persistence.platform.xml

Subclasses of EclipseLinkException in org.eclipse.persistence.platform.xml

Modifier and Type	Class	Description
class	XMLPlatformException

Uses of EclipseLinkException in org.eclipse.persistence.sessions

Methods in org.eclipse.persistence.sessions that throw EclipseLinkException

Modifier and Type	Method	Description
Object	Session.executeQuery(DatabaseQuery query)	PUBLIC: Execute the database query.

Uses of EclipseLinkException in org.eclipse.persistence.tools.schemaframework

Methods in org.eclipse.persistence.tools.schemaframework that throw EclipseLinkException

Modifier and Type	Method	Description
void	SequenceDefinition.alterOnDatabase(AbstractSession session)	INTERNAL: By default does nothing.
void	SequenceObjectDefinition.alterOnDatabase(AbstractSession session)	INTERNAL: Execute the SQL required to alter sequence increment.
void	SchemaManager.alterSequence(SequenceDefinition sequenceDefinition)	Use the definition to alter sequence.
void	SchemaManager.createConstraints(TableDefinition tableDefinition)	Use the table definition to add the constraints to the database, this is normally done in two steps to avoid dependencies.
void	TableDefinition.createConstraints(AbstractSession session, Writer schemaWriter)	INTERNAL: Execute the SQL alter table constraint creation string.
void	TableDefinition.createConstraintsOnDatabase(AbstractSession session)	INTERNAL: Execute the SQL alter table constraint creation string.
void	DatabaseObjectDefinition.createDatabaseSchema(AbstractSession session, Writer writer, Set<String> createdDatabaseSchemas)	INTERNAL: Execute the DDL to create the database schema for this object.
void	TableDefinition.createDatabaseSchema(AbstractSession session, Writer writer, Set<String> createdDatabaseSchemas)	INTERNAL: Execute the DDL to create the database schema for this object.
void	DatabaseObjectDefinition.createDatabaseSchemaOnDatabase(AbstractSession session, Set<String> createdDatabaseSchemas)	INTERNAL: Execute the DDL to create the database schema for this object.
void	TableDefinition.createDatabaseSchemaOnDatabase(AbstractSession session, Set<String> createdDatabaseSchemas)	INTERNAL: Execute the DDL to create the database schema for this object.
void	DatabaseObjectDefinition.createObject(AbstractSession session, Writer schemaWriter)	INTERNAL: Either drop from the database directly or write the statement to a file.
void	SchemaManager.createObject(DatabaseObjectDefinition databaseObjectDefinition)	Use the definition object to create the schema entity on the database.
void	DatabaseObjectDefinition.createOnDatabase(AbstractSession session)	INTERNAL: Execute the DDL to create this object.
void	SequenceDefinition.createOnDatabase(AbstractSession session)	INTERNAL: Creates this sequence definition on the database.
protected void	SchemaManager.createOrReplaceSequences(boolean create)	Common implementor for createSequence and replaceSequence
protected void	SchemaManager.createOrReplaceSequences(boolean createSequenceTables, boolean createSequences)	Common implementor for createSequence and replaceSequence, distinguishes between sequence tables and sequence objects
void	SchemaManager.createSequences()	Create all the receiver's sequences on the database for all of the loaded descriptors.
void	SchemaManager.dropConstraints(TableDefinition tableDefinition)	Use the table definition to drop the constraints from the table, this is normally done in two steps to avoid dependencies.
void	TableDefinition.dropConstraints(AbstractSession session, Writer schemaWriter)	INTERNAL: Execute the SQL alter table constraint creation string.
void	TableDefinition.dropConstraintsOnDatabase(AbstractSession session)	INTERNAL: Execute the SQL alter table constraint creation string.
void	DatabaseObjectDefinition.dropDatabaseSchema(AbstractSession session, Writer writer)	INTERNAL: Execute the DDL to drop the database schema for this object.
void	TableDefinition.dropDatabaseSchema(AbstractSession session, Writer writer)	INTERNAL: Execute the DDL to drop the database schema for this object.
void	TableSequenceDefinition.dropDatabaseSchema(AbstractSession session, Writer writer)	INTERNAL: Execute the DDL to drop the database schema for this object.
void	DatabaseObjectDefinition.dropDatabaseSchemaOnDatabase(AbstractSession session)	INTERNAL: Execute the DDL to drop the database schema for this object.
void	TableDefinition.dropDatabaseSchemaOnDatabase(AbstractSession session)	INTERNAL: Execute the DDL to drop the database schema for this object.
void	TableSequenceDefinition.dropDatabaseSchemaOnDatabase(AbstractSession session)	INTERNAL: Execute the DDL to drop the database schema for this object.
void	DatabaseObjectDefinition.dropFromDatabase(AbstractSession session)	INTERNAL: Execute the DDL to drop the object.
void	DatabaseObjectDefinition.dropObject(AbstractSession session, Writer schemaWriter, boolean createSQLFiles)	INTERNAL: Execute the DDL to drop the object.
void	SchemaManager.dropObject(DatabaseObjectDefinition databaseObjectDefinition)	Use the definition object to drop the schema entity from the database.
void	SchemaManager.dropTable(String tableName)	Drop (delete) the table named tableName from the database.
void	SchemaManager.extendDefaultTables(boolean generateFKConstraints)	Create or extend the default table schema for the project this session associated with.
void	SchemaManager.generateStoredProcedures()	PUBLIC: Use this method to generate stored procedures based on the dynamic SQL generated for your mappings and descriptors.
void	SchemaManager.generateStoredProcedures(Writer writer)	PUBLIC: Use this method to generate stored procedures based on the dynamic SQL generated for your mappings and descriptors.
void	SchemaManager.generateStoredProceduresAndAmendmentClass(Writer writer, String fullyQualifiedClassName)	PUBLIC: Use this method to generate stored procedures based on the dynamic SQL generated for your mappings and descriptors.
void	SchemaManager.generateStoredProceduresAndAmendmentClass(String path, String fullyQualifiedClassName)	PUBLIC: Use this method to generate stored procedures based on the dynamic SQL generated for your mappings and descriptors.
protected void	SchemaManager.processSequenceDefinition(SequenceDefinition definition, boolean createTables, boolean createSequences, boolean replace, Set<String> createdTableNames, Set<String> droppedTableNames)	Method creates database tables/objects.
protected void	SchemaManager.processSequenceDefinitions(boolean createSequenceTables, boolean createSequences, boolean replaceSequences)	Common implementor for createSequence and replaceSequence, distinguishes between sequence tables and sequence objects
void	SchemaManager.replaceDefaultTables()	Drop and recreate the default table schema for the project this session associated with.
void	SchemaManager.replaceDefaultTables(boolean createSequenceTables, boolean generateFKConstraints)	Drop and recreate the default table schema for the project this session associated with.
void	SchemaManager.replaceDefaultTables(boolean createSequenceTables, boolean createSequences, boolean generateFKConstraints)	Drop and recreate the default table schema for the project this session associated with.
void	SchemaManager.replaceObject(DatabaseObjectDefinition databaseDefinition)	Use the definition object to drop and recreate the schema entity on the database.
void	SchemaManager.replaceSequences()	Drop and recreate all the receiver's sequences on the database for all of the loaded descriptors.