Uses of Class
javax.rad.persist.DataSourceException

Packages that use DataSourceException

com.sibvisions.rad.persist	Contains implementations of the persistence definitions.
com.sibvisions.rad.persist.event	Contains all storage event classes and interfaces.
com.sibvisions.rad.persist.jdbc	Contains all database specific persistence implementations.
javax.rad.persist	Contains classes and interfaces needed for java persistence.

Uses of DataSourceException in com.sibvisions.rad.persist

Methods in com.sibvisions.rad.persist that throw DataSourceException

protected IBean	AbstractStorage.createBean(Object[] pValues) Creates a bean with given values.
IBean	AbstractStorage.createEmptyBean() Creates a new bean with all column names from the meta data.
<T> T	AbstractStorage.createPOJO(Class<T> pClass, IBean pBean) Creates a POJO from the given type and with the values from a bean.
protected <T> T	AbstractStorage.createPOJO(Class<T> pClass, Object[] pValues) Creates a POJO from the given type and with given values.
void	AbstractStorage.delete(Object[] pDeleteDataRow) Deletes the specified row from the storage.
<T> void	AbstractStorage.delete(T pObject) Deletes the specified bean/POJO from the storage.
protected abstract void	AbstractStorage.executeDelete(Object[] pDeleteDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the delete method.
protected void	AbstractMemStorage.executeDelete(Object[] pDeleteDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the delete method.
protected void	AbstractStorage.executeDeleteAsBean(Object[] pDeleteDataRow) This method will be used if AbstractStorage.delete(Object) was called.
protected void	AbstractMemStorage.executeDeleteAsBean(Object[] pDeleteDataRow) This method will be used if AbstractStorage.delete(Object) was called.
protected abstract List<Object[]>	AbstractStorage.executeFetch(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) This method has to be implemented in the Storage implementation and should have the functionality of the fetch method.
protected List<Object[]>	AbstractMemStorage.executeFetch(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) This method has to be implemented in the Storage implementation and should have the functionality of the fetch method.
protected List<Object[]>	AbstractStorage.executeFetchAsBean(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) This method will be used if AbstractStorage.fetchBean(ICondition, SortDefinition, int, int) was called.
protected List<Object[]>	AbstractMemStorage.executeFetchAsBean(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) This method will be used if AbstractStorage.fetchBean(ICondition, SortDefinition, int, int) was called.
protected abstract Object[]	AbstractStorage.executeInsert(Object[] pDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the insert method.
protected Object[]	AbstractMemStorage.executeInsert(Object[] pDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the insert method.
protected Object[]	AbstractStorage.executeInsertAsBean(Object[] pDataRow) This method will be used if AbstractStorage.insert(Object) was called.
protected Object[]	AbstractMemStorage.executeInsertAsBean(Object[] pDataRow) This method will be used if AbstractStorage.insert(Object) was called.
protected abstract Object[]	AbstractStorage.executeRefetchRow(Object[] pDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the refetchRow method.
protected Object[]	AbstractMemStorage.executeRefetchRow(Object[] pDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the refetchRow method.
protected Object[]	AbstractMemStorage.executeRefetchRow(String[] pQueryColumns, Object[] pDataRow) Refetches data.
protected Object[]	AbstractStorage.executeRefetchRowAsBean(Object[] pDataRow) This method will be used if AbstractStorage.refetch(Object) was called.
protected Object[]	AbstractMemStorage.executeRefetchRowAsBean(Object[] pDataRow) This method will be used if AbstractStorage.refetch(Object) was called.
protected abstract Object[]	AbstractStorage.executeUpdate(Object[] pOldDataRow, Object[] pNewDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the update method.
protected Object[]	AbstractMemStorage.executeUpdate(Object[] pOldDataRow, Object[] pNewDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the update method.
protected Object[]	AbstractStorage.executeUpdateAsBean(Object[] pOldDataRow, Object[] pNewDataRow) This method will be used if AbstractStorage.update(Object) was called.
protected Object[]	AbstractMemStorage.executeUpdateAsBean(Object[] pOldDataRow, Object[] pNewDataRow) This method will be used if AbstractStorage.update(Object) was called.
<T> T	AbstractStorage.fetch(Class<T> pClass, ICondition pFilter) Returns the requested bean/POJO from the storage.
<T> List<T>	AbstractStorage.fetch(Class<T> pClass, ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) Returns the requested list of beans/POJOs from the storage.
List<Object[]>	AbstractStorage.fetch(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) Returns the requested rows as List[Object[]].
IBean	AbstractStorage.fetchBean(ICondition pFilter) Returns the requested bean from the storage.
List<IBean>	AbstractStorage.fetchBean(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) Returns the requested list of beans from the storage.
protected IBeanType	AbstractStorage.getAndInitBeanType() Gets the bean type based on the meta data.
BeanConverter	AbstractStorage.getBeanConverter() Gets the BeanConverter for this storage and also initializes it with the metadata from this storage.
int	AbstractMemStorage.getEstimatedRowCount(ICondition pFilter) Returns the number of rows in this AbstractStorage from the storage.
MetaData	AbstractMemStorage.getMetaData() Returns the meta data for this AbstractStorage from the storage as MetaData.
MetaData	AbstractCachedStorage.getMetaData(String pGroup, String pName) Returns the meta data for this AbstractStorage from the storage as MetaData and places the MetaData to the cache with a group name and meta data name.
Object[]	AbstractStorage.insert(Object[] pDataRow) Returns the newly inserted row for this IStorage.
<T> T	AbstractStorage.insert(T pObject) Inserts the new bean/POJO and returns a bean/POJO with current values from the storage.
void	AbstractMemStorage.open() Opens the storage.
<T> T	AbstractStorage.refetch(T pObject) Refetches the specified bean/POJO and returns a bean/POJO with current values from the storage.
Object[]	AbstractStorage.refetchRow(Object[] pDataRow) It refetchs the specified row and returns it as Object[] from the storage.
Object[]	AbstractStorage.update(Object[] pOldDataRow, Object[] pNewDataRow) Return the updated row as Object[].
<T> T	AbstractStorage.update(T pObject) Updates a bean/POJO with the PrimaryKey columns and provides values.
<T> T	AbstractStorage.update(T pOldObject, T pNewObject) Updates a bean/POJO with the PrimaryKey columns and provides values.
void	AbstractStorage.updateBean(IBean pBean, Object pPOJO) Updates a bean with values from a POJO.

Uses of DataSourceException in com.sibvisions.rad.persist.event

Methods in com.sibvisions.rad.persist.event that throw DataSourceException

Object	StorageEventHandler.dispatchEvent(Object... pEventParameter) Dispatches the given events to all listeners.
void	IStorageListener.storageChanged(StorageEvent pStorageEvent) Notifies that the IStorage is changed.

Uses of DataSourceException in com.sibvisions.rad.persist.jdbc

Methods in com.sibvisions.rad.persist.jdbc that throw DataSourceException

void	DBAccess.close() Closes the database Connection and releases all memory.
void	DBAccess.commit() Commits the DB transaction.
void	DBStorage.createAutomaticLinkReference(String[] pColumns, DBStorage pDBStorage, String[] pReferenceColumns) Creates and sets a new StorageReferenceDefinition with the specified DBStorage and columns and reference columns on all pColumns.
void	DBStorage.createAutomaticLinkReference(String[] pColumns, String pWritebackTable, String[] pReferenceColumns) Creates and sets a new StorageReferenceDefinition with the specified FromClause and columns and reference columns on all pColumns.
protected void	DBStorage.createAutomaticLinkStorage(StorageReferenceDefinition pReferenceDefinition, String[] pWritebackColumnNames) Creates a new DBStorage which is configured for automatic link cell editors.
protected ServerMetaData	DBStorage.createMetaData(String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, String pWhereClause, String pAfterWhereClause, String pWritebackTable, String[] pWritebackColumns, boolean pAutoLinkReference, boolean pUseRepresentationColumnsAsQueryColumns) Returns the meta data for the specified DBStorage with all its parameters.
void	IDBAccess.delete(String pWritebackTable, ServerMetaData pServerMetaData, Object[] pDeleteDataRow) Deletes the specified row.
void	DBAccess.delete(String pWriteBackTable, ServerMetaData pServerMetaData, Object[] pDelete) Deletes the specified row.
protected void	DBStorage.executeDelete(Object[] pDeleteDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the delete method.
protected List<Object[]>	DBStorage.executeFetch(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) This method has to be implemented in the Storage implementation and should have the functionality of the fetch method.
Object	DBAccess.executeFunction(String pFunctionName, int pReturnType, Object... pParameters) Executes a DB function with the specified parameters and return the result.
protected Object[]	DBStorage.executeInsert(Object[] pDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the insert method.
void	DBAccess.executeProcedure(String pProcedureName, Object... pParameters) Executes a DB procedure with the specified parameters.
protected Object[]	DBStorage.executeRefetchRow(Object[] pDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the refetchRow method.
protected Object[]	DBStorage.executeUpdate(Object[] pOldDataRow, Object[] pNewDataRow) This method has to be implemented in the Storage implementation and should have the functionality of the update method.
int	DBAccess.executeUpdate(PreparedStatement pSqlStatement) Calls executesUpdate() for specified PreparedStatement and returns the number of updated rows.
List<Object[]>	DBAccess.fetch(ServerMetaData pServerMetaData, String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, ICondition pFilter, String pWhereCondition, String pAfterWhereClause, SortDefinition pSort, int pFromRow, int pMinimumRowCount) Returns the List of fetched rows (as List of Object[]) for the specified query tables and parameters.
List<Object[]>	IDBAccess.fetch(ServerMetaData pServerMetaData, String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, ICondition pFilter, String pWhereClause, String pAfterWhereClause, SortDefinition pSort, int pFromRow, int pMinimumRowCount, boolean pAllowLazyFetch) Returns the List of fetched rows (as List of Object[]) for the specified query tables and parameters.
List<Object[]>	DBAccess.fetch(ServerMetaData pServerMetaData, String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, ICondition pFilter, String pWhereCondition, String pAfterWhereClause, SortDefinition pSort, int pFromRow, int pMinimumRowCount, boolean pAllowLazyFetch) Returns the List of fetched rows (as List of Object[]) for the specified query tables and parameters.
List<Object[]>	DBAccess.fetch(ServerMetaData pServerMetaData, String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, ICondition pFilter, String pWhereCondition, String pAfterWhereClause, SortDefinition pSort, String pOrderByClause, int pFromRow, int pMinimumRowCount) Mostly same as DBAccess.fetch(ServerMetaData, String, String[], String, ICondition, String, String, SortDefinition, int, int).
List<Object[]>	DBAccess.fetch(ServerMetaData pServerMetaData, String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, ICondition pFilter, String pWhereCondition, String pAfterWhereClause, SortDefinition pSort, String pOrderByClause, int pFromRow, int pMinimumRowCount, boolean pAllowLazyFetch) Mostly same as DBAccess.fetch(ServerMetaData, String, String[], String, ICondition, String, String, SortDefinition, int, int).
Map<String,Object[]>	DBAccess.getAllowedValues(String pCatalog, String pSchema, String pTable) Gets the allowed values from a specific table.
protected Map<String,Object[]>	OracleDBAccess.getAllowedValuesIntern(String pCatalog, String pSchema, String pTable) Gets the allowed values from a specific table.
protected Map<String,Object[]>	MSSQLDBAccess.getAllowedValuesIntern(String pCatalog, String pSchema, String pTable) Gets the allowed values from a specific table.
protected Map<String,Object[]>	DBAccess.getAllowedValuesIntern(String pCatalog, String pSchema, String pTable) Gets the allowed values from a specific table.
ServerColumnMetaData[]	DBAccess.getColumnMetaData(String pFromClause, String[] pQueryColumns, String pBeforeQueryColumns, String pWhereClause, String pAfterWhereClause) Returns the meta data information for the specified query, and configures all columns with defaults.
protected ServerColumnMetaData[]	PostgreSQLDBAccess.getColumnMetaDataIntern(String pFromClause, String[] pQueryColumns, String pBeforeQueryColumns, String pWhereClause, String pAfterWhereClause)
protected ServerColumnMetaData[]	MySQLDBAccess.getColumnMetaDataIntern(String pFromClause, String[] pQueryColumns, String pBeforeQueryColumns, String pWhereClause, String pAfterWhereClause)
protected ServerColumnMetaData[]	DBAccess.getColumnMetaDataIntern(String pFromClause, String[] pQueryColumns, String pBeforeQueryColumns, String pWhereClause, String pAfterWhereClause) Returns the meta data information for the specified query, and configures all columns with defaults.
String	PostgreSQLDBAccess.getDatabaseSpecificLockStatement(String pWritebackTable, ServerMetaData pServerMetaData, ICondition pPKFilter) Returns the database specific statement to lock the specified row in the database.
String	OracleDBAccess.getDatabaseSpecificLockStatement(String pWritebackTable, ServerMetaData pServerMetaData, ICondition pPKFilter) Returns the database specific statement to lock the specified row in the database.
protected String	DBAccess.getDatabaseSpecificLockStatement(String pWriteBackTable, ServerMetaData pServerMetaData, ICondition pPKFilter) Returns the database specific statement to lock the specified row in the database.
static DBAccess	DBAccess.getDBAccess(Connection pConnection) Gets the suitable DBAccess for the given external connection.
static DBAccess	DBAccess.getDBAccess(DBCredentials pCredentials) Gets the suitable DBAccess for the given DBCredentials.
static DBAccess	DBAccess.getDBAccess(String pJdbcUrl) Gets the suitable DBAcces for the given JdbcUrl.
Map<String,Object>	DBAccess.getDefaultValues(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	PostgreSQLDBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	OracleDBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	MySQLDBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	HSQLDBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	DerbyDBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	DBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
protected Map<String,Object>	DB2DBAccess.getDefaultValuesIntern(String pCatalog, String pSchema, String pTable) Gets all default column values of a specific table.
int	DBStorage.getEstimatedRowCount(ICondition pFilter) Returns the number of rows in this AbstractStorage from the storage.
List<ForeignKey>	DBAccess.getForeignKeys(String pCatalog, String pSchema, String pTable) Returns all Foreign Keys for the specified table.
protected List<ForeignKey>	OracleDBAccess.getForeignKeysIntern(String pCatalog, String pSchema, String pTable) Returns all Foreign Keys for the specified table.
protected List<ForeignKey>	MySQLDBAccess.getForeignKeysIntern(String pCatalog, String pSchema, String pTable) Returns all Foreign Keys for the specified table.
protected List<ForeignKey>	HSQLDBAccess.getForeignKeysIntern(String sCatalog, String sSchema, String pTable) Returns all Foreign Keys for the specified table.
protected List<ForeignKey>	DBAccess.getForeignKeysIntern(String pCatalog, String pSchema, String pTable) Returns all Foreign Keys for the specified table.
protected List<ForeignKey>	DB2DBAccess.getForeignKeysIntern(String pCatalog, String pSchema, String pTable) Returns all Foreign Keys for the specified table.
MetaData	DBStorage.getMetaData() Returns the meta data for this AbstractStorage from the storage as MetaData.
PreparedStatement	DBAccess.getPreparedStatement(String pSqlStatement, boolean pReturnKey) Return a PreparedStatement for the given SQL statement.
Key	DBAccess.getPrimaryKey(String pCatalog, String pSchema, String pTable) It's gets all Primary Key columns and return it as String[].
protected Key	OracleDBAccess.getPrimaryKeyIntern(String pCatalog, String pSchema, String pTable) It's gets all Primary Key columns and return it as String[].
protected Key	MySQLDBAccess.getPrimaryKeyIntern(String pCatalog, String pSchema, String pTable) It's gets all Primary Key columns and return it as String[].
protected Key	HSQLDBAccess.getPrimaryKeyIntern(String sCatalog, String sSchema, String pTable) It's gets all Primary Key columns and return it as String[].
protected Key	DBAccess.getPrimaryKeyIntern(String pCatalog, String pSchema, String pTable) It's gets all Primary Key columns and return it as String[].
String	DBAccess.getSelectStatement(ServerMetaData pServerMetaData, String pBeforeQueryColumns, String[] pQueryColumns, String pFromClause, ICondition pFilter, String pWhereClause, String pAfterWhereClause, SortDefinition pSort, String pOrderByClause) It initialize the select for a specified storage unit and return the SELECT statement.
protected String	DBAccess.getSQL(ServerMetaData pServerMetaData, ICondition pCondition, boolean pUseRealColumnName) Returns the ANSI SQL String for this ICondition.
String	DBAccess.getTableForSynonym(String pSynomyn) Returns the full qualified table name incl. schema/catalog/db link for the given synonym.
protected String	OracleDBAccess.getTableForSynonymIntern(String pSynomyn) Returns the full qualified table name incl. schema/catalog/db link for the given synonym.
protected String	MSSQLDBAccess.getTableForSynonymIntern(String pSynomyn) Returns the full qualified table name incl. schema/catalog/db link for the given synonym.
protected String	DBAccess.getTableForSynonymIntern(String pSynomyn) Returns the full qualified table name incl. schema/catalog/db link for the given synonym.
protected String	DB2DBAccess.getTableForSynonymIntern(String pSynomyn) Returns the full qualified table name incl. schema/catalog/db link for the given synonym.
TableInfo	DBAccess.getTableInfo(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	PostgreSQLDBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	OracleDBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	MySQLDBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	MSSQLDBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	HanaDBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	DerbyDBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	DBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
protected TableInfo	DB2DBAccess.getTableInfoIntern(String pWriteBackTable) Returns the meta data information for the specified query, and configures all columns with defaults.
List<Key>	DBAccess.getUniqueKeys(String pCatalog, String pSchema, String pTable) It gets all columns for each Unique Key and return it.
protected List<Key>	OracleDBAccess.getUniqueKeysIntern(String pCatalog, String pSchema, String pTable) It gets all columns for each Unique Key and return it.
protected List<Key>	MySQLDBAccess.getUniqueKeysIntern(String pCatalog, String pSchema, String pTable) It gets all columns for each Unique Key and return it.
protected List<Key>	HSQLDBAccess.getUniqueKeysIntern(String sCatalog, String sSchema, String pTable) It gets all columns for each Unique Key and return it.
protected List<Key>	DBAccess.getUniqueKeysIntern(String pCatalog, String pSchema, String pTable) It gets all columns for each Unique Key and return it.
protected String	DBAccess.getWhereClause(ServerMetaData pServerMetaData, ICondition pFilter, String pWhereClause, boolean pUsePrefix) Returns the WHERE clause for a UPDATE, DELETE or SELECT statement specified with a Filter.
Object[]	IDBAccess.insert(String pWritebackTable, ServerMetaData pServerMetaData, Object[] pNewDataRow) Returns the newly inserted row from the write back table.
Object[]	HanaDBAccess.insert(String pWriteBackTable, ServerMetaData pServerMetaData, Object[] pNewDataRow) Returns the newly inserted row from the write back table.
Object[]	DBAccess.insert(String pWriteBackTable, ServerMetaData pServerMetaData, Object[] pNewDataRow) Returns the newly inserted row from the write back table.
protected Object[]	DBAccess.insertAnsiSQL(String pWriteBackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Ansi SQL Database.
Object[]	PostgreSQLDBAccess.insertDatabaseSpecific(String pWritebackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Database specific insert statement.
Object[]	OracleDBAccess.insertDatabaseSpecific(String pWriteBackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Database specific insert statement.
Object[]	MSSQLDBAccess.insertDatabaseSpecific(String pWritebackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Database specific insert statement.
protected Object[]	HSQLDBAccess.insertDatabaseSpecific(String pWritebackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Database specific insert statement.
Object[]	HanaDBAccess.insertDatabaseSpecific(String pWriteBackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Database specific insert statement.
protected Object[]	DBAccess.insertDatabaseSpecific(String pWriteBackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a Database specific insert statement.
protected Object[]	HanaDBAccess.insertHana(String pWriteBackTable, String pInsertStatement, ServerMetaData pServerMetaData, Object[] pNewDataRow, String pDummyColumn) Returns the newly inserted row from a SAP Hana Database.
protected void	DBStorage.installAutomaticLinkReferenceIntern(StorageReferenceDefinition pReferenceDefinition) Creates and sets a new StorageReferenceDefinition with the specified DBStorage(or from clause) and columns and reference columns on all pColumns.
boolean	DBAccess.isAutoCommit() Gets whether auto-commit is en-/disabled.
protected boolean	PostgreSQLDBAccess.isEnum(ServerColumnMetaData pColumnMetaData) Gets whether the given column has an enum as datatype.
boolean	DBAccess.isOpen() Returns true, if the database is still open.
void	IDBAccess.lockRow(String pWritebackTable, ServerMetaData pServerMetaData, ICondition pPKFilter) It locks the specified row in the storage.
void	DBAccess.lockRow(String pWriteBackTable, ServerMetaData pServerMetaData, ICondition pPKFilter) It locks the specified row in the storage.
protected int	DBAccess.lockRowInternal(String pWriteBackTable, ServerMetaData pServerMetaData, ICondition pPKFilter) It locks the current row and return how many rows are affected.
void	OracleDBAccess.open() It opens the database and stores the Connection object.
void	MySQLDBAccess.open() It opens the database and stores the Connection object.
void	HSQLDBAccess.open() It opens the database and stores the Connection object.
void	DBStorage.open() Opens the DBStorage and checks if the DBAssess is !
void	DBAccess.open() It opens the database and stores the Connection object.
void	DB2DBAccess.open() It opens the database and stores the Connection object.
protected void	DBStorage.openInternal(boolean pUseRepresentationColumnsAsQueryColumns) Opens the DBStorage and checks if the DBAccess is !
protected Object[]	DBStorage.refetchRow(Object[] pDataRow, boolean pLock) Refetch and optional locks the specified DataRow via PK.
protected void	DBStorage.refreshMetaData() Refreshs the MetaData with initial settings.
void	DBAccess.rollback() Rollback the DB transaction.
void	DBAccess.setAutoCommit(boolean pEnable) Sets auto-commit state.
protected int	PostgreSQLDBAccess.setColumnsToStore(PreparedStatement pInsert, ServerColumnMetaData[] pServerColumnMetaData, int[] iaWriteables, Object[] pNew, Object[] pOld) Sets the values of all changed columns to store from the value Object[]s into the PreparedStatement and returns the last used parameter index.
protected int	DBAccess.setColumnsToStore(PreparedStatement pInsert, ServerColumnMetaData[] pServerColumnMetaData, int[] iaWriteables, Object[] pNew, Object[] pOld) Sets the values of all changed columns to store from the value Object[]s into the PreparedStatement and returns the last used parameter index.
void	DBStorage.setMetaData(MetaData pMetaData) Sets a new meta data.
protected void	DBAccess.setModified(boolean pModified) Sets modified state of the connection.
Object[]	IDBAccess.update(String pWritebackTable, ServerMetaData pServerMetaData, Object[] pOldDataRow, Object[] pNewDataRow) Return the updated row.
Object[]	DBAccess.update(String pWriteBackTable, ServerMetaData pServerMetaData, Object[] pOld, Object[] pNew) Return the updated row.
int	DBAccess.updateAnsiSQL(String pWriteBackTable, String sUpdateStatement, ServerMetaData pServerMetaData, Object[] pOld, Object[] pNew, ICondition pPKFilter) Updates the specified row and return the count of affected rows.
int	DBAccess.updateDatabaseSpecific(String pWriteBackTable, String sUpdateStatement, ServerMetaData pServerMetaData, Object[] pOld, Object[] pNew, ICondition pPKFilter) Updates the specified row and returns the count of affected rows.

Uses of DataSourceException in javax.rad.persist

Methods in javax.rad.persist that throw DataSourceException

void	IStorage.delete(Object[] pDeleteDataRow) Deletes the specified row from the storage.
List<Object[]>	IStorage.fetch(ICondition pFilter, SortDefinition pSort, int pFromRow, int pMinimumRowCount) Returns the requested rows as List[Object[]].
int	IStorage.getEstimatedRowCount(ICondition pFilter) Returns the number of rows in this AbstractStorage from the storage.
MetaData	IStorage.getMetaData() Returns the meta data for this AbstractStorage from the storage as MetaData.
MetaData	ICachedStorage.getMetaData(String pGroup, String pName) Returns the meta data for this AbstractStorage from the storage as MetaData and places the MetaData to the cache with a group name and meta data name.
Object[]	IStorage.insert(Object[] pDataRow) Returns the newly inserted row for this IStorage.
Object[]	IStorage.refetchRow(Object[] pDataRow) It refetchs the specified row and returns it as Object[] from the storage.
Object[]	IStorage.update(Object[] pOldDataRow, Object[] pNewDataRow) Return the updated row as Object[].