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| 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. |
|
|
AbstractStorage.createPOJO(Class<T> pClass,
IBean pBean)
Creates a POJO from the tiven type and with the values from a bean. |
|
protected
|
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. |
|
|
AbstractStorage.delete(T pObject)
Deletes the specified bean/POJO from the storage. |
|
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. |
|
void |
AbstractMemStorage.executeDelete(Object[] pDeleteDataRow)
This method has to be implemented in the Storage implementation and should have the functionality of the delete method. |
|
void |
AbstractStorage.executeDeleteAsBean(Object[] pDeleteDataRow)
This method will be used if AbstractStorage.delete(Object) was called. |
|
void |
AbstractMemStorage.executeDeleteAsBean(Object[] pDeleteDataRow)
This method will be used if AbstractStorage.delete(Object) was called. |
|
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. |
|
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. |
|
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. |
|
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. |
|
abstract MetaData |
AbstractStorage.executeGetMetaData()
This method has to be implemented in the Storage implementation and should have the functionality of the getMetaData method. |
|
MetaData |
AbstractMemStorage.executeGetMetaData()
This method has to be implemented in the Storage implementation and should have the functionality of the getMetaData method. |
|
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. |
|
Object[] |
AbstractMemStorage.executeInsert(Object[] pDataRow)
This method has to be implemented in the Storage implementation and should have the functionality of the insert method. |
|
Object[] |
AbstractStorage.executeInsertAsBean(Object[] pDataRow)
This method will be used if AbstractStorage.insert(Object) was called. |
|
Object[] |
AbstractMemStorage.executeInsertAsBean(Object[] pDataRow)
This method will be used if AbstractStorage.insert(Object) was called. |
|
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. |
|
Object[] |
AbstractMemStorage.executeRefetchRow(Object[] pDataRow)
This method has to be implemented in the Storage implementation and should have the functionality of the refetchRow method. |
|
Object[] |
AbstractMemStorage.executeRefetchRow(String[] pQueryColumns,
Object[] pDataRow)
Refetches data. |
|
Object[] |
AbstractStorage.executeRefetchRowAsBean(Object[] pDataRow)
This method will be used if AbstractStorage.refetch(Object) was called. |
|
Object[] |
AbstractMemStorage.executeRefetchRowAsBean(Object[] pDataRow)
This method will be used if AbstractStorage.refetch(Object) was called. |
|
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. |
|
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. |
|
Object[] |
AbstractStorage.executeUpdateAsBean(Object[] pOldDataRow,
Object[] pNewDataRow)
This method will be used if AbstractStorage.update(Object) was called. |
|
Object[] |
AbstractMemStorage.executeUpdateAsBean(Object[] pOldDataRow,
Object[] pNewDataRow)
This method will be used if AbstractStorage.update(Object) was called. |
|
|
AbstractStorage.fetch(Class<T> pClass,
ICondition pFilter)
Returns the requested bean/POJO from the storage. |
|
|
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 BeanType |
AbstractStorage.getAndInitBeanType()
Gets the bean type based on the meta data. |
|
int |
AbstractMemStorage.getEstimatedRowCount(ICondition pFilter)
Returns the number of rows in this AbstractStorage from the storage. |
|
MetaData |
AbstractStorage.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. |
|
|
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. |
|
|
AbstractStorage.refetch(T pObject)
Refetchs 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. |
|
void |
AbstractStorage.setPropertyNameForColumn(String pColumnName,
String pPropertyName)
Sets the property name (Java standard) for a given column name. |
|
Object[] |
AbstractStorage.update(Object[] pOldDataRow,
Object[] pNewDataRow)
Return the updated row as Object[]. |
|
|
AbstractStorage.update(T pObject)
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. |
protected DBStorage |
DBStorage.createAutomaticLinkStorage(String pFrom)
Creates a new DBStorage which is configured for automatic link cell editors. |
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. |
void |
DBStorage.executeDelete(Object[] pDeleteDataRow)
This method has to be implemented in the Storage implementation and should have the functionality of the delete method. |
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. |
MetaData |
DBStorage.executeGetMetaData()
This method has to be implemented in the Storage implementation and should have the functionality of the getMetaData method. |
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. |
Object[] |
DBStorage.executeRefetchRow(Object[] pDataRow)
This method has to be implemented in the Storage implementation and should have the functionality of the refetchRow method. |
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[]> |
IDBAccess.fetch(ServerMetaData pServerMetaData,
String pBeforeQueryColumns,
String[] pQueryColumns,
String pFromClause,
ICondition pFilter,
String pWhereClause,
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[]> |
DBAccess.fetch(ServerMetaData pServerMetaData,
String pBeforeQueryColumns,
String[] pQueryColumns,
String pFromClause,
ICondition pFilter,
String pLastWhereCondition,
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. |
Hashtable<String,Object[]> |
OracleDBAccess.getAllowedValues(String pCatalog,
String pSchema,
String pTable)
Gets the allowed values from a specific table. |
Hashtable<String,Object[]> |
MSSQLDBAccess.getAllowedValues(String pCatalog,
String pSchema,
String pTable)
Gets the allowed values from a specific table. |
Hashtable<String,Object[]> |
DBAccess.getAllowedValues(String pCatalog,
String pSchema,
String pTable)
Gets the allowed values from a specific table. |
DBAccess.ColumnMetaDataInfo |
PostgreSQLDBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
|
DBAccess.ColumnMetaDataInfo |
OracleDBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
Returns the meta data information for the specified query, and configures all columns with defaults. |
DBAccess.ColumnMetaDataInfo |
MySQLDBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
|
DBAccess.ColumnMetaDataInfo |
MSSQLDBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
|
DBAccess.ColumnMetaDataInfo |
HSQLDBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
Returns the meta data information for the specified query, and configures all columns with defaults. |
DBAccess.ColumnMetaDataInfo |
DerbyDBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
Returns the meta data information for the specified query, and configures all columns with defaults. |
DBAccess.ColumnMetaDataInfo |
DBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWriteBackTable,
String[] pWriteBackColumns)
Returns the meta data information for the specified query, and configures all columns with defaults. |
DBAccess.ColumnMetaDataInfo |
DB2DBAccess.getColumnMetaData(String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
String pWritebackTable,
String[] pWritebackColumns)
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. |
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 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. |
Hashtable<String,Object> |
PostgreSQLDBAccess.getDefaultValues(String pCatalog,
String pSchema,
String pTable)
Gets all default column values of a specific table. |
Hashtable<String,Object> |
OracleDBAccess.getDefaultValues(String pCatalog,
String pSchema,
String pTable)
Gets all default column values of a specific table. |
Hashtable<String,Object> |
MySQLDBAccess.getDefaultValues(String pCatalog,
String pSchema,
String pTable)
Gets all default column values of a specific table. |
Hashtable<String,Object> |
HSQLDBAccess.getDefaultValues(String pCatalog,
String pSchema,
String pTable)
Gets all default column values of a specific table. |
Hashtable<String,Object> |
DerbyDBAccess.getDefaultValues(String pCatalog,
String pSchema,
String pTable)
Gets all default column values of a specific table. |
Hashtable<String,Object> |
DBAccess.getDefaultValues(String pCatalog,
String pSchema,
String pTable)
Gets all default column values of a specific table. |
Hashtable<String,Object> |
DB2DBAccess.getDefaultValues(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> |
OracleDBAccess.getFKs(String pCatalog,
String pSchema,
String pTable)
Returns all Foreign Keys for the specified table. |
List<ForeignKey> |
MySQLDBAccess.getFKs(String pCatalog,
String pSchema,
String pTable)
Returns all Foreign Keys for the specified table. |
List<ForeignKey> |
HSQLDBAccess.getFKs(String sCatalog,
String sSchema,
String pTable)
Returns all Foreign Keys for the specified table. |
List<ForeignKey> |
DBAccess.getFKs(String pCatalog,
String pSchema,
String pTable)
Returns all Foreign Keys for the specified table. |
List<ForeignKey> |
DB2DBAccess.getFKs(String pCatalog,
String pSchema,
String pTable)
Returns all Foreign Keys for the specified table. |
protected String |
DBAccess.getFromClause(String pWriteBackTable,
List<ForeignKey> auForeignKeys)
It creates and returns a from clause with joins over all foreign tables. |
MetaData |
DBStorage.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. |
Key |
MySQLDBAccess.getPK(String pCatalog,
String pSchema,
String pTable)
Gets all Primary Key columns and return it as list of Strings. |
Key |
HSQLDBAccess.getPK(String sCatalog,
String sSchema,
String pTable)
Gets all Primary Key columns and return it as list of Strings. |
Key |
DBAccess.getPK(String pCatalog,
String pSchema,
String pTable)
Gets all Primary Key columns and return it as list of Strings. |
PreparedStatement |
DBAccess.getPreparedStatement(String pSqlStatement,
boolean pReturnKey)
Return a PreparedStatement for the given SQL statement. |
protected String[] |
DBAccess.getQueryColumns(String pWriteBackTable,
List<ForeignKey> pForeignKeys,
String[] pWriteBackColumns)
It creates and returns the query columns, with all write back columns and includes the columns for the LinkReferences (automatic link celleditors). |
String |
DBAccess.getSelectStatement(ICondition pFilter,
String pFromClause,
String[] pQueryColumns,
String pBeforeQueryColumns,
String pWhereClause,
String pAfterWhereClause,
ServerMetaData pServerMetaData)
It initialize the select for a specified storage unit and return the SELECT statement. |
String |
OracleDBAccess.getTableForSynonym(String pSynomyn)
Returns the full qualified table name incl. schema/catalog/db link for the given synonym. |
String |
MSSQLDBAccess.getTableForSynonym(String pSynomyn)
Returns the full qualified table name incl. schema/catalog/db link for the given synonym. |
String |
DBAccess.getTableForSynonym(String pSynomyn)
Returns the full qualified table name incl. schema/catalog/db link for the given synonym. |
String |
DB2DBAccess.getTableForSynonym(String pSynomyn)
Returns the full qualified table name incl. schema/catalog/db link for the given synonym. |
List<Key> |
OracleDBAccess.getUKs(String pCatalog,
String pSchema,
String pTable)
It gets all columns for each Unique Key and return it. |
List<Key> |
MySQLDBAccess.getUKs(String pCatalog,
String pSchema,
String pTable)
It gets all columns for each Unique Key and return it. |
List<Key> |
HSQLDBAccess.getUKs(String sCatalog,
String sSchema,
String pTable)
It gets all columns for each Unique Key and return it. |
List<Key> |
DBAccess.getUKs(String pCatalog,
String pSchema,
String pTable)
It gets all columns for each Unique Key and return it. |
String |
DBAccess.getWHEREClause(ICondition pFilter,
ServerMetaData pServerMetaData,
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[] |
DBAccess.insert(String pWriteBackTable,
ServerMetaData pServerMetaData,
Object[] pNewDataRow)
Returns the newly inserted row from the write back table. |
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 an Database specific insert statement. |
Object[] |
OracleDBAccess.insertDatabaseSpecific(String pWriteBackTable,
String pInsertStatement,
ServerMetaData pServerMetaData,
Object[] pNewDataRow,
String pDummyColumn)
Returns the newly inserted row from an Database specific insert statement. |
Object[] |
MSSQLDBAccess.insertDatabaseSpecific(String pWritebackTable,
String pInsertStatement,
ServerMetaData pServerMetaData,
Object[] pNewDataRow,
String pDummyColumn)
Returns the newly inserted row from an Database specific insert statement. |
Object[] |
HSQLDBAccess.insertDatabaseSpecific(String pWritebackTable,
String pInsertStatement,
ServerMetaData pServerMetaData,
Object[] pNewDataRow,
String pDummyColumn)
Returns the newly inserted row from an Database specific insert statement. |
Object[] |
DBAccess.insertDatabaseSpecific(String pWriteBackTable,
String pInsertStatement,
ServerMetaData pServerMetaData,
Object[] pNewDataRow,
String pDummyColumn)
Returns the newly inserted row from an Database specific insert statement. |
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. |
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. |
protected void |
DBAccess.setFilterParameter(int iStartParameterIndex,
PreparedStatement pStatement,
ICondition pFilter)
Sets all Filter parameter values into the PreparedStatement. |
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 return 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[]. |
|
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