OpenJDK 27 · com.sun.rowset.internal.CachedRowSetWriter

Field Summary

Modifier and Type	Field and Description
private int	callerColumnCount The number of columns in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.
private ResultSetMetaData	callerMd The `ResultSetMetaData` object that contains information about the columns in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.
private transient Connection	con The `Connection` object that this writer will use to make a connection to the data source to which it will write data.
private CachedRowSetImpl	crsResolve This `CachedRowSet` will hold the conflicting values retrieved from the db and hold it.
private String	deleteCmd The SQL `DELETE` command that this writer will call internally to delete a row in the rowset's underlying data source.
private String	deleteWhere The SQL `WHERE` clause the writer will use for delete statements in the `PreparedStatement` object it sends to the underlying data source.
private int	iChangedValsInDbAndCRS This will check whether the same field value has changed both in database and CachedRowSet.
private int	iChangedValsinDbOnly This will hold the number of cols for which the values have changed only in database.
private String	insertCmd The SQL `INSERT INTO` command that this writer will internally use to insert data into the rowset's underlying data source.
private int[]	keyCols An array containing the column numbers of the columns that are needed to uniquely identify a row in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.
private Object[]	params An array of the parameters that should be used to set the parameter placeholders in a `PreparedStatement` object that this writer will execute.
private CachedRowSetReader	reader The `CachedRowSetReader` object that has been set as the reader for the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.
private JdbcRowSetResourceBundle	resBundle
private String	selectCmd The SQL `SELECT` command that this writer will call internally.
pack-priv static final long	serialVersionUID
private ArrayList<Integer>	status This `ArrayList` will hold the values of SyncResolver.*
private String	updateCmd The SQL `UPDATE` command that this writer will call internally to write data to the rowset's underlying data source.
private String	updateWhere The SQL `WHERE` clause the writer will use for update statements in the `PreparedStatement` object it sends to the underlying data source.

Constructor Summary

Access	Constructor and Description
public	CachedRowSetWriter()

Method Summary

Modifier and Type	Method and Description
private void	buildKeyDesc(CachedRowSet the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer crs) Assigns to the given `CachedRowSet` object's `params` field an array whose length equals the number of columns needed to uniquely identify a row in the rowset.
private String	Returns: a `String` object with the fully qualified name of the table from which this writer's rowset was derived buildTableName(DatabaseMetaData a `DatabaseMetaData` object that contains metadata about this writer's `CachedRowSet` object dbmd, String a `String` object with the rowset's catalog name catalog, String schema, String a `String` object with the name of the table from which this writer's rowset was derived table) Returns a fully qualified table name built from the given catalog and table names.
private String	Returns: a `WHERE` clause of the form "`WHERE` columnName = ? AND columnName = ? AND columnName = ? ..." buildWhereClause(String a `String` object that is an empty string ("") whereClause, ResultSet a `ResultSet` object that can be used to access the `CachedRowSet` object's data rs) Constructs an SQL `WHERE` clause using the given string as a starting point.
public void	commit() Implements javax.sql.rowset.spi.TransactionalWriter.commit. Makes permanent all changes that have been performed by the `acceptChanges` method since the last call to either the `commit` or `rollback` methods.
public void	commit(CachedRowSetImpl crs, boolean updateRowset)
private boolean	Returns: `false` if the deletion was successful, which means that there was no conflict; `true` otherwise deleteOriginalRow(CachedRowSet crs, CachedRowSetImpl crsRes) Deletes the row in the underlying data source that corresponds to a row that has been deleted in the given `CachedRowSet` object and returns `false` if the deletion was successful.
public CachedRowSetReader	getReader() Gets the reader for this writer.
private void	initSQLStatements(CachedRowSet a `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer caller) Composes a `SELECT`, `UPDATE`, `INSERT`, and `DELETE` statement that can be used by this writer to write data to the data source backing the given `CachedRowSet` object.
private boolean	Returns: `false` to indicate that the insertion was successful; `true` otherwise insertNewRow(CachedRowSet the `CachedRowSet` object that has had a row inserted and to whose underlying data source the row will be inserted crs, PreparedStatement the `PreparedStatement` object that will be used to execute the insertion pstmt, CachedRowSetImpl crsRes) Inserts a row that has been inserted into the given `CachedRowSet` object into the data source from which the rowset is derived, returning `false` if the insertion was successful.
private boolean	Returns: true if found, false otherwise (auto generated key) isPKNameValid(String - Primary Key to validate pk, ResultSetMetaData - ResultSetMetadata for the RowSet rsmd) Validate whether the Primary Key is known to the CachedRowSet.
private void	readObject(ObjectInputStream ois)
public void	rollback() Implements javax.sql.rowset.spi.TransactionalWriter.rollback. Undoes all changes made in the current transaction.
public void	rollback(Savepoint s) Implements javax.sql.rowset.spi.TransactionalWriter.rollback. Undoes all changes made in the current transaction made prior to the given `Savepoint` object.
public void	setReader(CachedRowSetReader reader) Sets the reader for this writer to the given reader.
private boolean	Returns: `false` if the update to the underlying data source is successful; `true` otherwise updateOriginalRow(CachedRowSet crs) Updates the given `CachedRowSet` object's underlying data source so that updates to the rowset are reflected in the original data source, and returns `false` if the update was successful.
pack-priv void	updateResolvedConflictToDB(CachedRowSet crs, Connection con)
public boolean	Returns: `true` if changes to the rowset were successfully written to the rowset's underlying data source; `false` otherwise writeData(RowSetInternal caller) Implements javax.sql.RowSetWriter.writeData. Propagates changes in the given `RowSet` object back to its underlying data source and returns `true` if successful.

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

callerColumnCount	back to summary
private int callerColumnCount The number of columns in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.

callerMd	back to summary
private ResultSetMetaData callerMd The `ResultSetMetaData` object that contains information about the columns in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer. Annotations @SuppressWarnings:serial

con	back to summary
private transient Connection con The `Connection` object that this writer will use to make a connection to the data source to which it will write data.

crsResolve	back to summary
private CachedRowSetImpl crsResolve This `CachedRowSet` will hold the conflicting values retrieved from the db and hold it.

deleteCmd	back to summary
private String deleteCmd The SQL `DELETE` command that this writer will call internally to delete a row in the rowset's underlying data source.

deleteWhere	back to summary
private String deleteWhere The SQL `WHERE` clause the writer will use for delete statements in the `PreparedStatement` object it sends to the underlying data source.

iChangedValsInDbAndCRS	back to summary
private int iChangedValsInDbAndCRS This will check whether the same field value has changed both in database and CachedRowSet.

iChangedValsinDbOnly	back to summary
private int iChangedValsinDbOnly This will hold the number of cols for which the values have changed only in database.

insertCmd	back to summary
private String insertCmd The SQL `INSERT INTO` command that this writer will internally use to insert data into the rowset's underlying data source. The method `initSQLStatements` builds this command with a question mark parameter placeholder for each column in the rowset.

keyCols	back to summary
private int[] keyCols An array containing the column numbers of the columns that are needed to uniquely identify a row in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.

params	back to summary
private Object[] params An array of the parameters that should be used to set the parameter placeholders in a `PreparedStatement` object that this writer will execute. Annotations @SuppressWarnings:serial

reader	back to summary
private CachedRowSetReader reader The `CachedRowSetReader` object that has been set as the reader for the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer.

resBundle	back to summary
private JdbcRowSetResourceBundle resBundle

selectCmd	back to summary
private String selectCmd The SQL `SELECT` command that this writer will call internally. The method `initSQLStatements` builds this command by supplying the words "SELECT" and "FROM," and using metadata to get the table name and column names .

serialVersionUID	back to summary
pack-priv static final long serialVersionUID

status	back to summary
private ArrayList<Integer> status This `ArrayList` will hold the values of SyncResolver.*

updateCmd	back to summary
private String updateCmd The SQL `UPDATE` command that this writer will call internally to write data to the rowset's underlying data source. The method `initSQLStatements` builds this `String` object.

updateWhere	back to summary
private String updateWhere The SQL `WHERE` clause the writer will use for update statements in the `PreparedStatement` object it sends to the underlying data source.

Constructor Detail

CachedRowSetWriter	back to summary
public CachedRowSetWriter()

Method Detail

buildKeyDesc back to summary

buildKeyDesc	back to summary
private void buildKeyDesc(CachedRowSet crs) throws SQLException Assigns to the given `CachedRowSet` object's `params` field an array whose length equals the number of columns needed to uniquely identify a row in the rowset. The array is given values by the method `buildWhereClause`. If the `CachedRowSet` object's `keyCols` field has length `0` or is `null`, the array is set with the column number of every column in the rowset. Otherwise, the array in the field `keyCols` is set with only the column numbers of the columns that are required to form a unique identifier for a row. Parameters crs:CachedRowSet the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer Exceptions SQLException: if a database access error occurs

private void buildKeyDesc(CachedRowSet crs) throws SQLException

Assigns to the given CachedRowSet object's params field an array whose length equals the number of columns needed to uniquely identify a row in the rowset. The array is given values by the method buildWhereClause.

If the CachedRowSet object's keyCols field has length 0 or is null, the array is set with the column number of every column in the rowset. Otherwise, the array in the field keyCols is set with only the column numbers of the columns that are required to form a unique identifier for a row.

Parameters

crs:CachedRowSet: the CachedRowSet object for which this CachedRowSetWriter object is the writer

Exceptions

SQLException:: if a database access error occurs

buildTableName back to summary

private String buildTableName(DatabaseMetaData dbmd, String catalog, String schema, String table) throws SQLException

Returns a fully qualified table name built from the given catalog and table names. The given metadata object is used to get the proper order and separator.

Parameters

dbmd:DatabaseMetaData: a DatabaseMetaData object that contains metadata about this writer's CachedRowSet object
catalog:String: a String object with the rowset's catalog name
table:String: a String object with the name of the table from which this writer's rowset was derived

Returns:String

a String object with the fully qualified name of the table from which this writer's rowset was derived

Exceptions

SQLException:: if a database access error occurs

buildWhereClause back to summary

buildWhereClause	back to summary
private String buildWhereClause(String whereClause, ResultSet rs) throws SQLException Constructs an SQL `WHERE` clause using the given string as a starting point. The resulting clause will contain a column name and " = ?" for each key column, that is, each column that is needed to form a unique identifier for a row in the rowset. This `WHERE` clause can be added to a `PreparedStatement` object that updates, inserts, or deletes a row. This method uses the given result set to access values in the `CachedRowSet` object that called this writer. These values are used to build the array of parameters that will serve as replacements for the "?" parameter placeholders in the `PreparedStatement` object that is sent to the `CachedRowSet` object's underlying data source. Parameters whereClause:String a `String` object that is an empty string ("") rs:ResultSet a `ResultSet` object that can be used to access the `CachedRowSet` object's data Returns:String a `WHERE` clause of the form "`WHERE` columnName = ? AND columnName = ? AND columnName = ? ..." Exceptions SQLException: if a database access error occurs

private String buildWhereClause(String whereClause, ResultSet rs) throws SQLException

Constructs an SQL WHERE clause using the given string as a starting point. The resulting clause will contain a column name and " = ?" for each key column, that is, each column that is needed to form a unique identifier for a row in the rowset. This WHERE clause can be added to a PreparedStatement object that updates, inserts, or deletes a row.

This method uses the given result set to access values in the CachedRowSet object that called this writer. These values are used to build the array of parameters that will serve as replacements for the "?" parameter placeholders in the PreparedStatement object that is sent to the CachedRowSet object's underlying data source.

Parameters

whereClause:String: a String object that is an empty string ("")
rs:ResultSet: a ResultSet object that can be used to access the CachedRowSet object's data

Returns:String

a WHERE clause of the form "WHERE columnName = ? AND columnName = ? AND columnName = ? ..."

Exceptions

SQLException:: if a database access error occurs

commit back to summary

commit	back to summary
public void commit() throws SQLException Implements javax.sql.rowset.spi.TransactionalWriter.commit. Doc from javax.sql.rowset.spi.TransactionalWriter.commit. Makes permanent all changes that have been performed by the `acceptChanges` method since the last call to either the `commit` or `rollback` methods. This method should be used only when auto-commit mode has been disabled. Exceptions SQLException: if a database access error occurs or the `Connection` object within this `CachedRowSet` object is in auto-commit mode

public void commit() throws SQLException

Implements javax.sql.rowset.spi.TransactionalWriter.commit.

Doc from javax.sql.rowset.spi.TransactionalWriter.commit.

Makes permanent all changes that have been performed by the acceptChanges method since the last call to either the commit or rollback methods. This method should be used only when auto-commit mode has been disabled.

Exceptions

SQLException:: if a database access error occurs or the Connection object within this CachedRowSet object is in auto-commit mode

commit	back to summary
public void commit(CachedRowSetImpl crs, boolean updateRowset) throws SQLException

deleteOriginalRow back to summary

deleteOriginalRow	back to summary
private boolean deleteOriginalRow(CachedRowSet crs, CachedRowSetImpl crsRes) throws SQLException Deletes the row in the underlying data source that corresponds to a row that has been deleted in the given `CachedRowSet` object and returns `false` if the deletion was successful. This method is called internally by this writer's `writeData` method when a row in the rowset has been deleted. The values in the deleted row are the same as those that are stored in the original row of the given `CachedRowSet` object. If the values in the original row differ from the row in the underlying data source, the row in the data source is not deleted, and `deleteOriginalRow` returns `true` to indicate that there was a conflict. Returns:boolean `false` if the deletion was successful, which means that there was no conflict; `true` otherwise Exceptions SQLException: if there was a database access error

private boolean deleteOriginalRow(CachedRowSet crs, CachedRowSetImpl crsRes) throws SQLException

Deletes the row in the underlying data source that corresponds to a row that has been deleted in the given CachedRowSet object and returns false if the deletion was successful.

This method is called internally by this writer's writeData method when a row in the rowset has been deleted. The values in the deleted row are the same as those that are stored in the original row of the given CachedRowSet object. If the values in the original row differ from the row in the underlying data source, the row in the data source is not deleted, and deleteOriginalRow returns true to indicate that there was a conflict.

Returns:boolean

false if the deletion was successful, which means that there was no conflict; true otherwise

Exceptions

SQLException:: if there was a database access error

getReader	back to summary
public CachedRowSetReader getReader() throws SQLException Gets the reader for this writer. Exceptions SQLException: if a database access error occurs

getReader

back to summary

public CachedRowSetReader getReader() throws SQLException

Gets the reader for this writer.

Exceptions

SQLException:: if a database access error occurs

initSQLStatements back to summary

initSQLStatements	back to summary
private void initSQLStatements(CachedRowSet caller) throws SQLException Composes a `SELECT`, `UPDATE`, `INSERT`, and `DELETE` statement that can be used by this writer to write data to the data source backing the given `CachedRowSet` object. Parameters caller:CachedRowSet a `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer Exceptions SQLException: if a database access error occurs

private void initSQLStatements(CachedRowSet caller) throws SQLException

Composes a SELECT, UPDATE, INSERT, and DELETE statement that can be used by this writer to write data to the data source backing the given CachedRowSet object.

Parameters

caller:CachedRowSet: a CachedRowSet object for which this CachedRowSetWriter object is the writer

Exceptions

SQLException:: if a database access error occurs

insertNewRow back to summary

insertNewRow	back to summary
private boolean insertNewRow(CachedRowSet crs, PreparedStatement pstmt, CachedRowSetImpl crsRes) throws SQLException Inserts a row that has been inserted into the given `CachedRowSet` object into the data source from which the rowset is derived, returning `false` if the insertion was successful. Parameters crs:CachedRowSet the `CachedRowSet` object that has had a row inserted and to whose underlying data source the row will be inserted pstmt:PreparedStatement the `PreparedStatement` object that will be used to execute the insertion Returns:boolean `false` to indicate that the insertion was successful; `true` otherwise Exceptions SQLException: if a database access error occurs

private boolean insertNewRow(CachedRowSet crs, PreparedStatement pstmt, CachedRowSetImpl crsRes) throws SQLException

Inserts a row that has been inserted into the given CachedRowSet object into the data source from which the rowset is derived, returning false if the insertion was successful.

Parameters

crs:CachedRowSet: the CachedRowSet object that has had a row inserted and to whose underlying data source the row will be inserted
pstmt:PreparedStatement: the PreparedStatement object that will be used to execute the insertion

Returns:boolean

false to indicate that the insertion was successful; true otherwise

Exceptions

SQLException:: if a database access error occurs

isPKNameValid

back to summary

private boolean isPKNameValid(String pk, ResultSetMetaData rsmd) throws SQLException

Validate whether the Primary Key is known to the CachedRowSet. If it is not, it is an auto-generated key

Parameters

pk:String: - Primary Key to validate
rsmd:ResultSetMetaData: - ResultSetMetadata for the RowSet

Returns:boolean

true if found, false otherwise (auto generated key)

readObject	back to summary
private void readObject(ObjectInputStream ois) throws IOException, ClassNotFoundException

rollback back to summary

rollback	back to summary
public void rollback() throws SQLException Implements javax.sql.rowset.spi.TransactionalWriter.rollback. Doc from javax.sql.rowset.spi.TransactionalWriter.rollback. Undoes all changes made in the current transaction. This method should be used only when auto-commit mode has been disabled. Exceptions SQLException: if a database access error occurs or the `Connection` object within this `CachedRowSet` object is in auto-commit mode

public void rollback() throws SQLException

Implements javax.sql.rowset.spi.TransactionalWriter.rollback.

Doc from javax.sql.rowset.spi.TransactionalWriter.rollback.

Undoes all changes made in the current transaction. This method should be used only when auto-commit mode has been disabled.

Exceptions

SQLException:: if a database access error occurs or the Connection object within this CachedRowSet object is in auto-commit mode

rollback back to summary

rollback	back to summary
public void rollback(Savepoint s) throws SQLException Implements javax.sql.rowset.spi.TransactionalWriter.rollback. Doc from javax.sql.rowset.spi.TransactionalWriter.rollback. Undoes all changes made in the current transaction made prior to the given `Savepoint` object. This method should be used only when auto-commit mode has been disabled. Exceptions SQLException: if a database access error occurs or the `Connection` object within this `CachedRowSet` object is in auto-commit mode

public void rollback(Savepoint s) throws SQLException

Implements javax.sql.rowset.spi.TransactionalWriter.rollback.

Doc from javax.sql.rowset.spi.TransactionalWriter.rollback.

Undoes all changes made in the current transaction made prior to the given Savepoint object. This method should be used only when auto-commit mode has been disabled.

Exceptions

SQLException:: if a database access error occurs or the Connection object within this CachedRowSet object is in auto-commit mode

setReader	back to summary
public void setReader(CachedRowSetReader reader) throws SQLException Sets the reader for this writer to the given reader. Exceptions SQLException: if a database access error occurs

setReader

back to summary

public void setReader(CachedRowSetReader reader) throws SQLException

Sets the reader for this writer to the given reader.

Exceptions

SQLException:: if a database access error occurs

updateOriginalRow back to summary

updateOriginalRow	back to summary
private boolean updateOriginalRow(CachedRowSet crs) throws SQLException Updates the given `CachedRowSet` object's underlying data source so that updates to the rowset are reflected in the original data source, and returns `false` if the update was successful. A return value of `true` indicates that there is a conflict, meaning that a value updated in the rowset has already been changed by someone else in the underlying data source. A conflict can also exist if, for example, more than one row in the data source would be affected by the update or if no rows would be affected. In any case, if there is a conflict, this method does not update the underlying data source. This method is called internally by the method `writeData` if a row in the `CachedRowSet` object for which this `CachedRowSetWriter` object is the writer has been updated. Returns:boolean `false` if the update to the underlying data source is successful; `true` otherwise Exceptions SQLException: if a database access error occurs

private boolean updateOriginalRow(CachedRowSet crs) throws SQLException

Updates the given CachedRowSet object's underlying data source so that updates to the rowset are reflected in the original data source, and returns false if the update was successful. A return value of true indicates that there is a conflict, meaning that a value updated in the rowset has already been changed by someone else in the underlying data source. A conflict can also exist if, for example, more than one row in the data source would be affected by the update or if no rows would be affected. In any case, if there is a conflict, this method does not update the underlying data source.

This method is called internally by the method writeData if a row in the CachedRowSet object for which this CachedRowSetWriter object is the writer has been updated.

Returns:boolean

false if the update to the underlying data source is successful; true otherwise

Exceptions

SQLException:: if a database access error occurs

updateResolvedConflictToDB	back to summary
pack-priv void updateResolvedConflictToDB(CachedRowSet crs, Connection con) throws SQLException

writeData back to summary

writeData	back to summary
public boolean writeData(RowSetInternal caller) throws SQLException Implements javax.sql.RowSetWriter.writeData. Propagates changes in the given `RowSet` object back to its underlying data source and returns `true` if successful. The writer will check to see if the data in the pre-modified rowset (the original values) differ from the data in the underlying data source. If data in the data source has been modified by someone else, there is a conflict, and in that case, the writer will not write to the data source. In other words, the writer uses an optimistic concurrency algorithm: It checks for conflicts before making changes rather than restricting access for concurrent users. This method is called by the rowset internally when the application invokes the method `acceptChanges`. The `writeData` method in turn calls private methods that it defines internally. The following is a general summary of what the method `writeData` does, much of which is accomplished through calls to its own internal methods. Creates a `CachedRowSet` object from the given `RowSet` object Makes a connection with the data source Disables autocommit mode if it is not already disabled Sets the transaction isolation level to that of the rowset Checks to see if the reader has read new data since the writer was last called and, if so, calls the method `initSQLStatements` to initialize new SQL statements Builds new `SELECT`, `UPDATE`, `INSERT`, and `DELETE` statements Uses the `CachedRowSet` object's metadata to determine the table name, column names, and the columns that make up the primary key When there is no conflict, propagates changes made to the `CachedRowSet` object back to its underlying data source Iterates through each row of the `CachedRowSet` object to determine whether it has been updated, inserted, or deleted If the corresponding row in the data source has not been changed since the rowset last read its values, the writer will use the appropriate command to update, insert, or delete the row If any data in the data source does not match the original values for the `CachedRowSet` object, the writer will roll back any changes it has made to the row in the data source. Returns:boolean `true` if changes to the rowset were successfully written to the rowset's underlying data source; `false` otherwise Exceptions SQLException: Doc from javax.sql.RowSetWriter.writeData. if a database access error occurs

public boolean writeData(RowSetInternal caller) throws SQLException

Implements javax.sql.RowSetWriter.writeData.

Propagates changes in the given RowSet object back to its underlying data source and returns true if successful. The writer will check to see if the data in the pre-modified rowset (the original values) differ from the data in the underlying data source. If data in the data source has been modified by someone else, there is a conflict, and in that case, the writer will not write to the data source. In other words, the writer uses an optimistic concurrency algorithm: It checks for conflicts before making changes rather than restricting access for concurrent users.

This method is called by the rowset internally when the application invokes the method acceptChanges. The writeData method in turn calls private methods that it defines internally. The following is a general summary of what the method writeData does, much of which is accomplished through calls to its own internal methods.

Creates a CachedRowSet object from the given RowSet object
Makes a connection with the data source
- Disables autocommit mode if it is not already disabled
- Sets the transaction isolation level to that of the rowset
Checks to see if the reader has read new data since the writer was last called and, if so, calls the method initSQLStatements to initialize new SQL statements
- Builds new SELECT, UPDATE, INSERT, and DELETE statements
- Uses the CachedRowSet object's metadata to determine the table name, column names, and the columns that make up the primary key
When there is no conflict, propagates changes made to the CachedRowSet object back to its underlying data source
- Iterates through each row of the CachedRowSet object to determine whether it has been updated, inserted, or deleted
- If the corresponding row in the data source has not been changed since the rowset last read its values, the writer will use the appropriate command to update, insert, or delete the row
- If any data in the data source does not match the original values for the CachedRowSet object, the writer will roll back any changes it has made to the row in the data source.

Returns:boolean

true if changes to the rowset were successfully written to the rowset's underlying data source; false otherwise

Exceptions

SQLException:

Doc from javax.sql.RowSetWriter.writeData.

if a database access error occurs

public Class CachedRowSetWriter

Field Summary

Constructor Summary

Method Summary

Field Detail

Constructor Detail

Method Detail