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finally { JDBCUtil.close( rset ); JDBCUtil.close( pstmt ); } } Inserting Objects Using the setORAData() Method of OraclePreparedStatement There are two methods to insert objects. The first uses the setORAData() method of the Oracle extension interface OraclePreparedStatement (or OracleCallableStatement). The method signature is as follows. The method takes as input the column index of the data and an ORAData instance. public void setORAData (int colIndex, ORAData oradata) The method _demoInsertUsingSetORAData() defined as follows uses the setORAData() method as part of the process of inserting an object into address_table. The code is fairly self-explanatory. private static void _demoInsertUsingSetORAData( Connection connection) throws SQLException { OraclePreparedStatement opstmt = null; try { MyAddressORAData myAddress = new MyAddressORAData(); myAddress.setLine1("133 Ferry Rd"); myAddress.setLine2( "Apt # 24"); myAddress.setStreet( "Crypton St." ); myAddress.setCity( "Dallas"); myAddress.setState( "TX" ); myAddress.setZip( "75201" ); String insertStmt = "insert into address_table values( )"; opstmt = (OraclePreparedStatement) connection.prepareStatement ( insertStmt ); opstmt.setORAData (1, myAddress ); int rows = opstmt.executeUpdate(); System.out.println ( "Inserted " + rows + " row(s) " ); connection.commit(); } finally { JDBCUtil.close( opstmt ); } }

Traditionally, developers used operators such as LIKE, REPLACE, and SUBSTRING in their search expressions. However, these expressions forced you to write lengthy SQL and PL/SQL code when performing complex searches. Oracle Database 11g lets you perform complex searches and string manipulations easily with regular expressions.

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A regular expression searches for patterns in character strings. The character string has to be one of CHAR, VARCHAR2, NCHAR, or NVARCHAR2, and the regular expression function can be one of the following: REGEXP_LIKE REGEXP_REPLACE REGEXP_INSTRING REGEXP_SUBSTRING The REGEXP_LIKE function evaluates strings using a specified set of characters. The regular expression function searches for a pattern in a string, which is specified with the SOURCE_STRING parameter in the function. The PATTERN variable represents the actual regular expression, which is the pattern to search for. A regular expression is usually a text literal; it can be one of CHAR, VARCHAR2, NCHAR, or NVARCHAR2, and it can be a maximum of 512 bytes long. You can also specify an optional match parameter to modify the matching behavior. For example, a value of i specifies case-insensitive matching, while c specifies case-sensitive matching. Here is the syntax of the REGEXP_LIKE function: REGEXP_LIKE(source_string, pattern [,match_parameter]) If you want to carry out string-manipulation tasks, you can use the REGEXP_INSTR, REGEXP_ REPLACE, or REGEXP_SUBSTR built-in functions. These are really extensions of the normal SQL INSTR, REPLACE, and SUBSTR functions. Regular expression features use characters like the period (.), asterisk (*), caret (^), and dollar sign ($), which are common in UNIX and Perl programming. The caret character (^), for example, tells Oracle that the characters following it should be at the beginning of the line. Similarly, the $ character indicates that a character or a set of characters must be at the very end of the line. Here s an example using the REGEXP_LIKE function that picks up all names with consecutive vowels: SQL> SELECT last_name FROM employees WHERE REGEXP_LIKE (last_name, '([aeiou])\1', 'i'); LAST_NAME ----------Freedman Greenberg Khoo Gee Lee . . . SQL>

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